Unleash Ultimate Power: ASUS ROG MAXIMUS Z790 HERO BTF Motherboard and ROG RTX 4090 BTF EDITION Graphics Card

ASUS’s Republic of Gamers (ROG) has recently unveiled its latest high-end gaming hardware, featuring advancements in both performance and design aesthetics. The lineup includes the ROG MAXIMUS Z790 HERO BTF motherboard, known for its robust capabilities and cutting-edge technology. This motherboard integrates the PCIe High-Power interface (GC_HPWR), enhancing the power delivery system for top-tier performance.

The release features the ROG RTX 4090 BTF EDITION graphics card, which is equipped with the same high-power interface to ensure optimal power efficiency and performance, catering to the most demanding gamers and professionals.

Another exciting introduction is the Hyperion GR701 Creation God case, which has been redesigned to support a back-insertion design. This case is not only functional with its top-tier performance capacity but also boasts a ‘wireless’ aesthetic that contributes to a clean and streamlined setup.

Together, these components make up ROG’s most flagship back-insertion complete set to date, promising an unrivaled gaming experience with both visual appeal and exceptional performance. This launch demonstrates ROG’s commitment to pushing the boundaries of what gaming hardware can achieve.

ROG Revolutionizes PC Builds: Introducing the BTF Back-Plug Series at CES

At the CES event earlier this year, ASUS’s Republic of Gamers (ROG) made headlines with the announcement of its Back-to-Front (BTF) series, distinguishing itself in a market where back-insertion products are typically designed for mainstream or entry-level users. This strategic move by ROG highlights a commitment to making high-end, back-insertion designs a standard offering, not just a fleeting trend. This approach reflects the brand’s decision to absorb the development costs of these advanced configurations, allowing them to maintain competitive pricing without passing on extra costs to consumers.

The products unveiled—namely the ROG MAXIMUS Z790 HERO BTF motherboard, the ROG Strix GeForce RTX 4090 BTF EDITION graphics card, and the ROG Hyperion GR701 BTF EDITION case—are upgrades of their predecessors. They have been modified to support the back-insertion design, enhancing both their aesthetic appeal and functional capabilities. Notably, the RTX 4090 BTF EDITION includes an upgraded PCB with a PCIe High-Power supply interface (GC_HPWR) to meet the power demands of high-performance gaming, all while maintaining a design nearly identical to the original ROG Strix GeForce RTX 4090.

By offering these enhancements at the same price as the standard models, ASUS not only secures its market position but also demonstrates its dedication to innovation without compromising consumer accessibility. This strategy ensures that choosing cutting-edge technology does not require a higher budget, making advanced gaming hardware more accessible to a broader audience.

This visual presents an impressive lineup of ASUS’s Back-to-Front (BTF) products, showcasing a range of gaming hardware that includes motherboards, graphics cards, and a PC case, all designed for optimal performance and a sleek aesthetic. Here’s a breakdown of the featured items:

1. ROG MAXIMUS Z790 HERO BTF: This motherboard is a centerpiece for high-end gaming setups, offering robust features for enthusiasts and professionals. It supports advanced connectivity and power configurations, making it suitable for top-tier gaming components.
2. TUF Gaming Z790-BT WiFi and TUF Gaming B760M-BT WiFi: These motherboards cater to slightly different segments, with the Z790 model designed for higher performance and the B760M model targeting more budget-conscious gamers who still desire quality and reliability.
3. TUF Gaming B760M-BT WiFi D4: This variant of the B760M includes support for DDR4 memory, offering versatility for users with existing DDR4 RAM looking to upgrade their system without purchasing new memory modules.
4. Graphics Cards:

• ROG Strix GeForce RTX 4090 BTF 24GB GDDR6X: This is a powerhouse of a graphics card, boasting immense power and memory to handle the most demanding games and creative applications. It’s equipped with a high-power delivery interface to maximize performance.
• TUF Gaming GeForce RTX 4070 Ti SUPER 16GB GDDR6X BT White: A high-performance card that provides excellent gaming capabilities and visual performance in a striking white color scheme that complements any gaming setup.

1. TUF Gaming GT302 ARGB: This is a gaming case with advanced RGB lighting, designed for aesthetic appeal and functional performance, providing ample space for hardware and optimized airflow for cooling.
2. ROG Hyperion GR701 BTF Edition: An innovatively designed PC case that supports the back-insertion design philosophy. It is tailored for gamers and builders looking for a futuristic look combined with exceptional usability and cooling efficiency.

These products are part of ASUS’s strategy to integrate high performance with user-centric design elements, ensuring that each component not only performs well but also contributes to a visually cohesive and highly functional gaming setup.

Unlocking Elite Performance: ROG MAXIMUS Z790 HERO BTF Board Unveiled

The ASUS ROG MAXIMUS Z790 HERO BTF motherboard stands as a flagship model in the BTF (Back-to-Front) lineup, engineered with both aesthetic brilliance and technical prowess. Here’s an in-depth look at its specifications and design features:

Specifications:

• Form Factor: ATX (30.5 cm x 24.4 cm)
• Processor Support: Compatible with 12th, 13th, and 14th generation Intel Core processors, as well as Pentium Gold and Celeron processors.
• Socket: Intel LGA 1700
• Power Stages: Features a robust 20+1+2 phase 90A Power Stage for CPU power delivery, ensuring stable and efficient power supply even under high load conditions.
• Chipset: Utilizes the Intel Z790 chipset.
• BIOS: Equipped with a 256Mb ROM featuring UEFI AMI BIOS.
• Memory: Supports up to 192GB across 4 DIMM slots, with DDR5 memory speeds capable of reaching over 8000 MHz when overclocked.
• Display Outputs: Includes HDMI 2.1 and two Thunderbolt 4 Type-C ports with DisplayPort 1.4.
• Expansion Slots: Offers one PCIe 5.0 x16 slot, one PCIe 4.0 x4 slot, and omits one additional PCIe 5.0 x16 to enhance the structural integrity of its armor.
• Storage Options: Provides a comprehensive range of storage interfaces including four SATA 6Gb/s ports and multiple M.2 slots supporting various PCIe generations.
• Networking: Features Intel I226-V 2.5GbE LAN with ASUS LANGuard protection, alongside Intel BE200 802.11be Wi-Fi 7 and Bluetooth 5.2.
• Audio: ROG SupremeFX 7.1 with ALC4082 codec and ESS ES9218 QUAD DAC for premium audio quality.
• USB Ports: Includes a diverse array of USB connections, including USB 20Gbps Type C and multiple USB 10Gbps and 5Gbps ports.
• RGB Lighting: Supports multiple ARGB and RGB connections for extensive lighting customization.
• Cooling: Comes with multiple fan headers, including dedicated ones for CPU, chassis, and water pumps.

Design and Aesthetic Enhancements:

• Armor Design: The Z790 HERO BTF sports a comprehensive metal armor that covers nearly the entire motherboard, focusing on robust protection and enhanced aesthetics. This design choice simplifies the bottom half of the motherboard by omitting the second PCIe 5.0 x16 slot.
• Decorative Elements: Adds decorative covers on the right side to conceal the 24-pin ATX power and USB sockets, enhancing the visual cohesion of the board. The upper area features a metal strip that covers the CPU power connectors, promoting a unified and sleek appearance.
• Customization Options: Retains essential user interface components like the integrated start button and FLEXKEY for custom actions.
• RGB Lighting: The left side of the motherboard features an ostentatious RGB panel above the power supply, maintaining the distinctive and luxurious appeal of the HERO series.

The ROG MAXIMUS Z790 HERO BTF not only serves as the pinnacle of ASUS’s BTF offerings but also showcases the brand’s commitment to combining top-tier performance with striking design elements. This motherboard is crafted for enthusiasts who seek the best in gaming hardware, merging style with functionality to offer a truly premium computing experience.

The packaging of the ASUS ROG MAXIMUS Z790 HERO BTF gaming motherboard, which maintains the brand’s signature aesthetic of red and black colors. This packaging not only reflects the powerful and high-end nature of the product inside but also aligns perfectly with the ROG brand identity that is synonymous with premium gaming hardware.

The design elements on the box are striking, with the “ROG MAXIMUS Z790 HERO BTF” boldly highlighted against a textured dark background that hints at sophistication and performance. Key features such as support for Intel Core processors, DDR5 memory, LGA 1700 socket, PCIe 5.0, and WiFi 7 are prominently displayed, assuring potential buyers of the motherboard’s cutting-edge specifications and compatibility.

The use of the classic ROG red accent along the edges adds a dynamic contrast, making the packaging instantly recognizable to gamers and tech enthusiasts familiar with ASUS’s Republic of Gamers line. This packaging not only protects the high-quality components inside but also serves as an effective marketing tool, clearly communicating the board’s top-tier capabilities and targeting a discerning audience looking for the best in gaming technology.

The back of the ASUS ROG MAXIMUS Z790 HERO BTF gaming motherboard packaging provides a detailed and visually engaging overview of the motherboard’s key features and design enhancements. It effectively highlights several advanced features, making it an informative guide for potential buyers and enthusiasts.

Key Features Highlighted:

1. Hidden Connector Design: This design feature enhances the aesthetic appeal by keeping the motherboard’s edges clean and uncluttered, focusing on a more streamlined look while also improving case compatibility and cable management.
2. Graphics Card High Power Slot: The inclusion of a PCIe High-Power slot is emphasized, showcasing its ability to support the latest high-end graphics cards with additional power requirements. This ensures maximum performance and stability for gaming and professional graphic workloads.
3. Q-Release Slim: A practical feature for gamers and system builders, the Q-Release mechanism allows for easy installation and removal of graphics cards, adding convenience and user-friendly interaction with the hardware.
4. Intel® Wi-Fi 7 with 4 Antennas: The board’s cutting-edge Wi-Fi 7 capability, supplemented with four antennas, promises superior wireless connectivity and speed, which is crucial for online gaming and high-bandwidth tasks.

Other Specifications Detailed:

• Back Panel I/O Ports: Including USB, HDMI, and network ports, among others, are listed to give users a clear idea of connectivity options.
• HD Audio: Details about the integrated ROG SupremeFX 7.1 sound system with a high-quality DAC for immersive audio experiences.
• Memory and Chipset: The support for DDR5 8000+(OC) and the Intel Z790 chipset underlines the board’s readiness for high-performance computing tasks.
• Form Factor: Reiterating that the board is of the ATX form factor, which is suitable for a wide range of PC cases.

The back of the packaging not only reinforces the high-end features and robust design of the ROG MAXIMUS Z790 HERO BTF but also serves as an educational tool for consumers to understand the value and capabilities of the product before purchasing. This detailed presentation aids in reinforcing the product’s position as a premium option in the competitive gaming hardware market.

A thoughtful detail in the handling and protection of the ASUS ROG MAXIMUS Z790 HERO BTF motherboard: the use of a high-density foam pad to support the underside of the motherboard. This protective measure is crucial for preventing damage to the delicate pins and components located on the back of the motherboard, which are often susceptible to bending or breaking during installation or transportation.

The high-density foam pad ensures that the motherboard remains elevated from any hard surfaces. This not only helps in avoiding physical contact that could lead to damage but also aids in reducing the risk of electrostatic discharge (ESD) by providing a non-conductive barrier between the motherboard and other potentially conductive surfaces.

Such precautions are indicative of the care and consideration ASUS puts into its product packaging and handling, ensuring that high-end components like the ROG MAXIMUS Z790 HERO BTF reach consumers in optimal condition. This level of protection is especially appreciated by enthusiasts and professionals who invest in premium hardware and expect their components to be delivered without any compromise in integrity.

The image illustrates the comprehensive range of accessories included with the ASUS ROG MAXIMUS Z790 HERO BTF motherboard, emphasizing ASUS’s commitment to providing a rich unboxing experience and everything needed for a full setup right out of the box. Here’s a detailed overview of the included accessories:

ROG Branded Items:

• ROG Velcro Cable Ties: For effective cable management, ensuring a clean and organized build.
• ROG Case Badge: A stylish badge that allows users to show off their allegiance to the ROG brand on their case or other visible area.

Connectivity:

• SATA Cables: Essential for connecting storage devices such as SSDs and HDDs.
• Wi-Fi Antenna: Enhances wireless connectivity, crucial for the motherboard’s onboard Wi-Fi capabilities.

Installation Essentials:

• M.2 Screw Packages: For securing M.2 SSDs in place, critical for ensuring the stability and performance of installed NVMe drives.
• Thermal Pads: Used to enhance cooling efficiency for components that generate significant heat, helping maintain optimal performance and longevity.
• Cable Label Set: To help keep cables well-organized and identifiable, simplifying adjustments and upgrades.

Additional Utilities:

• Driver USB: Contains all necessary drivers and software for setting up the motherboard, ensuring the hardware operates efficiently with the latest updates.
• Q-Connector: A helpful tool that simplifies the connection of case front panel cables to the motherboard, making the process quicker and error-free.

This assortment not only facilitates a smooth building process but also enhances the user experience by providing tools that address both functionality and aesthetic needs. Each accessory is designed to maximize the motherboard’s performance capabilities and ensure a satisfying setup experience, reflecting ASUS ROG’s dedication to quality and customer satisfaction in their gaming products.

The ASUS Fan Holder, a practical accessory designed to enhance the cooling performance of a computer system, specifically targeting RAM modules. Here’s an overview of this accessory and its importance:

Functionality:

• The ASUS Fan Holder is crafted to support additional cooling for the memory (RAM) by accommodating fans ranging from 40mm to 60mm in size. By directing airflow directly towards the RAM, it helps in significantly reducing the memory’s operational temperature.
• Lower temperatures can improve the stability and performance of the memory modules, especially under intense computing tasks or during overclocking scenarios where heat generation increases.

Design and Installation:

• The holder is designed to be easily mounted onto the motherboard or in a nearby location where it can effectively direct air towards the RAM sticks.
• The package typically includes necessary mounting hardware, making it straightforward for users to install the fan holder alongside their existing cooling setup.

Benefits:

• Enhanced Cooling: Direct cooling can help maintain optimal performance levels of the memory by preventing thermal throttling and extending the lifespan of the components.
• Overclocking Support: Efficient cooling allows for more headroom in overclocking RAM, potentially leading to better speed and lower latency performances.

In summary, the ASUS Fan Holder accessory represents a thoughtful addition for enthusiasts and gamers who seek to optimize their system’s cooling beyond the standard configurations. This can be particularly beneficial in high-performance setups where even minor temperature reductions can lead to significant gains in overall stability and efficiency.

This image features a stylish ASUS ROG (Republic of Gamers) branded USB flash drive, often referred to colloquially by fans as a “faith USB drive” due to its emblematic representation of the ROG brand loyalty. Here’s an overview of its aesthetic and functional aspects:

Design Features:

• ROG Branding: The flash drive prominently displays the ROG logo and branding, making it instantly recognizable to fans of the brand. It’s designed in a sleek, black finish with the ROG logo in a contrasting design, which not only looks attractive but also aligns with the aesthetics typical of gaming hardware.
• Portable and Durable: The compact form factor makes it easy to carry around, which is perfect for gamers and PC enthusiasts who need to transport their data. The build is sturdy, ensuring that it can withstand regular use without damage.

Functionality:

• Data Storage and Transfer: This USB drive is likely used for storage and quick transfer of files, software, or media between devices. Its utility is essential for users who frequently need to move data in a secure and reliable manner.
• Capacity and Speed: While the specific storage capacity and speed aren’t visible from the image, ROG typically equips its devices with competitive specs to ensure they meet the performance expectations of their users.

Additional Uses:

• System Builds and Diagnostics: Often, such USB drives contain essential software, drivers, or even BIOS updates, which are crucial during the assembly or maintenance of gaming rigs.
• Promotional Item: It could also serve as a promotional item that reflects the brand’s image and is sometimes included as part of the purchase of ROG products, enhancing the overall customer experience.

This ASUS ROG USB flash drive combines functionality with an appealing design, making it a desirable item for brand enthusiasts and a useful tool for general tech needs.

A close-up of the ASUS Q-Connector, a handy accessory designed to simplify the process of connecting the front panel wires from a computer case to a motherboard. This small, yet crucial component allows users to conveniently connect wires such as the power button, reset button, and hard drive activity LED outside the case before attaching the entire assembly to the motherboard.

Features of the ASUS Q-Connector:

• Labelled Pins: Each pin on the Q-Connector is clearly labeled for specific connections such as HDD LED, power, and reset, which minimizes the chance of incorrect connections that could potentially cause hardware issues or hinder system functionality.
• Ease of Use: By allowing users to first attach wires to this connector in a more accessible environment (outside the case), the Q-Connector significantly eases the installation process, especially in tight or hard-to-reach motherboard layouts.
• Error Reduction: The risk of damaging motherboard pins is reduced as the Q-Connector allows for a straightforward, one-time connection, instead of multiple attempts directly on the board.

Relevance to Back-Insertion Motherboards:

• While the Q-Connector remains a useful tool for traditional motherboard installations, its utility might be less pronounced in back-insertion (BTF) motherboard designs. BTF designs often integrate more accessible connection ports or different configurations that might not require frequent disconnections and reconnections of front panel cables.
• In BTF setups, the design might inherently simplify or alter how internal cables are managed, possibly diminishing the need for a separate interface like the Q-Connector.

Nevertheless, for those who may still prefer or require the use of a Q-Connector in their setups, this accessory provides a practical solution to manage system wiring efficiently, ensuring a cleaner and more organized build.

The ASUS ROG MAXIMUS Z790 HERO BTF motherboard, providing a mix of practical tools and branding materials that enhance the user experience. Here’s an overview of each item shown:

Quick Start Guide:

• Purpose: This guide provides essential information for setting up the motherboard quickly. It includes a layout diagram that identifies each component and connection point on the motherboard, helping new users to familiarize themselves with the product right out of the box.
• Features: The guide often features QR codes linking to online resources for additional help or detailed instructions, making it convenient for users to find support if they encounter any issues during installation.

ASUS WebStorage Promotion:

• Description: This document offers a special promotion for ASUS users, providing an opportunity to purchase 1TB of ASUS WebStorage space with a bonus of 200GB extra. This service is valuable for users needing secure cloud storage for backups, file sharing, or additional storage capacity beyond their local hardware.
• Benefit: The promotion is particularly appealing for those who use multiple devices or require access to their files on the go, offering a reliable and integrated solution within the ASUS ecosystem.

Branding Materials (Faith Cards and Stickers):

• ROG Faith Card: Often collected by brand enthusiasts, these cards carry the ROG logo and designs that resonate with the gaming community, symbolizing membership and loyalty to the ROG brand.
• Stickers: These are included for users to customize their gaming rigs, peripherals, or workspace. The stickers feature bold ROG branding and graphics, aligning with the aesthetic preferences of gamers and tech enthusiasts who enjoy personalizing their setup.

Each of these items serves a distinct purpose, from helping with technical setup to promoting brand identity and user engagement. The inclusion of these materials in the packaging highlights ASUS’s commitment to providing a comprehensive and rewarding unboxing experience, catering to both practical needs and the community-oriented spirit of its user base.

The ASUS ROG MAXIMUS Z790 HERO BTF motherboard is a robust platform designed for gamers and enthusiasts seeking high performance and extensive connectivity options. Here is a detailed analysis of its features, comparing it with the ROG MAXIMUS Z790 DARK HERO and emphasizing its unique aspects:

Processor and Memory Support:

• The motherboard supports Intel’s 12th, 13th, and 14th generation Core processors, ensuring compatibility with the latest CPU technologies. This broad compatibility makes it an excellent choice for users looking to build a future-proof system.
• It boasts a high-quality 8-layer PCB and a robust 20+1+2 phase power delivery system, designed to handle demanding overclocking scenarios and ensure stable power to the CPU.
• Memory capabilities include four DDR5 slots with a maximum capacity of 192GB and support for speeds exceeding 8000+ MT/s when overclocked, ideal for high-performance tasks and gaming.

PCIe Expansion and Storage:

• The motherboard features one PCIe 5.0 x16 slot and one PCIe 4.0 x4 slot. Although it has one less PCIe 5.0 x16 slot compared to some other high-end motherboards like the DARK HERO, it still offers ample expansion capabilities for most users.
• Storage options are generous with five M.2 slots, including the top M.2_1 slot supporting PCIe 5.0 x4 speeds. It’s important to note that the M.2_1 slot shares bandwidth with the PCIe 5.0 x16 slot; installing an SSD in the M.2_1 slot will reduce the x16 slot to x8, which could be a consideration for those planning to run high-end GPUs or other PCIe cards that benefit from full x16 bandwidth.

I/O Capabilities:

• The front I/O supports one USB-C 20Gbps, expanding to two USB 19-pin headers supporting four USB 3.0 ports, and two USB 9-pin headers for four USB 2.0 ports. This setup offers a good balance between high-speed data transfer and compatibility with various peripherals.
• The rear I/O is nearly identical to the DARK HERO, featuring two Thunderbolt 4 ports, six USB 10Gbps ports (five Type-A and one Type-C), and four USB-A 5Gbps ports. The inclusion of Thunderbolt 4 ports enhances the versatility for high-speed external connections and data transfer.
• The HDMI 2.1 output supports 4K at 60Hz, making it suitable for high-resolution displays.
• Networking is handled by a single 2.5GbE RJ45 port, offering enhanced network speeds suitable for gaming and high-speed internet connections.
• The audio section includes five 3.5mm jacks and one S/PDIF optical output, providing high-quality sound output for various audio setups.

Comparison with ROG MAXIMUS Z790 DARK HERO:

• The main difference lies in the front USB-C capability; the Z790 HERO BTF lacks the 60W PD charging feature found in the DARK HERO. However, users needing charging capabilities can utilize the rear Thunderbolt 4 ports for power delivery, although it may not support the same power output as a dedicated front USB-C with PD.

The ROG MAXIMUS Z790 HERO BTF is a well-rounded motherboard packed with features tailored for gamers and tech enthusiasts who demand high performance, extensive connectivity, and robust build quality. Its slight variations from the DARK HERO model provide options based on specific needs and preferences.

The ASUS ROG MAXIMUS Z790 HERO BTF motherboard, emphasizing its advanced design and robust feature set tailored for high-performance computing and gaming. Here are some key details visible from the image:

CPU Socket and Chipset:

• Intel LGA 1700 Socket: Central to the motherboard, this socket is compatible with Intel’s 12th, 13th, and potentially future 14th generation processors, making it a versatile choice for building a high-end PC. The socket’s layout and the surrounding area are engineered to facilitate efficient heat dissipation and ease of CPU installation.
• Chipset: The Z790 chipset supports advanced features like PCIe 5.0, faster USB and Ethernet interfaces, and improved power management capabilities which are crucial for optimizing performance and connectivity in top-tier gaming systems.

Memory Slots:

• 4x DDR5 DIMM Slots: These slots support up to 192GB of DDR5 memory, with potential overclocked speeds exceeding 8000+ MT/s. DDR5 technology offers significant improvements over DDR4, including higher data rates, better power efficiency, and increased memory capacity, which are essential for demanding applications and multitasking.

Design and Build Quality:

• Robust Power Delivery System: The area around the CPU socket includes a high-quality power delivery system, featuring 20+1+2 phases which ensure stable and efficient power supply even under overclocked conditions. This setup is designed to handle high-performance CPUs without the risk of power instability affecting the system’s performance.
• Heatsinks and Cooling: Large, strategically placed heatsinks cover critical areas, including the power delivery components and chipset, to manage heat effectively. This thermal solution is crucial for maintaining optimal temperatures, thereby enhancing the motherboard’s performance and longevity.

Additional Features and Functionalities:

• Start and FlexKey Buttons: Situated along the edge of the motherboard, these buttons offer practical utility for testing and tuning the system. The Start button allows for easy power-on directly from the motherboard, which is especially useful during setup or when troubleshooting outside of a case. The FlexKey provides customization options for resetting the system or other functions based on user preference.
• Debug LED Display: This small display near the memory slots provides diagnostic codes during the motherboard’s power-on self-test process. It helps identify issues with hardware components, making it easier to troubleshoot problems quickly.

Aesthetics:

• The motherboard showcases a sleek, dark design with an emphasis on the ROG branding and aesthetic consistency that appeals to gamers. The visual design not only looks professional but also aligns with the expectations from a high-end gaming component, featuring a modern and minimalistic style.

This motherboard is engineered not only to meet the current demands of high-end gaming but also to provide a platform that can support future technological advancements in PC gaming and performance computing.

The RGB lighting capabilities on the ASUS ROG MAXIMUS Z790 HERO BTF motherboard, showcasing a feature that is both visually striking and appealing to gaming enthusiasts. This type of aesthetic enhancement is called “POLYMO lighting,” a signature element in ASUS ROG products designed to add a dynamic and customizable visual appeal to the gaming hardware.

Features and Benefits of POLYMO Lighting:

1. Customization: POLYMO lighting allows users to customize their setup with a range of colors and effects. This can be synchronized with other components and peripherals using ASUS Aura Sync, creating a cohesive and visually pleasing gaming environment.
2. Enhanced Gaming Experience: The vivid RGB lighting enhances the gaming experience by adding an immersive element to the setup. The colors and effects can often be configured to react to game sounds or music, adding another layer of interaction.
3. Aesthetic Appeal: RGB lighting has become a staple in gaming gear, not just for its functionality but also for its aesthetic appeal. It allows gamers to express their personal style and make their setup stand out.
4. Build Quality and Design: The lighting accentuates the motherboard’s high-quality build and attention to detail. It highlights important areas of the board, such as the edge or the logo, enhancing the overall look of the system inside a transparent or semi-transparent case.
5. Marketing and Brand Identity: For ASUS and the ROG line, RGB lighting like POLYMO is a significant part of the brand identity, appealing to a target audience that values both performance and style in their gaming hardware.

The incorporation of POLYMO RGB lighting in the ROG MAXIMUS Z790 HERO BTF motherboard not only serves as a functional component for personalization and system aesthetics but also helps in reinforcing the ROG brand as a leader in innovative and appealing gaming technology. This feature is essential for users who value a combination of top-tier performance and cutting-edge design in their gaming setups.

A close-up view of the lower section of the ASUS ROG MAXIMUS Z790 HERO BTF motherboard, focusing on its storage options and expansion slots. It showcases an array of advanced features that cater to both high-performance computing and gaming. Here’s a detailed breakdown of the key components visible in the image:

M.2 Storage Slots:

• 5 M.2 Slots: This motherboard is equipped with five M.2 slots, which is indicative of its high-end specifications and readiness for extensive storage configurations. These slots support NVMe SSDs, crucial for high-speed data access, system responsiveness, and quick loading times in applications and games. The configuration allows for a flexible setup in RAID configurations, maximizing storage speed and reliability.

PCIe Expansion Slots:

• PCIe 5.0 x16 Slot: This slot offers the latest in PCIe interface technology, providing double the bandwidth of PCIe 4.0. It’s ideal for the most advanced and demanding graphics cards, ensuring they operate at peak performance without bottlenecking.
• PCIe 4.0 x4 Slot: While offering less bandwidth compared to the PCIe 5.0 x16 slot, the PCIe 4.0 x4 slot is sufficient for high-speed expansion cards, including network cards, audio cards, or additional storage controllers.

SupremeFX Audio:

• Labeled “SupremeFX” on the motherboard, this represents ASUS’s high-end audio solution designed to provide a superior sound experience. It typically includes enhancements such as premium audio capacitors, an improved audio codec, and shielding that minimizes electromagnetic interference. The SupremeFX technology is engineered for gamers and audiophiles who demand crisp, clear, and immersive sound quality.

Design and Build Quality:

• Aesthetic Elements: The motherboard features a robust and sleek design, with geometric patterns and branding that emphasize its gaming pedigree. The “Republic of Gamers” branding is prominently displayed, appealing to brand-conscious gamers looking for a motherboard that stands out visually.
• Build Quality: The use of high-quality materials and a solid construction ensures durability and a long lifespan, even under the stress of high-performance gaming and overclocking.

This section of the motherboard not only highlights ASUS’s commitment to quality and performance but also showcases their attention to the needs of gamers and power users by providing extensive customization options for storage and expansion. This makes the ASUS ROG MAXIMUS Z790 HERO BTF a versatile choice for building a high-end PC setup tailored to the specific needs of advanced users and enthusiasts.

A detailed view of the ASUS ROG MAXIMUS Z790 HERO BTF motherboard, focusing particularly on the advanced thermal management solutions employed for the M.2 storage slots. These features are crucial for maintaining optimal SSD performance and longevity by effectively dissipating heat generated during intense computing tasks.

M.2 Slot Configuration and Thermal Pads:

1. M.2 Slot Details:

• The motherboard is equipped with five M.2 slots (M.2_1, M.2_2, M.2_3, M.2_4, and M.2_5), which are strategically placed to maximize accessibility and improve cable management. This configuration supports NVMe SSDs, essential for high-speed data transfer rates, which is particularly beneficial in gaming and high-performance computing environments.

1. Thermal Management:

• Dual-Sided Thermal Pads for M.2_1, M.2_2, and M.2_3: These slots are equipped with dual-sided thermal pads, which are designed to absorb and dissipate heat from both the top and bottom of the SSDs. This is particularly important for high-performance SSDs that are known to generate significant heat, which can affect performance and durability if not adequately managed.
• Single-Sided Thermal Pads for M.2_4 and M.2_5: These slots feature single-sided thermal pads that cover only the top side of the SSDs. This setup is generally sufficient for SSDs with lower heat output or in configurations where these slots are not used for primary storage devices.

Benefits of Advanced Thermal Solutions:

• Preventing Throttling: Effective heat dissipation ensures that SSDs do not throttle (reduce performance to lower temperatures), which can occur when they overheat during prolonged data-intensive tasks.
• Enhancing SSD Longevity: By maintaining a cooler operating environment, thermal pads help extend the lifespan of SSDs, which are sensitive to excessive heat.
• Improved System Stability: Stable SSD temperatures contribute to overall system stability and reliability, which is crucial for both competitive gaming and professional applications.

Design and Aesthetics:

• The thermal pads and M.2 slot covers are integrated seamlessly into the motherboard’s design, contributing to a clean and organized aesthetic. This not only enhances the visual appeal but also reflects the board’s high-quality engineering standards.

This detailed focus on cooling reflects ASUS’s commitment to addressing the needs of high-end users who require robust performance without compromising on system stability and component longevity. Such features make the ROG MAXIMUS Z790 HERO BTF an excellent choice for enthusiasts and professionals looking for a motherboard that offers both top-tier performance and reliable operation under load.

The rear I/O panel of the ASUS ROG MAXIMUS Z790 HERO BTF motherboard, which is rich in connectivity options and integrated with an I/O shield for enhanced convenience and protection. This rear I/O setup is designed to cater to a wide range of needs, from high-speed data transfer to high-definition audio and internet connectivity. Here’s a breakdown of its components:

Connectivity Options:

USB Ports:

• Multiple USB 3.2 ports (blue and red), including a Type-C port, providing various options for high-speed data transfer, with support for up to 20 Gbps on the red USB 3.2 Gen 2×2 port.
• USB 2.0 ports (black) suitable for peripherals that do not require high bandwidth, such as keyboards and mice.

HDMI Port:

• The HDMI 2.1 port supports high-resolution displays up to 4K at 60Hz, ideal for high-definition gaming or streaming setups.

Ethernet Port:

• A 2.5 Gigabit Ethernet port offers a fast and reliable wired internet connection, enhancing online gaming and large file transfers.

Audio Jacks:

• SupremeFX Audio system, including five audio jacks and an optical S/PDIF out, provides high-fidelity sound and supports multi-channel audio configurations like 7.1 surround sound for an immersive audio experience.

Wi-Fi Antenna Ports:

• Connection points for antennas supporting the latest Wi-Fi 7 standard, ensuring optimal wireless connectivity for internet and Bluetooth devices.

BIOS Flashback and Clear CMOS Buttons:

• Conveniently located for easy access, these buttons allow for simple firmware updates and quick resetting of BIOS settings without opening the case.

Design and Build:

• The motherboard features an integrated I/O shield, which simplifies installation by pre-mounting the shield that protects against electrostatic discharge and physical damage. This integrated approach ensures that the ports are aligned correctly with the case, reducing the hassle during the motherboard installation process.

Aesthetic Appeal:

• The design of the I/O panel aligns with the overall aesthetic of the motherboard, featuring the ROG branding and a color scheme that reflects ASUS’s commitment to both functionality and style. This design coherence enhances the visual appeal of the entire system when viewed through a transparent side panel of a computer case.

The rear I/O panel of the ASUS ROG MAXIMUS Z790 HERO BTF is thoughtfully designed to provide a comprehensive range of connections that meet the demands of advanced users and gamers. It combines high functionality with aesthetic details, reinforcing the motherboard’s status as a premium component in any high-end PC build.

A close-up view of the upper right corner of the ASUS ROG MAXIMUS Z790 HERO BTF motherboard, highlighting some of its key diagnostic and convenience features that are designed to enhance the user experience, especially for those who enjoy customizing and building their own PCs. Here’s a breakdown of the features shown:

Q-Code and Q-LEDs:

• Q-Code Display: This small LED display shows numeric error codes during the motherboard’s power-on self-test (POST) process. These codes are invaluable for troubleshooting hardware issues as they help identify where a problem might be occurring during the boot process.
• Q-LEDs: Adjacent to the Q-Code display, these LEDs serve as quick indicators for key components (CPU, memory, GPU, and storage devices). They light up during POST if a failure is detected in any of these components, offering a straightforward way to pinpoint issues.

Start and FlexKey Buttons:

• Start Button: This is a physical button on the motherboard that allows you to power on the computer without using the case’s power button. This is particularly useful when the motherboard is being tested outside of a case or if the case power button is faulty or difficult to reach.
• FlexKey: ASUS provides this customizable button, which can be programmed to perform different functions such as resetting the system, direct access to the BIOS, or even turning on a specific lighting effect. This feature adds a layer of personalization that can be tailored to the user’s needs.

Focus on DIY Convenience:

• ASUS ROG’s emphasis on DIY convenience is evident through the integration of these features. They not only streamline the building process but also enhance the experience of maintaining and upgrading the system.
• Additional Rear I/O Features: The motherboard also includes a built-in I/O shield with dedicated buttons for clearing the CMOS and performing a BIOS flashback. The BIOS flashback feature allows users to update the BIOS without needing a CPU installed, a crucial feature for users who are upgrading their system and want to ensure BIOS compatibility before installing new hardware.

Enhanced User Experience:

• All these features demonstrate ROG’s commitment to providing tools that facilitate a more accessible and user-friendly DIY experience. By including advanced troubleshooting tools directly on the motherboard, ASUS ensures that enthusiasts and professional builders can efficiently manage and optimize their systems.

The ASUS ROG MAXIMUS Z790 HERO BTF motherboard is packed with features that simplify the building and maintenance process of a PC. It reflects a thoughtful approach to motherboard design, prioritizing not only performance and stability but also making the setup and troubleshooting as intuitive and convenient as possible. This makes it an excellent choice for both novice builders and seasoned enthusiasts.

An innovative feature on the ASUS ROG MAXIMUS Z790 HERO BTF motherboard: the PCIe High-Power interface. This specialized interface significantly enhances the design and functionality of the motherboard, especially in terms of power delivery to high-performance components such as graphics cards.

Function and Benefits of PCIe High-Power Interface:

Enhanced Power Delivery:

• The PCIe High-Power interface is designed to handle higher power demands directly through the motherboard’s main PCIe slot. This method is more efficient and stable compared to traditional power delivery methods that use auxiliary power cables running directly from the power supply to the graphics card.

Streamlined Cable Management:

• By integrating the graphics card power directly into the motherboard, ASUS eliminates the need for separate PCIe power cables. This leads to a cleaner and more organized build, reducing cable clutter and improving airflow within the PC case.

Aesthetic Impact:

• The “wireless” effect on the front side of the motherboard, as described, refers to the absence of visible power cables connected to the graphics card. This feature enhances the visual appeal of the build, making it more sleek and elegant, particularly in cases with windowed side panels where internal components are displayed.

Installation Considerations:

• Although this design simplifies the front aesthetics, it is crucial during installation to ensure that the cables on the back of the motherboard are not excessively bent or stressed. Proper cable routing and management are essential to avoid damaging the motherboard and ensuring reliable power delivery.

Technical and Practical Implications:

• The PCIe High-Power interface on the ROG MAXIMUS Z790 HERO BTF not only advances the performance capabilities by supporting higher power allotments but also innovatively enhances the motherboard’s design. Users benefit from both an increase in power handling capacity and a decrease in internal cable management complexity, leading to a balance of performance and aesthetics that is highly valued in the custom PC building community.

This feature represents ASUS’s commitment to innovation in the realm of motherboard design, focusing not only on technical performance enhancements but also on improving the user experience in building and maintaining high-end gaming PCs. This kind of thoughtful design element is what sets apart premium motherboards like the ROG MAXIMUS Z790 HERO BTF in a competitive market.

The ASUS ROG MAXIMUS Z790 HERO BTF introduces the innovative PCIe Slot Q-Release Slim feature, which simplifies the process of removing graphics cards from the motherboard. This feature represents a significant advancement in user experience, particularly for those who frequently upgrade or swap out their hardware. Here’s a breakdown of this technology and its implications:

Functionality of PCIe Slot Q-Release Slim:

• The Q-Release Slim mechanism is designed to automatically release the graphics card from the PCIe slot when it’s lifted from one end. This system eliminates the need for manually pressing the traditional release latch, which can sometimes be hard to reach and may require significant force, risking damage to the motherboard or the card.

User Experience and Learning Curve:

• Initial Adjustment: As noted, the initial experience with the Q-Release Slim can be counterintuitive for users accustomed to manually securing and releasing PCIe cards. The instinctive concern is that pulling on an expensive component like a high-end graphics card without first releasing a latch might cause physical damage.
• Ease of Use: Once accustomed to the new mechanism, users find that the card can be removed with a straightforward and clean action, without excessive force. The feature is designed to make the removal click noticeably, reassuring the user that the card is released properly.

Benefits:

• Reduced Wear and Tear: By eliminating the need to press a small latch, which is often made of plastic and can wear out or break over time, the Q-Release Slim mechanism enhances the durability of both the graphics card and the motherboard.
• Enhanced Convenience: This feature is particularly beneficial in builds where space is limited, making it difficult to reach the PCIe slot release latch. It’s also advantageous for users who switch out GPUs frequently, such as for testing or optimizing different setups.

Considerations:

• Confidence in Handling: Users need to gain confidence in handling their expensive components with this mechanism, as the initial fear of damaging a high-value graphics card can be significant.
• Design Innovation: ASUS’s introduction of the Q-Release Slim feature showcases their commitment to improving the practical aspects of motherboard design, focusing not only on performance but also on enhancing the building and upgrading experience.

The PCIe Slot Q-Release Slim feature on the ASUS ROG MAXIMUS Z790 HERO BTF motherboard is a forward-thinking addition that aligns with the needs and preferences of modern PC builders and enthusiasts. It underscores ASUS’s role as an innovator in the PC hardware space, continually seeking ways to refine and redefine user interactions with their products.

A helpful instructional sticker placed directly on the ASUS ROG MAXIMUS Z790 HERO BTF motherboard, near the PCIe slot. This sticker is part of ASUS’s commitment to user convenience and ensuring a straightforward experience for system builders, particularly those new to such advanced features.

Key Features and Functions Illustrated on the Sticker:

Visual Guide:

• The sticker provides a clear, visual instruction on how to use the Q-Release Slim feature associated with the PCIe slot. This is especially useful for illustrating the correct method to remove a graphics card, showing exactly where and how to pull the card to engage the mechanism.

Ease of Use:

• By including these instructions directly on the motherboard, ASUS helps to mitigate any confusion or improper handling that might occur during the installation or removal of PCIe cards. This is crucial for preventing damage to both the motherboard and the expensive components like high-end GPUs.

Educational Purpose:

• For new builders, this kind of direct, on-hardware guidance can be far more intuitive than referring to a manual or digital document. It ensures that the instructions are always there when needed, right at the point of action.

Design Integration:

• The placement and design of the sticker are carefully considered to not interfere with the overall aesthetics of the motherboard. It is placed in a discreet yet accessible location, providing necessary information without detracting from the visual appeal of the board.

Safety and Prevention:

• The sticker likely also serves to remind users of the proper technique to avoid exerting undue force that could damage the PCIe slot or the card. This preventive measure can save users from costly repairs or replacements.

ASUS’s decision to include such instructional stickers reflects their detailed approach to design, focusing not only on the technical capabilities of their products but also on enhancing the user experience. This small but significant addition helps ensure that all users, regardless of their experience level, can effectively and safely utilize the advanced features of the motherboard, thereby improving user satisfaction and reducing the risk of hardware issues.

A close-up of the PCIe slot mechanism on the ASUS ROG MAXIMUS Z790 HERO BTF motherboard. This view highlights the typical PCIe locking tab that secures a graphics card or other PCIe cards in place.

Understanding the Locking Mechanism:

1. PCIe Locking Tab: The small protrusion you see near the end of the PCIe slot is a locking tab. Its primary function is to lock the card into place once it is fully inserted into the slot. This prevents the card from coming loose, which could potentially damage the motherboard and the card due to poor contact or physical stress, especially in scenarios where the computer is moved.
2. Manual Release Method: While the ASUS ROG motherboard features the innovative Q-Release Slim for easy removal of PCIe cards, there might be instances where a card does not release as intended. In such cases, the traditional method of manually releasing the locking tab can still be used. This involves gently pressing down on or pulling the tab away from the card to unlock it.

Using Tools for Releasing the PCIe Card:

• If the PCIe card is stuck or if the Q-Release mechanism doesn’t fully disengage the lock, using a flathead screwdriver to gently press the locking tab can be an effective alternative. However, this approach should be used with caution:
• Gentle Force: Apply only minimal force to avoid damaging the motherboard or the locking mechanism. Excessive force can break the tab or damage other components.
• Correct Tool: Ensure that the screwdriver or tool used is appropriate for the size of the locking tab to get a secure grip without slipping.
• Steady Hand: Keep your hand steady while applying pressure to avoid slipping and potentially scratching the motherboard or other installed components.

Precautions:

• Power Down: Always ensure that the system is powered down and unplugged from any power source before attempting to remove or adjust any components to avoid the risk of electrical shock or damage.
• Static Safety: Use an anti-static wrist strap or ground yourself before touching the motherboard to prevent static electricity from damaging the electronic components.

This mechanism, while sometimes a bit tricky to get used to, is crucial for ensuring the physical security of PCIe cards, which is especially important for high-end, heavy graphics cards that could sag or shift within the slot.

The ASUS ROG MAXIMUS Z790 HERO BTF motherboard’s rear I/O panel, specifically highlighting the Q-ANTENNA connectors. This innovative feature is designed to enhance the convenience and usability of Wi-Fi antennas, which are crucial for wireless connectivity.

Key Features and Benefits of the Q-ANTENNA:

Ease of Use:

• Traditional Wi-Fi antennas require screwing onto a threaded connector, which can be cumbersome and time-consuming. The Q-ANTENNA, on the other hand, offers a plug-and-play solution where the antennas can be quickly connected or disconnected from the motherboard without the need for twisting or screwing.
• This quick-connect feature is particularly beneficial for users who frequently move their system or change its setup, as it simplifies the process of connecting and disconnecting the antennas.

Design and Practicality:

• The Q-ANTENNA connectors are designed to be robust yet user-friendly. They ensure a secure connection to prevent the antennas from becoming loose or disconnected during normal usage.
• The quick release mechanism is built to withstand repeated use without degrading, maintaining a stable and reliable connection over time.

Enhanced Aesthetics:

• By simplifying the antenna connection mechanism, ASUS helps maintain the sleek and clean aesthetics of the user’s setup. The quick connect/disconnect feature reduces the clutter that can be associated with more traditional screw-on antenna setups.

Improved Flexibility:

• With the ease of connecting and disconnecting the Q-ANTENNA, users have more flexibility in how they position their antennas. This can lead to improved Wi-Fi reception by allowing for quick adjustments to antenna placement based on the signal strength and location within the room.

Implementation and Integration:

• The integration of the Q-ANTENNA into the motherboard’s design reflects ASUS’s focus on user-centric innovations. It shows an understanding of the needs of modern PC users who value both functionality and convenience.
• This feature is a testament to ASUS’s commitment to enhancing the user experience by simplifying and improving the practical aspects of computer hardware setup.

The Q-ANTENNA is a small but significant feature that enhances the convenience of setting up and maintaining a wireless network connection, making it a thoughtful addition to the ASUS ROG MAXIMUS Z790 HERO BTF motherboard. Such features are what set ASUS apart in a competitive market, as they continuously seek to innovate and improve the user experience in tangible ways.

The ASUS ROG MAXIMUS Z790 HERO BTF motherboard equipped with its external Wi-Fi antenna, a critical component for optimizing wireless connectivity. This antenna setup is part of ASUS’s strategy to ensure that users receive the best possible wireless reception and performance, particularly important for gaming and high-bandwidth tasks where stable and fast connections are crucial.

Features and Benefits of the ASUS Wi-Fi Antenna:

Enhanced Wireless Performance:

• The external Wi-Fi antenna helps to significantly improve the quality and stability of the wireless connection. By positioning the antenna away from the PC case, it reduces interference from other electronic components and metal obstructions, which can degrade signal quality.

Flexible Positioning:

• The design of the antenna stand allows for flexible positioning, which means it can be placed in an optimal location to capture the best signal. This is beneficial in environments where the router is not in close proximity or in a direct line of sight.

Aesthetic Integration:

• The antenna is designed to match the aesthetic of the motherboard and other ROG components, maintaining a cohesive look in your setup. The sleek, angular design with ASUS branding complements the overall gaming environment.

Easy Setup:

• The antenna connects to the motherboard via standard SMA connectors, making it easy to attach or remove. This convenience is enhanced by the Q-ANTENNA feature previously mentioned, which allows for quick connection and disconnection.

Advanced Wireless Technology:

• Compatible with the latest Wi-Fi standards (likely Wi-Fi 6 or Wi-Fi 6E, depending on the motherboard specifications), the antenna is designed to support high-speed internet connections, reducing latency and increasing download and upload speeds which are essential for online gaming and streaming.

Installation and Usage Tips:

• Optimal Placement: For the best results, place the antenna on a surface away from large metal objects and other electromagnetic devices that could interfere with the signal.
• Orientation: Experiment with different orientations of the antenna elements (they can usually be rotated or pivoted) to find the best signal reception.
• Regular Adjustments: If you experience changes in network performance, adjusting the position of the antenna is a quick and easy troubleshooting step before delving into more complex solutions.

Overall, the inclusion of a high-quality external Wi-Fi antenna with the ASUS ROG MAXIMUS Z790 HERO BTF motherboard emphasizes ASUS’s commitment to providing gamers and power users with not just powerful hardware, but also with the connectivity solutions needed for the best user experience in high-demand scenarios. This setup ensures that users can maintain strong and stable wireless connections, enhancing the functionality and enjoyment of their computing activities.

The image of the ASUS ROG MAXIMUS Z790 HERO BTF motherboard’s backside provides a detailed view of its innovative design features, particularly highlighting the changes in power connectivity and layout in comparison to other models like the ROG MAXIMUS Z790 DARK HERO and TUF GAMING Z790-BTF WIFI. Here’s a breakdown of the key elements and modifications that enhance this motherboard’s functionality and performance:

Design and Layout:

• Removal of Full Metal Backplate: Unlike some other high-end motherboards which feature a full metal backplate for added rigidity and heat dissipation, the Z790 HERO BTF opts out of this element. This decision likely aids in reducing weight and possibly cost, while still maintaining structural integrity through other design reinforcements.

Power Connectivity:

• PCIe High-Power (12VHPWR) Connector: The addition of a 12VHPWR connector, commonly referred to as the PCIe 16-pin connector, is a significant upgrade. This connector is designed to support the high power demands of the latest high-performance graphics cards. It simplifies power delivery by replacing multiple 8-pin connectors, providing a more efficient and cleaner power setup.
• Removal of 6-Pin PCIe for Front USB-C 60W Charging: The specific model lacks the 6-pin PCIe connector used in some other motherboards to provide extra power for front USB-C ports capable of 60W charging. This feature might have been omitted to make space for other components or due to design prioritization focusing on direct power demands for high-end GPUs.

Fan Connectors and BIOS Adjustments:

• CPU Fan Connector Location: The placement of the CPU fan connector at the top right side of the motherboard’s front is strategic for easier access and cable management. However, if not used — in cases where liquid cooling is employed, for instance — it necessitates going into the BIOS to disable fan failure warnings. This is a common scenario in custom builds where standard CPU fan connectors might not be used.

Comparative Analysis with Other Models:

• Unlike the TUF GAMING Z790-BTF WIFI, which includes both a 12VHPWR connector and traditional PCIe 8-pin connectors, the HERO BTF focuses on a more streamlined approach, possibly due to space constraints or targeted user base needs. This design decision reflects ASUS’s approach to catering to different segments of users, balancing between power supply flexibility and board layout optimization.

Practical Implications for Users:

• Power Supply Requirements: Users need to ensure their power supply units (PSUs) are compatible with the 12VHPWR connector, especially if they plan on utilizing next-generation graphics cards that require more power.
• Custom Cooling Solutions: The placement of fan connectors and the requirement to adjust BIOS settings for unused fan headers should be noted by users who are employing custom cooling solutions, ensuring that their build configurations do not lead to any BIOS error prompts.

Overall, the ASUS ROG MAXIMUS Z790 HERO BTF demonstrates a focus on integrating advanced power delivery solutions for cutting-edge performance hardware, while also considering design efficiency and user customization needs. This makes it particularly appealing for enthusiasts looking to build high-performance gaming systems or workstations with the latest components.

The dual 8-pin CPU power connectors on the ASUS ROG MAXIMUS Z790 HERO BTF motherboard. This setup is specifically designed to provide robust and stable power delivery to the processor, especially under high load conditions, which is essential for overclocking and high-performance tasks.

Importance and Functionality of Dual 8-Pin CPU Power Connectors:

Enhanced Power Stability:

• Dual 8-pin connectors supply more power to the CPU than a single connector, enabling the motherboard to handle higher power loads and support more vigorous overclocking activities. This is crucial for ensuring that the processor operates reliably at higher speeds and voltages without experiencing power-related stability issues.

Overclocking Potential:

• For enthusiasts and professionals who push their systems to the limit, having dual 8-pin connectors provides a higher ceiling for power draw. This is particularly important when using high-end CPUs that can consume significant amounts of power under load, such as Intel’s latest high-performance processors.

Heat Distribution:

• Spreading the power load across two connectors can help in managing heat within the power delivery circuitry of the motherboard. By distributing the power, it lessens the strain on any single point within the power delivery network, thus enhancing the overall thermal performance and longevity of the motherboard components.

Redundancy:

• While not primarily designed for redundancy, having two connectors can provide an extra layer of reliability. In scenarios where one power cable or connector might fail, the system can still operate, although potentially at reduced performance levels, until the issue is resolved.

Practical Considerations for Builders:

Power Supply Requirements: Ensuring that your power supply unit (PSU) has dual CPU power cables is essential. Most modern high-quality PSUs offer this feature, but it’s crucial to check before installation, especially if you are repurposing an older PSU or using a lower-wattage unit.

Cable Management: With extra cables to manage, organizing and routing cables neatly within the chassis is key to maintaining good airflow and ensuring that the interior of the PC case is tidy. Proper cable management also reduces the risk of airflow blockages that can lead to higher temperatures.

Motherboard Manual: Always refer to the motherboard’s manual for specific instructions on connecting the CPU power cables, particularly in which scenarios both should be connected. Some setups might function well with only one 8-pin connector under normal operating conditions, but both should be used for high-performance setups to ensure stability.

The inclusion of dual 8-pin CPU power connectors on the ASUS ROG MAXIMUS Z790 HERO BTF motherboard exemplifies ASUS’s commitment to providing top-tier features that cater to the demands of advanced users, gamers, and tech enthusiasts who require reliable and high-performance computing solutions.

A close-up of crucial connectivity interfaces on the ASUS ROG MAXIMUS Z790 HERO BTF motherboard, including the main 24-pin power connector, USB 19-pin header, and a USB-C header. These components are integral for power distribution and expanding connectivity options within a PC build. Here’s an overview of each component shown in the image and their importance:

24-Pin ATX Power Connector:

• Function: This is the primary power connector that supplies power to the motherboard. It’s crucial for powering the motherboard’s chipset, PCIe slots, RAM, and providing additional power to the CPU and other peripheral components through different circuits.
• Significance: The 24-pin connector must be securely connected to ensure that the motherboard receives a stable and sufficient power supply for all components to function correctly.

USB 19-Pin Header:

• Function: This header is used to connect additional USB ports that are typically available on the front or top of a computer case. It supports USB 3.0 or USB 3.2 ports, depending on the motherboard specifications.
• Significance: For users who require multiple USB connections for devices such as external hard drives, flash drives, and peripherals, this header allows for easy access to additional ports, enhancing the usability of the system.

USB-C Header:

• Function: This newer type of USB header is designed to provide connectivity for USB-C ports. USB-C is known for its reversible plug orientation and cable direction, supporting faster data transfer speeds and higher power output than older USB types.
• Significance: With more devices adopting USB-C, including smartphones, tablets, and laptops, having a USB-C port on your system offers a future-proof and versatile connection option. It’s particularly useful for quick data transfer and charging capabilities.

Technical and Practical Implications for Builders:

• Cable Management: Proper management of the cables connected to these ports is crucial for maintaining airflow and aesthetics within the PC case. Tidy cable routing can also prevent physical damage to the motherboard and connected devices.
• Power Supply Compatibility: Ensure the power supply unit (PSU) has the appropriate cables and connectors to match the motherboard’s requirements, especially the 24-pin connector.
• Expansion Capabilities: When planning a build, consider the types of devices you will connect and ensure the case has adequate front or top panel ports that match the motherboard’s headers.

These connectivity interfaces are fundamental in ensuring that the ASUS ROG MAXIMUS Z790 HERO BTF motherboard delivers a high-performance and flexible user experience. They reflect ASUS’s commitment to providing comprehensive and advanced features that cater to the needs of various users, from gamers and content creators to general enthusiasts looking for a powerful system foundation.

A closer look at critical connectivity features on the ASUS ROG MAXIMUS Z790 HERO BTF motherboard, specifically focusing on the 12VHPWR connector and the four SATA 3 ports. This detailed view emphasizes the motherboard’s capability to handle high-power requirements and robust storage solutions, making it suitable for high-end gaming setups and performance-demanding applications.

12VHPWR Connector:

• Functionality: The 12VHPWR connector, often referred to as a PCIe 5.0 power connector, is designed to supply up to 600 watts of power directly to PCIe devices such as the latest generation of graphics cards. This single connector replaces multiple 6-pin or 8-pin connectors, streamlining power delivery and reducing cable clutter.
• Significance: This connector is particularly beneficial for systems that utilize top-tier GPUs, especially those used in gaming, video editing, and 3D rendering, where stable and substantial power delivery is crucial. It ensures that the most power-hungry components receive enough energy to perform optimally without straining the motherboard’s other power delivery systems.

SATA 3 Ports:

• Functionality: SATA 3 ports provide connectivity for storage devices such as hard drives and solid-state drives (SSDs), offering up to 6 Gbps data transfer speeds. Having multiple SATA ports allows for significant storage flexibility and capacity expansion, supporting various RAID configurations for enhanced performance or redundancy.
• Significance: These ports are crucial for users who require extensive storage solutions, whether for large media files, extensive game libraries, or backup archives. The presence of four ports enables a balance between performance storage setups and high-capacity data storage options.

Technical and Practical Implications:

• Power Supply Compatibility: Users need to ensure that their power supply unit (PSU) is equipped with a 12VHPWR cable, which is crucial for harnessing the full potential of advanced PCIe devices.
• Storage Planning: When configuring a system with multiple storage drives, it’s important to consider the arrangement of these drives to optimize performance and capacity. RAID configurations can be set up for speed (RAID 0), redundancy (RAID 1), or a combination of both (RAID 10).

Cable Management:

• Routing and Organization: Efficient cable management is essential to ensure good airflow within the case, which helps maintain optimal temperatures and reduces the risk of overheating components. Neatly routing cables from the 12VHPWR connector and SATA ports can also enhance the internal aesthetics of the build, especially in cases with a windowed side panel.

Aesthetic Design:

• The motherboard’s layout, highlighted by the detailed and artistic circuit patterns, not only serves a functional purpose but also enhances the visual appeal. This design, combined with strategically placed connectors, reflects ASUS’s commitment to marrying form with function, ensuring that high-performance components also contribute positively to the overall look of the system.

In summary, the inclusion of the 12VHPWR connector and multiple SATA ports on the ASUS ROG MAXIMUS Z790 HERO BTF motherboard showcases its readiness for high-performance computing demands, catering to gamers and professionals who require powerful, flexible, and aesthetically pleasing system configurations.

A detailed view of the lower section of the ASUS ROG MAXIMUS Z790 HERO BTF motherboard, highlighting a variety of key interface connectors and headers. These components play critical roles in expanding functionality and customization options for PC builders. Here’s an explanation of each visible feature in this part of the motherboard:

Front Panel Connector:

• Function: This is used to connect the front panel switches and LEDs from the PC case to the motherboard. This includes power and reset buttons, as well as HDD activity lights.
• Importance: Proper connection of these cables is crucial for basic system operations and indicator functionalities.

USB Headers:

• USB_E34 and USB_E12: These are headers for additional USB 2.0 ports, which can be routed to the front or rear of the PC case. They support additional peripherals such as keyboards, mice, or external storage solutions.
• Significance: They provide essential connectivity options for a variety of devices, enhancing the system’s versatility and accessibility.

Fan Connectors:

• CHA_FANx Headers: These are chassis fan headers used to connect additional cooling fans installed in the PC case.
• Importance: Adequate cooling is vital for maintaining optimal system performance and stability. These headers allow for precise control of the cooling fans, supporting advanced cooling strategies, especially important in high-performance or overclocked systems.

RGB Header:

• RGB_HEADER: This connector is for RGB LED strips and other RGB compatible devices, allowing users to customize their system’s lighting.
• Significance: Lighting customization is a popular feature in modern PCs, enhancing aesthetic appeal and personalization of the gaming setup or workspace.

Audio Connector:

• Front Audio Connector (not clearly labeled but typically at the bottom edge): This connects the front panel audio ports, including microphone and headphone jacks, to the motherboard.
• Importance: It ensures that users can easily connect audio devices without having to reach to the back of the case, providing a convenient and accessible audio connection.

Practical Building Tips:

• Check Motherboard Manual: Always refer to the motherboard’s manual for detailed information on each header and connector to ensure correct connections.
• Cable Management: Plan the layout and routing of cables early in the build process to ensure a clean setup and maintain good airflow within the case.
• Double-Check Connections: Mistakes in connecting headers like the front panel can lead to non-functional system buttons or LEDs. Double-checking connections during installation is crucial.

The arrangement of these connectors on the ASUS ROG MAXIMUS Z790 HERO BTF motherboard demonstrates a thoughtful consideration for user needs, emphasizing both functionality and ease of use. This layout supports a range of features necessary for building a versatile and high-performance PC, catering to the demands of gamers and professional users alike.

ROG MAXIMUS Z790 HERO BTF: A Peek Under the Armor of the Flagship Back-Plug Motherboard

The ASUS ROG MAXIMUS Z790 HERO BTF motherboard with its thermal armor removed, revealing the intricate layout and cooling design employed to enhance the board’s performance and durability. This view provides a closer look at the motherboard’s structural features that support both its aesthetic appeal and functional capacity, especially in handling heat distribution and enhancing component longevity.

Features of the Motherboard Thermal Armor:

Thermal Armor Design:

• Purpose: The primary function of the thermal armor is to provide superior cooling across critical components of the motherboard. This includes the VRMs (Voltage Regulator Modules), chipset, and other areas that generate significant heat during operation.
• Material and Build: The armor is typically constructed from high-quality, heat-conductive materials such as aluminum, which helps to dissipate heat efficiently. This aids in maintaining optimal temperatures, even under the stress of high-performance tasks like gaming or video rendering.

Enhanced Aesthetics:

• The armor not only serves a practical purpose but also enhances the motherboard’s aesthetic appeal. Its sleek design and branding elements contribute to a visually appealing build that is characteristic of the ROG series, known for its focus on gamers and enthusiasts who value both performance and style.

Protective Role:

• Beyond cooling, the armor also protects the motherboard’s surface and components from physical damage and dust accumulation, which can affect the board’s longevity and performance.

Insight on PCIe High-Power Interface:

• While the PCIe High-Power (12VHPWR) interface’s wiring is not visible due to its integration within the multi-layered PCB, its role in power distribution is crucial. This interface provides a more streamlined and efficient power delivery to high-end GPUs, supporting the increasing demands of modern gaming and professional graphics workloads.

Technical Considerations for Builders:

• Reassembly Caution: When removing and reattaching the thermal armor, it’s important to handle with care to avoid damaging any underlying components or the armor itself.
• Thermal Pads: Ensure that thermal pads are correctly placed and intact during reassembly to maintain effective heat conduction from the components to the armor.
• Screw Handling: Keep track of all screws and fasteners, as these are critical for securing the armor tightly against the motherboard to avoid any gaps that could impede thermal performance.

Benefits of Revealing Board Details:

• Sharing these intricate details helps users appreciate the engineering behind their hardware. It also aids in understanding the importance of proper maintenance and potential upgrades that can enhance the system’s performance and aesthetics.

The ASUS ROG MAXIMUS Z790 HERO BTF’s design with its thermal armor not only underscores ASUS’s commitment to quality and performance but also showcases their dedication to user-friendly designs that cater to the needs of high-end users looking to build robust and aesthetically pleasing systems.

A detailed view of the ASUS ROG MAXIMUS Z790 HERO BTF motherboard around the CPU socket, highlighting the sophisticated power delivery system it employs. This system, featuring a Teamed 20+1+2 phase 90A Power Stage configuration using Renesas ISL99390 Smart Power Stages (SPS), is designed to provide stable and efficient power management for high-performance processors, particularly under heavy loads such as gaming, video editing, and intense computational tasks.

Detailed Breakdown of the Power Delivery Components:

Teamed 20+1+2 Phase Power Design:

• 20+1+2 Phases: This configuration indicates that the motherboard uses 20 phases for the CPU VCore (the main voltage for the CPU), 1 phase for the CPU System Agent (which includes memory controller and integrated graphics), and 2 phases for the CPU I/O (input/output operations). This distribution ensures that each component receives clean, stable power, minimizing electrical noise and heat output.
• Teamed Phases: Unlike traditional power designs that alternate phases, a teamed approach allows multiple phases to work together simultaneously for each pulse, distributing the load more evenly and reducing the output ripple and response times.

90A Power Stages:

• Each phase is capable of delivering up to 90 amps, providing a high current capacity that is beneficial for overclocking and ensuring that the CPU operates reliably at higher speeds and voltages.

Renesas ISL99390 Smart Power Stages:

• High Efficiency: These SPS units are known for their efficiency and precision in power control. They include integrated temperature sensors and current monitors, which provide real-time feedback to the motherboard’s voltage regulation module (VRM) controller. This feedback allows for adaptive control, enhancing the efficiency and stability of the power delivery.
• Thermal Performance: The ISL99390 components are designed to handle high thermal loads effectively, ensuring that performance is maintained without overheating risks.

Significance for Users:

• Stability and Overclocking: The robust power delivery system ensures that users can achieve stable overclocking performance, as it can handle increased demands without significant voltage droop or instability.
• Longevity and Reliability: High-quality power components reduce the overall strain on the motherboard, contributing to longer component lifespan and reliability, which is crucial for users who run their systems under continuous high loads.

Practical Considerations:

• Cooling Requirements: Given the high power capacity, adequate cooling solutions for the VRM area are essential to maintain optimal performance and prevent thermal throttling.
• Power Supply Compatibility: Ensure that your power supply unit (PSU) is capable of delivering sufficient power, especially if you plan on utilizing the capabilities of the motherboard for high-end CPUs and overclocking.

This sophisticated power delivery system exemplifies ASUS’s commitment to catering to the needs of enthusiasts and professionals by providing high-end, reliable solutions in their ROG series motherboards. It ensures that users have the necessary infrastructure to exploit the full potential of their hardware safely and efficiently.

A close-up view of the CPU PWM (Pulse-Width Modulation) controller chip, identified as the RAA229131, on the ASUS ROG MAXIMUS Z790 HERO BTF motherboard. This chip is a critical component of the motherboard’s voltage regulator module (VRM), responsible for managing and modulating the power supplied to the CPU.

Understanding the Role and Importance of the RAA229131 PWM Controller:

PWM Controller Functionality:

• Power Management: The RAA229131 PWM controller dictates how power is distributed to the CPU, specifically by adjusting the duty cycle of the power signal to regulate the voltage and current based on the CPU’s needs. This adjustment is crucial during different operating conditions, such as varying loads during gaming, rendering, or other intensive computing tasks.
• Efficiency Optimization: It plays a pivotal role in optimizing efficiency by reducing power loss and managing heat generation within the CPU power delivery network.

Enhanced CPU Performance:

• Stable Power Supply: By ensuring a stable and clean power supply, the PWM controller helps in maintaining the CPU’s operational stability, which is crucial for preventing crashes and ensuring consistent performance, particularly under overclocked conditions.
• Overclocking Support: Advanced PWM controllers like the RAA229131 are designed to support higher power outputs and more precise control, which are essential for achieving stable overclocks at higher frequencies.

Technical Specifications:

• Advanced Features: Controllers like the RAA229131 often come with integrated features such as I2C or SMBus for monitoring and control, overcurrent protection, and temperature feedback, which contribute to system safety and resilience against physical stressors like heat and power surges.

Impact on System Longevity:

• Thermal Management: Proper management of the power flow reduces thermal stress on the CPU and the VRM components, thereby extending their lifespan and maintaining performance over time.

Practical Implications for System Builders:

• Component Quality Assurance: Knowing the specifics of components like the PWM controller can provide insights into the motherboard’s quality and durability. High-quality controllers indicate a board designed for longevity and high performance.
• Monitoring and Diagnostics: Some PWM controllers allow for advanced diagnostics through software or firmware interfaces, providing system builders and enthusiasts with valuable data for performance tuning and troubleshooting.

The presence of the RAA229131 PWM controller on the ASUS ROG MAXIMUS Z790 HERO BTF motherboard underscores the board’s capability to handle high-performance computing tasks with improved power efficiency and stability. For users, especially those interested in overclocking or running intensive applications, this component’s specifications offer a reassurance of both performance reliability and potential for fine-tuning system operations.

The Intel JHL8540 Thunderbolt 4 controller chip on the ASUS ROG MAXIMUS Z790 HERO BTF motherboard. This component is essential for enabling Thunderbolt 4 capabilities on the motherboard, which significantly enhances connectivity options with high-speed data transfer and versatile peripheral integration.

Key Features and Benefits of the Intel JHL8540 Thunderbolt 4 Controller:

High-Speed Data Transfer:

• Thunderbolt 4 technology supports data transfer rates of up to 40 Gbps, which is incredibly fast compared to traditional USB connections. This speed is beneficial for tasks that involve large file transfers, such as video editing, data backup, and more.

Multiple Display Support:

• Thunderbolt 4 can support up to two 4K displays or one 8K display through a single connection. This capability is particularly useful for professionals in creative industries who require high-resolution multi-display setups for their workflows.

Daisy-Chaining of Devices:

• One of the standout features of Thunderbolt 4 is the ability to daisy-chain up to six devices from a single port. This means users can connect multiple devices like external hard drives, monitors, and more, all linked sequentially without the need for separate power sources.

Universal Cable Connectivity:

• Thunderbolt 4 utilizes the USB-C connector, which is reversible and universally compatible with a wide range of devices. This standardization simplifies the user experience and reduces cable clutter.

Power Delivery:

• Thunderbolt 4 also supports power delivery up to 100 watts. This feature allows users to charge laptops and other compatible devices directly through the Thunderbolt connection, eliminating the need for an additional power adapter.

Technical and Practical Implications for Users:

• Enhanced Productivity: For users who require efficient and fast performance, especially in media production, data science, or other fields involving large data volumes, Thunderbolt 4 offers a significant improvement in workflow efficiency.
• Future-Proof Connectivity: With the adoption of Thunderbolt 4, users are prepared for future developments in technology, including faster devices and more demanding applications.
• Increased Expandability: The ability to connect multiple devices through a single port greatly enhances the expandability of a workstation, allowing users to easily add more peripherals as needed.

The inclusion of the Intel JHL8540 Thunderbolt 4 controller on the motherboard underlines ASUS’s commitment to providing cutting-edge technology and comprehensive connectivity solutions. This feature caters to both the high performance and flexibility demanded by today’s power users, making the ASUS ROG MAXIMUS Z790 HERO BTF a highly capable foundation for any high-end PC build or upgrade.

The Intel I225-V 2.5GbE network controller chip is integrated into the ASUS ROG MAXIMUS Z790 HERO BTF motherboard. This network chip is a critical component for providing enhanced Ethernet connectivity, which is particularly important for users requiring high-speed, stable, and reliable network connections for activities such as gaming, streaming, and large data transfers.

Key Features and Advantages of the Intel I225-V 2.5GbE Controller:

Increased Network Speed:

• The 2.5 Gbps Ethernet capability represents a significant improvement over traditional 1 Gbps connections, providing more bandwidth for network-intensive tasks. This is especially beneficial in environments where multiple devices are accessing high-bandwidth internet simultaneously, or for applications that demand high data transfer rates.

Enhanced Gaming and Streaming:

• For gamers, reduced network latency and improved speed can enhance the online gaming experience, making gameplay smoother and more responsive. For streamers, higher network speeds facilitate higher quality video broadcasts without buffering or interruptions.

Compatibility with Advanced Networks:

• The 2.5GbE technology is backward compatible with older Ethernet standards (1GbE, 100MbE), ensuring it can be integrated into existing network setups without requiring a complete overhaul of network infrastructure.

Efficiency and Reliability:

• Intel network controllers are known for their efficiency and reliability, offering features like error-correcting memory, which helps in reducing data corruption and packet loss, ensuring more stable connections.

Support for Advanced Technologies:

• This network controller supports advanced technologies like VLAN tagging and QoS (Quality of Service) management, which are useful for prioritizing network traffic to ensure that critical applications receive necessary bandwidth and latency settings.

Technical and Practical Considerations:

• Router/Network Compatibility: To fully utilize the 2.5GbE capabilities, your network infrastructure (such as routers and switches) must also support 2.5GbE speeds. Upgrading network hardware may be necessary to achieve the optimal performance benefits.
• Cable Requirements: For best performance, using high-quality, certified cables (Cat 6 or higher) is recommended to handle higher bandwidth without signal degradation.
• Driver Updates: Ensuring that the latest drivers are installed for the Intel I225-V is crucial for maintaining performance, compatibility, and security of the network connection.

The integration of the Intel I225-V 2.5GbE network controller on the ASUS ROG MAXIMUS Z790 HERO BTF motherboard highlights ASUS’s commitment to providing cutting-edge technology that enhances connectivity and performance for power users. This feature ensures that the motherboard is well-suited for future network demands and offers users a competitive edge in scenarios where network performance is key.

The ASM1074, an ASMedia USB 3.0 hub controller chip situated on the ASUS ROG MAXIMUS Z790 HERO BTF motherboard. This chip is essential for expanding USB 3.0 functionality, providing additional ports that facilitate connectivity for multiple devices simultaneously.

Key Features and Benefits of the ASMedia ASM1074 USB 3.0 Hub Controller:

Port Expansion:

• The ASM1074 hub controller effectively multiplies the number of available USB 3.0 ports on the motherboard. This is particularly useful for users with multiple USB devices such as external hard drives, peripherals, and other USB-compatible gadgets.

High-Speed Data Transfer:

• USB 3.0 technology supports data transfer rates up to 5 Gbps, which is substantially faster than its predecessor USB 2.0. This speed enhancement is crucial for tasks that involve transferring large amounts of data, such as backing up files, moving large video or image files, and syncing data between devices.

Backward Compatibility:

• The ASM1074 is backward compatible with USB 2.0 and 1.1 devices. This feature ensures that older devices can still be used effectively, providing versatility and extended usability without requiring immediate upgrades of all peripheral devices.

Efficient Power Management:

• The controller supports efficient power management techniques to distribute power among connected devices appropriately. This not only helps in maintaining optimal performance but also ensures the stability and longevity of both the hub and the connected devices.

Improved Connectivity:

• With additional USB ports, users can keep their devices connected simultaneously without the need to swap out cables. This is particularly beneficial in workstation setups where frequent access to multiple storage media, input devices, or other peripherals is required.

Practical Implications for Users:

• Desktop Cleanliness and Organization:
• More available ports lead to a cleaner desktop setup by reducing the need for external USB hubs and the clutter associated with them.
• Enhanced Productivity:
• For professionals who utilize various USB devices, having ample ports can significantly streamline workflows, reduce downtime due to device swapping, and increase overall efficiency.
• Ease of Setup:
• Integrated USB hubs on the motherboard simplify the internal hardware configuration, reducing the need for additional expansion cards and external solutions, which can also save on costs and desktop space.

The integration of the ASM1074 on the ASUS ROG MAXIMUS Z790 HERO BTF underscores the motherboard’s design tailored towards high performance and user convenience. This feature is particularly attractive for users who require robust connectivity solutions to support a variety of USB devices, ensuring seamless operation and efficient data management in high-demand environments.

A close-up view of a crucial part of the ASUS ROG MAXIMUS Z790 HERO BTF motherboard featuring the audio chipset area, dominated by the SupremeFX audio processing unit. This advanced audio chipset is instrumental in delivering high-quality sound performance for gaming and multimedia purposes.

Key Features of the SupremeFX Audio Setup:

High-Quality Audio Codec:

• SupremeFX typically incorporates a high-definition audio codec that offers excellent audio clarity, precision, and detailed sound reproduction. This is ideal for immersive gaming experiences and high-fidelity audio playback.

Dedicated Audio Capacitors:

• The bright yellow capacitors you see are specialized for audio applications. These capacitors help in stabilizing power supply to the audio components and filter out noise, leading to cleaner sound output.

Isolated Audio Circuitry:

• Notice the distinct trace paths in the PCB around the audio chipset, designed to physically isolate the audio section from the rest of the motherboard. This isolation helps minimize electrical noise interference from other components, thus enhancing sound quality.

Integrated Headphone Amplifier:

• Often, motherboards with SupremeFX audio include a built-in amplifier that can drive a wide range of headphones, providing powerful output without the need for external amplification. This is particularly beneficial for users with high-impedance headphones that require more power for optimal performance.

Advanced Software Support:

• SupremeFX audio systems usually come with software that allows users to customize their audio experience. This can include equalizers, pre-set audio profiles, and virtual surround sound enhancements, which are particularly appealing for gamers and movie watchers.

Benefits for End-Users:

• Enhanced Gaming Experience: Gamers will find that superior audio quality can significantly enhance the immersive experience in gaming, making environmental sounds and soundtracks more impactful.
• Audio Production: While not a replacement for dedicated sound cards in professional setups, the high-quality audio delivered by SupremeFX is more than capable for amateur audio production and editing.
• Multimedia Enjoyment: For general entertainment purposes, such as watching movies or listening to music, this audio setup ensures a rich and satisfying soundstage.

Practical Considerations:

• Driver Updates: To maintain optimal audio performance, ensuring that the latest audio drivers are installed is essential. This guarantees compatibility with new applications and games, and often includes bug fixes and enhancements.
• Proper Configuration: Users should ensure that their audio settings are configured to match their specific hardware setup, such as configuring for 5.1 or 7.1 surround sound systems if applicable.
• Use of Quality Speakers or Headphones: To fully utilize the capabilities of the SupremeFX audio, pairing it with high-quality speakers or headphones is recommended. Lower quality peripherals may not adequately convey the improvements provided by the advanced audio hardware.

This detailed focus on audio technology underscores ASUS’s commitment to providing an all-encompassing, premium computing experience that appeals to gamers, audiophiles, and general users alike, ensuring that all aspects of system performance meet high standards.

The audio section of the ASUS ROG MAXIMUS Z790 HERO BTF motherboard, prominently featuring the ROG SupremeFX 7.1 ALC4082 audio codec, an ESS ES9218 QUAD DAC, and specialized audio capacitors. This setup is designed to deliver premium sound quality, which is essential for an immersive gaming and multimedia experience.

Detailed Components and Their Roles:

ROG SupremeFX 7.1 ALC4082 Audio Codec:

• Purpose: The ALC4082 codec serves as the primary audio processor, capable of supporting 7.1 channel surround sound which provides a rich and immersive audio experience suitable for gaming, movies, and music.
• Advantages: It offers high-definition audio decoding with support for various audio formats, enhancing the clarity and detail of sound output.

ESS ES9218 QUAD DAC:

• Functionality: The ESS ES9218 is a high-quality Digital-to-Analog Converter (DAC) that ensures superior audio fidelity by converting digital audio signals into analog with minimal loss of quality.
• Benefits: Known for its impressive signal-to-noise ratio and minimal harmonic distortion, the ES9218 enhances the listening experience by producing cleaner, more accurate, and detailed sound.

Specialized Audio Capacitors:

• Role: The bright yellow capacitors are designed specifically for audio applications. They help in maintaining signal purity and stability, reducing noise and enhancing overall sound quality.
• Impact: These capacitors ensure that the audio output is both clear and powerful, contributing to dynamic sound staging and precise sound reproduction.

Why This Matters to Users:

• Enhanced Gaming Experience: For gamers, this audio setup means clearer in-game sounds, from subtle footsteps to explosive action, providing a competitive edge by making the gaming experience more engaging and realistic.
• High-Quality Multimedia Playback: Audiophiles and movie watchers benefit from the high fidelity audio output, which can rival dedicated external sound cards or audio systems, ensuring an enjoyable listening experience.
• Professional Audio Work: While not aimed at professional studio environments, this setup is more than capable of handling amateur to semi-professional audio work, such as podcast production or amateur music mixing, with great results.

Technical Considerations:

• Driver Support: Ensuring that you have the latest drivers installed for the audio components is crucial for optimal performance and to access the full suite of features offered by the codec and DAC.
• Software Integration: The motherboard likely includes specialized software that allows for audio customization. This software might offer features like equalization, virtual surround settings, and profile setups that can be tailored to different types of audio content or listening environments.
• Quality of Connected Devices: To fully appreciate the high-quality audio output, users should consider using high-quality headphones or speakers. Lower quality peripherals might not adequately convey the improvements provided by this advanced audio hardware.

The integration of these high-end audio components into the ASUS ROG MAXIMUS Z790 HERO BTF motherboard underlines ASUS’s commitment to delivering not just high-performance gaming hardware but also ensuring that sensory experiences like sound are not compromised, making this motherboard an excellent choice for users who value both performance and immersive audio quality.

On the ASUS TurboV Processing Unit (TPU), an intelligent chip embedded in the ASUS ROG MAXIMUS Z790 HERO BTF motherboard, specifically designed to enhance the overclocking capabilities of the system through AI-enhanced automation. This chipset is central to managing and facilitating advanced tuning and overclocking processes that adjust the system’s performance based on real-time demands and user preferences.

Key Features and Functions of the ASUS TPU Chip:

Automated Overclocking:

• The TPU provides automated overclocking by intelligently adjusting CPU frequencies and voltages based on system load and thermal conditions, making it easier for users to achieve optimal performance without the need for detailed manual tuning.

Performance Optimization:

• It works by analyzing the system configuration and applying tested overclocking profiles that suit the specific components like the CPU and memory, ensuring that these elements operate well within their performance thresholds while maximizing speed and efficiency.

System Monitoring and Adjustment:

• The TPU monitors real-time data such as CPU temperatures, system load, and power consumption to dynamically adjust overclocking parameters. This adaptive approach helps maintain system stability and performance even under varying load conditions.

Enhanced Energy Efficiency:

• By optimizing the power and performance balance, the TPU can also help in reducing overall energy consumption when full power is unnecessary, thereby improving the energy efficiency of the system.

Integration with ASUS AI Suite:

• The TPU is often paired with ASUS’s AI Suite, a user-friendly software interface that offers extensive control over system tuning, fan speeds, power settings, and more. This suite allows users to fine-tune their systems with precision or rely on the TPU for automated adjustments.

Benefits for Users:

• Simplified Overclocking Process: Users benefit from a simplified overclocking process that requires minimal intervention, making it accessible even to those with limited technical knowledge of tuning systems.
• Improved System Performance: Gamers, content creators, and tech enthusiasts who demand high performance from their systems will find that the TPU helps in squeezing out extra power from their hardware, significantly enhancing capabilities for intensive tasks.
• Reliability and Stability: The intelligent monitoring and adjustment reduce the risk of hardware failure due to overheating or overloading, as the TPU ensures that all changes remain within safe operational limits.
• Customization: While the TPU offers automated solutions, it also allows for customization and manual overrides, providing flexibility for power users who prefer to tailor every aspect of their system’s performance.

The integration of the ASUS TPU in high-end motherboards like the ROG MAXIMUS Z790 HERO BTF exemplifies ASUS’s commitment to delivering cutting-edge technology that enhances both performance and user experience. This chipset not only boosts the system’s capabilities but also ensures that these enhancements are achieved with an emphasis on ease of use and stability, making it a valuable feature for any user looking to maximize their system’s potential.

The NUVOTON NCT6798D, a hardware monitoring and fan control IC (Integrated Circuit) on the ASUS ROG MAXIMUS Z790 HERO BTF motherboard. This Super I/O controller chip plays a critical role in system management by monitoring various parameters such as temperature, voltage, and fan speeds.

Key Functions and Benefits of the NUVOTON NCT6798D:

Temperature Monitoring:

• This chip can read temperature sensors across the motherboard to ensure that the system remains within safe thermal limits. It helps prevent overheating by monitoring key components like the CPU, GPU, and motherboard chipsets.

Fan Control:

• The NCT6798D controls the operation of system fans based on the temperature data it collects. It can adjust fan speeds to optimize cooling or reduce noise, depending on the system load and user preferences.

Voltage Monitoring:

• It also monitors the voltage levels supplied to different components, crucial for maintaining system stability and preventing damage from voltage fluctuations.

System Diagnostics:

• Through its monitoring capabilities, the NCT6798D can aid in diagnosing hardware issues, making it easier to identify problems related to overheating, power supply, or fan failure.

Interface Support:

• This chip provides interfaces for system management, including SMBus and I2C, allowing for integration with other sensors and peripherals within the system.

Practical Implications for Users:

• Enhanced System Stability and Performance: By maintaining optimal temperature and voltage levels, the NCT6798D helps ensure that the system operates stably and efficiently, enhancing overall performance especially during intensive computing tasks.
• Noise Management: Users sensitive to noise will appreciate the dynamic fan control, which can reduce fan speed during low system load, leading to quieter operation.
• Longevity and Durability: Effective monitoring and control of system parameters can significantly extend the lifespan of components by preventing extreme conditions that may cause premature wear and failure.
• Customization and Flexibility: Advanced users can often customize the behavior of this chip through BIOS settings or dedicated software provided by the motherboard manufacturer, allowing them to tailor cooling and performance according to their specific needs.

The inclusion of the NUVOTON NCT6798D on a high-end motherboard like the ASUS ROG MAXIMUS Z790 HERO BTF is a testament to ASUS’s commitment to quality and reliability, ensuring that users have the necessary tools to maintain and optimize their system effectively. This chipset underscores the importance of detailed system management in modern PCs, especially those used for gaming, content creation, or other high-demand applications.

The ASMedia ASM1074 USB 3.0 hub controller on the ASUS ROG MAXIMUS Z790 HERO BTF motherboard. This component is critical for expanding the motherboard’s USB capabilities, allowing multiple devices to be connected and managed efficiently.

Key Features of the ASMedia ASM1074 USB 3.0 Hub Controller:

Expansion of USB Ports:

• The ASM1074 chip increases the number of available USB 3.0 ports on the motherboard. This is essential for users who need to connect multiple devices such as external hard drives, USB flash drives, gaming peripherals, and more.

High-Speed Data Transfer:

• USB 3.0 technology supports data transfer rates of up to 5 Gbps, which is significantly faster than USB 2.0. This speed is beneficial for quickly transferring large files or streaming high-definition content.

Backward Compatibility:

• The hub is backward compatible with USB 2.0 and USB 1.1 devices, ensuring that older peripherals can still be used without requiring adapters or new replacements.

Power Management:

• It supports efficient power management protocols, providing appropriate power distribution to connected devices, which is critical for maintaining stable and reliable USB performance.

Benefits for Users:

• Enhanced Connectivity: Users can connect several devices simultaneously without the need for additional external hubs, which can clutter workspace and consume extra power outlets.
• Improved Productivity: The increased data transfer speed makes the system more efficient for multimedia professionals, gamers, and general users who frequently transfer large amounts of data.
• Ease of Use: The hub simplifies the user’s setup by integrating multiple USB ports into the motherboard directly, reducing the need for additional hardware and configurations.

Technical Considerations:

• Driver Updates: To ensure optimal performance and compatibility, keeping the motherboard’s chipset drivers up to date is crucial, especially when adding new peripherals or upgrading existing ones.
• System Requirements: While USB 3.0 is standard, users must ensure their operating system supports USB 3.0 to fully utilize the capabilities of the ASM1074 hub.
• Device Compatibility: Users should verify that their devices are USB 3.0 compatible to take advantage of higher transfer speeds. Devices not supporting USB 3.0 will operate at lower speeds.

Incorporating the ASMedia ASM1074 into the ASUS ROG MAXIMUS Z790 HERO BTF illustrates ASUS’s commitment to providing versatile and powerful motherboards capable of meeting the demands of various users, from gamers to professional content creators, by ensuring high-speed connectivity and robust data management capabilities.

The Intel Z790 chipset on the ASUS ROG MAXIMUS Z790 HERO BTF motherboard. This chipset is crucial for the motherboard’s functionality, serving as a central hub that connects different parts of the computer, such as the CPU, memory, storage, and peripherals, providing a backbone for the motherboard’s operations and capabilities.

Key Features and Advantages of the Intel Z790 Chipset:

CPU Support:

• The Z790 chipset supports Intel’s 12th and 13th generation Core processors. This compatibility ensures that users can take advantage of the latest CPU technologies including increased cores, threads, and new architectural enhancements.

Memory Support:

• It supports faster memory speeds with DDR5 technology, allowing for higher bandwidth and improved performance in demanding applications and games.

PCI Express 5.0:

• The chipset includes support for PCI Express 5.0, doubling the bandwidth compared to PCIe 4.0. This is significant for high-performance graphics cards and storage devices, enabling faster data transfer rates and enhanced system responsiveness.

Increased USB and Storage Options:

• Z790 provides ample USB ports, including the latest USB 3.2 Gen 2×2 for ultra-fast data transfers, and it supports numerous SATA and PCIe lanes for a variety of storage solutions, from traditional HDDs to high-speed NVMe SSDs.

Integrated Networking:

• It offers integrated high-speed Ethernet capabilities and support for Intel Wi-Fi 6E, which means lower latency, greater bandwidth, and improved wireless connectivity for gaming and streaming.

Overclocking Capabilities:

• For enthusiasts, the Z790 chipset allows overclocking of both the processor and memory, giving users the ability to fine-tune their system for maximum performance.

Benefits for Users:

• Future-Proofing: By supporting the latest hardware standards, the Z790 chipset helps users future-proof their systems, ensuring compatibility with new technologies and devices that may be released in the coming years.
• Versatility and Expansion: With multiple PCIe lanes and USB ports, users can expand their systems with additional GPUs, storage options, and peripheral devices without worrying about bandwidth limitations.
• Enhanced Performance: The combination of support for the latest CPU generations, PCIe 5.0, and DDR5 memory allows for top-tier performance across gaming, content creation, and multitasking applications.
• Connectivity and Speed: Integrated advanced networking options ensure that users experience fast and reliable internet connectivity, which is crucial for online gaming and high-definition streaming.
• Customization and Control: Advanced users can utilize the chipset’s overclocking features to push their system’s performance beyond standard specifications, tailored to their specific needs and usage scenarios.

The integration of the Intel Z790 chipset into the ASUS ROG MAXIMUS Z790 HERO BTF motherboard underlines its position as a high-end platform suited for gamers, creators, and tech enthusiasts who demand high performance, extensive connectivity options, and the ability to expand and customize their systems extensively.

The JYS13008MF01, which are PCIe 5.0 redriver or repeater chips located on the back of the ASUS ROG MAXIMUS Z790 HERO BTF motherboard. These chips are essential for maintaining signal integrity and performance in systems that use high-speed PCIe 5.0 interfaces.

What Are PCIe Redrivers and Why Are They Important?

Signal Integrity Enhancement:

• PCIe 5.0 operates at extremely high frequencies (up to 32 GT/s), which can lead to signal degradation over longer distances or through complex circuits. Redrivers help by amplifying and reshaping the signals, ensuring that data is transmitted reliably across the motherboard.

Increased System Stability and Performance:

• By improving signal quality, redrivers help maintain stable and high-performance connections between the CPU and high-speed devices like GPUs and NVMe SSDs, which are critical for gaming, video editing, and other intensive applications.

Enhanced Compatibility:

• They can also improve compatibility with different devices by ensuring that the signal remains strong and clear regardless of the motherboard’s layout or the type of peripheral connected.

Technical Specifications and User Benefits:

• PCIe 5.0 Support: These chips are specifically designed for PCIe 5.0, making them suitable for the latest generation of high-speed components, ensuring users benefit from the maximum available speeds.
• Placement on the Motherboard: The placement on the back of the motherboard helps in space management and heat distribution, keeping the primary side of the motherboard less cluttered.
• Applications: Ideal for scenarios where multiple high-speed PCIe devices are used, such as in custom-built gaming PCs, workstations for video production, or servers needing fast data access.

Practical Implications for Users:

• Future-proofing: As the demand for higher data transfer rates increases with new technologies, having PCIe 5.0 support with effective redrivers helps ensure the motherboard will handle future high-speed devices.
• Enhanced Reliability: Users can expect a more reliable connection to their PCIe devices, which is crucial for maintaining performance during long gaming sessions or intensive computing tasks.
• Optimized System Layout: The integration of such components on the back of the motherboard aids in better layout and air circulation, potentially leading to better thermal performance of the system.

The inclusion of JYS13008MF01 PCIe 5.0 redriver chips on the ASUS ROG MAXIMUS Z790 HERO BTF highlights ASUS’s attention to detail in ensuring that even the most subtle aspects of data transmission are optimized for performance and reliability, offering users a top-tier computing experience.

The ASUS V.M.2 PCIe with an Intel Wi-Fi module, specifically the BE200NGW model. This module supports the cutting-edge 802.11be Wi-Fi 7 standard and Bluetooth 5.2, marking a significant advancement in wireless technology capabilities for modern motherboards like the ASUS ROG MAXIMUS Z790 HERO BTF.

Key Features of the Intel BE200 Wi-Fi Module:

Wi-Fi 7 (802.11be) Support:

• This latest standard in wireless technology significantly enhances data throughput and reduces latency, providing users with ultra-fast and reliable wireless connectivity suitable for high-bandwidth applications like streaming 4K/8K video, online gaming, and large data transfers.

Dual-Band Operation:

• It operates on both the 2.4 GHz and 5 GHz bands, allowing for flexible network planning and less interference, which is crucial in crowded environments with many devices.

Bluetooth 5.2 Support:

• Offers improved speed and greater range compared to older Bluetooth versions, alongside new features such as Enhanced Attribute Protocol (EATT) for better multitasking and LE Audio for improved audio performance in wireless devices.

Benefits for Users:

• Enhanced Speed and Efficiency: The adoption of Wi-Fi 7 technology allows devices to communicate more data in the same amount of spectrum, effectively increasing speed and efficiency in wireless communications.
• Better Multi-Device Handling: With the capability to manage more data and better coordinate between multiple wireless devices, this module helps reduce congestion and improve overall network stability.
• Future-Proof Networking: As Wi-Fi 7 is the forefront of wireless technology, using this module ensures that users will not need to upgrade their wireless infrastructure frequently, providing longevity and compatibility with future devices.
• Seamless Bluetooth Integration: By supporting Bluetooth 5.2, it allows for a broader range of connections with devices, ensuring more stable and faster links for accessories like keyboards, mice, headphones, and more.

Practical Implications:

• Streaming and Gaming: Users can enjoy high-definition streaming and responsive gaming without worrying about connection drops or lag, thanks to the high throughput and low latency of Wi-Fi 7.
• Home Office and Virtual Meetings: This technology ensures smooth video conferencing and efficient remote working experiences, even with high demands on bandwidth due to multiple devices connected simultaneously.
• Smart Home Compatibility: Bluetooth 5.2 enhances the capability to connect a wider range of smart home devices efficiently, allowing for more complex setups and controls.

The integration of Intel’s BE200NGW module in ASUS motherboards demonstrates a commitment to providing cutting-edge network technology that meets the demands of users who require robust, high-speed, and stable wireless connections in an increasingly interconnected digital landscape.

ROG Strix GeForce RTX 4090 BTF EDITION: Powering Next-Gen Gaming with Advanced Back-Plug Technology

The ROG Strix GeForce RTX 4090 BTF EDITION graphics card by ASUS stands out as a high-end solution for users seeking top-tier gaming and content creation performance. Here’s a breakdown of its specifications and features, along with the benefits they offer:

Specifications:

• Graphics Processor: NVIDIA GeForce RTX 4090
• CUDA Cores: 16,384
• Memory: 24GB GDDR6X
• Memory Interface: 384-bit
• Core Clock: Boost up to 2640 MHz in overclock mode
• Memory Clock: 21 Gbps
• PCI Express: 4.0 x16
• Output Ports: 3 x DisplayPort 1.4a, 2 x HDMI 2.1
• HDCP Support: 2.3
• Power Connectors: 1 x 16-pin
• Recommended PSU: 1000W
• Dimensions: 357.6 x 149.3 x 70.1 mm

Advanced Features and Design:

• Back Focus Technology (BTF): Requires a motherboard that supports PCIe High-Power interface, which transfers power through a new design, reducing cable clutter for a cleaner build.
• Cooling Technology: Equipped with three 104mm axial-tech fans. The center fan spins in a different direction to reduce turbulence and increase heat dissipation efficiency. It includes four 8mm thick heat pipes and three 6mm auxiliary heat pipes, buried within a large heatsink.
• Thermal Performance: Claims to handle a thermal design power (TDP) of up to 600W, improving airflow by 23% and air pressure by 19% compared to the already efficient TUF GAMING series, making it exceptionally capable in managing high heat outputs during intense gaming sessions.

Benefits for Users:

• Exceptional Performance: The RTX 4090 is one of the most powerful graphics cards available, suitable for ultra-high-resolution gaming, complex 3D rendering, and intensive video editing.
• Enhanced Cooling: The advanced cooling design ensures that the card operates at optimal temperatures, thereby maintaining performance and prolonging the lifespan of the components.
• Reduced Cable Management: The integration with BTF technology means fewer cables are required, simplifying the physical setup and improving airflow within the chassis.
• High Resolution Support: Multiple DisplayPort 1.4a and HDMI 2.1 ports enable support for next-generation displays with higher resolutions and refresh rates, perfect for a cutting-edge visual experience.

Practical Implications:

• Gaming: Gamers can enjoy current and upcoming game titles at the highest settings with smooth frame rates at 4K resolution or higher.
• Content Creation: Creators involved in video editing, animation, and rendering tasks will benefit from the substantial CUDA core count and high memory bandwidth, ensuring faster processing times.
• Future-Proofing: The card’s capabilities ensure that it will remain relevant for upcoming technological advancements in games and graphics-intensive applications.

The ROG Strix GeForce RTX 4090 BTF EDITION is indeed a behemoth in the graphics card arena, combining robust performance with innovative features that push the boundaries of what’s possible in modern PC setups.

The packaging for the ROG Strix GeForce RTX 4090 BTF EDITION is vibrant and distinctly styled to match the ROG (Republic of Gamers) brand ethos, emphasizing its premium status in the gaming hardware market. The box prominently features the graphic card’s key attributes such as its use of the NVIDIA GeForce RTX 4090 chip, the substantial 24GB of GDDR6X memory, and support for technologies like DLSS 3, Ray Tracing, and NVIDIA Reflex, making it clear that this product targets high-end users who demand the best performance.

The “BTF EDITION” label is crucial, distinguishing this version from standard models by its enhanced power delivery and compatibility with specialized motherboards that support the PCIe High-Power interface. It is also adorned with the ROG logo and a colorful design that grabs attention, likely appealing to the aesthetic preferences of gamers and tech enthusiasts.

When purchasing, it’s important to ensure the “BTF EDITION” marking is present, confirming that you are getting the version with the specific advancements in power and connectivity options designed for an optimized, high-performance setup. This packaging not only serves to protect the high-value item within but also works as an effective marketing tool, showcasing the elite capabilities of the product.

The back of the ROG Strix GeForce RTX 4090 BTF EDITION box offers a comprehensive overview of the graphics card’s key features and technologies, appealing directly to tech-savvy consumers and emphasizing its capabilities and design aspects. Here’s a breakdown of the information presented:

1. Design: The packaging highlights the card’s design, which includes a die-cast front shroud and backplate that maximizes heat dissipation. The large array of RGB options enhances its aesthetic appeal, which is crucial for gamers who value both performance and style.
2. Cooling: The cooling system is a pivotal feature, described as utilizing triple axial-tech fans that increase airflow through the heatsink. This is coupled with a vapor chamber that efficiently cools the GPU, ensuring performance even under intense loads.
3. Engineering: The engineering segment points out the card’s sophisticated power delivery system. It eliminates traditional power cables near the PCIe slot by using a 12VHPWR connector, ensuring a cleaner and less obstructed build, which is particularly appealing to users who prioritize a neat and efficient setup.
4. Software: This section details the software support provided, including GPU Tweak III for advanced customization and monitoring of performance, further enhancing the user’s control over their gaming experience.
5. Key Features: The box also lists important specifications such as the NVIDIA DLSS 3, ray tracing capabilities, HDMI 2.1 support, and the NVIDIA G-SYNC technology. These features are essential for high-end gamers and content creators who demand top-tier visual performance and smooth gameplay.
6. Connectivity: Display outputs are clearly illustrated, showing the availability of multiple ports including three DisplayPort 1.4a and two HDMI 2.1, catering to various display setups and VR technologies.

The packaging does an excellent job of showcasing the premium features of the ROG Strix GeForce RTX 4090 BTF EDITION, ensuring that potential buyers are well informed about the impressive capabilities and performance enhancements offered by this high-end graphics card.

The various components included with the ASUS graphics card, which are essential for user setup and support:

1. Quick Start Guide: This guide provides crucial initial setup instructions, ensuring users can install their new graphics card correctly and safely. It often contains illustrations for visual guidance, covering aspects like power connection and proper handling to avoid damage.
2. Graphics Card Holder Instructions: This card offers detailed instructions on how to use the included graphics card holder—a tool designed to support the weight of the graphics card and prevent sagging. This accessory is especially useful for high-end cards like the ROG Strix GeForce RTX 4090, which are heavier and bulkier.
3. Warranty Card: This document provides information about the warranty terms and conditions, offering peace of mind and support options should any issues arise with the product.
4. Promotional Materials: These include a “THANK YOU” note for purchasing an ASUS graphics card and a promotional offer for a 20% discount on CableMod products, enhancing the aesthetics and management of cables in users’ setups.
5. Stickers and Branding Material: The package contains branded stickers like the ROG Strix logo, which enthusiasts often use to personalize their gaming rigs and peripherals.

These inclusions enhance the user experience by providing not only the necessary tools for installation and maintenance but also adding a personal touch through branding and promotional benefits.

Two items designed to enhance the setup and support of a heavy graphics card:

1. Graphics Card Jack: This is a specialized tool used to support the weight of a high-end graphics card, preventing it from sagging and potentially damaging the motherboard. The graphics card jack is adjustable and can be placed under the graphics card within the PC case to provide necessary support.
2. Velcro Straps: These are used for cable management within the PC case. Velcro straps help keep cables organized and neatly bundled, which not only improves the appearance of the internal components but also enhances airflow and cooling efficiency by reducing clutter.

Both of these accessories are practical for maintaining a tidy and efficient gaming or high-performance computing setup, ensuring that heavy components and cables are well managed and supported.

This is the ROG Strix GeForce RTX 4090 BTF EDITION, a high-end graphics card from ASUS. It features a striking design with three large axial fans that provide excellent cooling performance. The card has a sleek color scheme with black, gray, red, and blue accents that highlight its aggressive aesthetic, matching the ROG (Republic of Gamers) branding prominently displayed on each fan.

The design emphasizes not only aesthetic appeal but also functionality, with enhancements for cooling efficiency and performance stability. The frame around the fans and the extended heatsink ensure optimal heat dissipation. This model is particularly notable for its use in systems that require powerful graphics processing capabilities such as high-end gaming, intense graphic design, or video rendering tasks.

The backside of the ROG Strix GeForce RTX 4090 BTF EDITION showcases a robust and stylish design typical of high-end graphics cards. It features a full-length backplate with a sleek, textured finish that enhances both aesthetics and structural integrity. The backplate is adorned with the “GeForce RTX” logo prominently displayed along with the ROG logo, highlighting its affiliation with the premium gaming series from ASUS.

The visible circuitry through the cut-out adds a technical and sophisticated touch, showcasing the card’s advanced engineering. This design not only helps protect the PCB but also aids in heat dissipation, ensuring the card operates efficiently even under heavy loads. The intricate pattern on the backplate complements the overall design theme, making it visually appealing from every angle, indicating its readiness for high-performance tasks in gaming and creative applications.

The PCIe High-Power supply interface of the ROG Strix GeForce RTX 4090 BTF EDITION, specifically highlighting its 16-pin connector. This advanced connector is designed to handle the substantial power demands of high-end graphics cards like the RTX 4090, which is significantly higher than what traditional 8-pin connectors support. The implementation of this interface ensures that the GPU can draw enough power to reach its peak performance without stability issues, especially under intense gaming or computational workloads. The gold plating on the connector enhances conductivity and ensures a reliable connection with the motherboard, promoting better power delivery and durability.

A decorative cover with the ROG (Republic of Gamers) logo concealing the original position of the 12VHPWR connector on the ROG Strix GeForce RTX 4090 BTF EDITION graphics card. This cover not only adds an aesthetic touch to the card but also serves to protect the underlying connector area, maintaining a clean and streamlined appearance. This type of design detail is typical in high-end gaming hardware where both performance and visual appeal are highly valued. The cover likely simplifies the exterior look while still allowing easy access when necessary, such as during installation or maintenance.

The output section of the ROG Strix GeForce RTX 4090 BTF EDITION graphics card, which features an impressive array of ports for high-performance display setups. It includes three DisplayPort 1.4 connections and two HDMI 2.1 ports. This configuration allows for multiple monitor setups, supporting high-resolution displays with advanced refresh rates and features like ray tracing, HDR, and AI-driven enhancements thanks to the capabilities of the RTX 4090 GPU.

The card’s bracket is made from stainless steel 304, noted for its durability and corrosion resistance, ensuring the ports are well-protected and providing a secure mounting point in the PC case. This design not only extends the longevity of the hardware but also supports the high-end performance by allowing users to exploit the full potential of their displays for an ultra-immersive gaming or professional visual experience.

The ROG Strix GeForce RTX 4090 BTF EDITION graphics card installed vertically, showcasing its advanced and stylish design. The card features three large axial-tech fans, which are designed to deliver enhanced airflow and cooling efficiency. The middle fan rotates in a different direction to minimize turbulence and maximize airflow through the cooling fins beneath. This setup is crucial for maintaining optimal temperatures during intense gaming sessions or heavy computational tasks.

The visual design of the card is striking, with a bold mix of black, silver, and red accents that highlight its gaming pedigree. These colors are complemented by RGB lighting, which is customizable through ASUS Aura Sync software, allowing users to personalize the lighting to match their system’s aesthetic.

The vertical installation not only serves a functional purpose by helping to manage heat more efficiently in some cases but also showcases the card’s design, making it a focal point in a transparent or open case setup. This orientation is popular among enthusiasts who want to display the aesthetics of their high-end components.

ROG Strix GeForce RTX 4090 BTF EDITION: A Closer Look at the High-Performance, High-Power Gaming GPU

The ROG Strix GeForce RTX 4090 BTF EDITION is a powerhouse, featuring the NVIDIA AD102-400-A1 chip at its core, combined with 24 GB of high-performance Micron GDDR6X memory spread across 12 modules, using a 384-bit interface for rapid data processing. This model is equipped with a robust power delivery system, comprising a 24+4 phase digital power setup enhanced by Super Alloy Power II technology. This includes top-grade aluminum alloy inductors paired with durable 15K capacitors, ensuring stability and efficiency even under heavy loads.

Designed to match the high standards set by its standard ROG Strix counterparts, this BTF edition doesn’t skimp on materials or specs. It offers the same high-quality components and performance level, ensuring that users get both durability and peak performance, which is critical for gaming and professional applications where graphical power and reliability are paramount.

The image you’ve shared provides a detailed view of the PCB of the ROG Strix GeForce RTX 4090 BTF EDITION, which reveals the intricate layout and high-end components used in its construction. This design highlights the powerful NVIDIA AD102-400-A1 chip centrally located, surrounded by Micron’s GDDR6X memory modules that contribute to its substantial 24GB capacity and 384-bit memory interface.

The PCB showcases an array of high-quality capacitors and inductors that form part of the 24+4 phase digital power supply, engineered to deliver stable and efficient power under load. These components, coupled with Super Alloy Power II technology, ensure superior performance and durability, especially during intensive computing tasks.

Moreover, this layout includes multiple USB ports, display outputs, and other interfaces that facilitate connectivity and expandability. The attention to detail in arranging these components optimizes the thermal management and electrical efficiency, crucial for maintaining the performance integrity of such a high-end graphics card.

Overall, the visual breakdown of this PCB underscores ASUS’s commitment to quality and performance in their premium BTF edition, tailored for gamers and professionals who demand the best from their hardware.

The backside of the PCB (Printed Circuit Board) for the ROG Strix GeForce RTX 4090 BTF EDITION graphics card. This view provides insight into the meticulous engineering that goes into high-end graphics hardware. Notably, the PCB is peppered with numerous surface-mounted components that play crucial roles in the operation and stability of the card.

Key elements visible on the PCB include:

1. Power Delivery Components: The arrangement of capacitors and power regulation modules ensures efficient power distribution and enhanced stability during heavy loads, which is crucial for maintaining performance and preventing hardware failure during intense gaming or graphical tasks.
2. PCB Traces and Layers: The complex network of copper traces interconnecting the components reflects a sophisticated multi-layer design. This layout is optimized for signal integrity and minimal electrical noise, essential for high-speed data transmission.
3. Thermal Pads: Spots for thermal pads that interface with the card’s cooling solution can also be seen. These pads help transfer heat from the components on the PCB to the heatsink, ensuring effective cooling.
4. Solid Build Quality: The overall build quality, with robust soldering and the arrangement of components, highlights ASUS’s commitment to durability and reliability.

This backside view is particularly interesting for tech enthusiasts or engineers who appreciate the complexity and design considerations involved in creating devices capable of pushing the boundaries of modern computer graphics.

A close-up of the PCIe High-Power interface on a graphics card, specifically designed for modern high-end models like the ROG Strix GeForce RTX 4090 BTF EDITION. This interface is crucial for delivering the significant amount of power these powerful cards require to operate optimally.

Key features of the PCIe High-Power interface include:

1. Enhanced Power Delivery: This interface supports higher power limits than traditional PCIe connectors, which is essential for GPUs with high power demands to achieve their maximum performance without throttling.
2. Gold Plating: The visible gold plating on the connectors ensures better connectivity and less resistance, which improves power delivery efficiency and durability by reducing oxidation.
3. Compact Design: Despite its capability to handle more power, the interface is compactly integrated into the card, maintaining a streamlined design without significantly increasing the physical footprint.

This interface exemplifies the advancements in hardware design that accommodate increasing performance demands, ensuring that even at peak loads, the graphics card receives stable and sufficient power. Such features are vital for gamers and professionals who demand high performance for applications that involve intense graphics processing.

A decorative cover placed over the original 12VHPWR connector on the graphics card. This cover is marked with the ROG (Republic of Gamers) logo, signifying its association with ASUS’s premium gaming brand. The use of a decorative cover like this serves several purposes:

1. Aesthetic Appeal: It enhances the visual appeal of the graphics card, aligning with the stylish and aggressive design ethos typical of gaming hardware.
2. Protection: It helps protect the underlying connector from dust and physical damage, which is crucial for maintaining the longevity and functionality of the hardware.
3. Brand Identity: Featuring the ROG logo prominently helps reinforce the brand identity and assures users of the quality and performance pedigree associated with ROG products.

Such design elements are integral to gaming hardware, where both performance and appearance are valued by consumers. This specific approach not only safeguards the hardware but also complements the overall design theme of the card.

A high-end graphics card, designed with a robust array of connectivity options to cater to diverse gaming and multimedia needs. It features three DisplayPort 1.4 ports and two HDMI 2.1 ports, housed in a sleek, stainless steel 304 bracket. This configuration not only provides extensive compatibility with multiple display setups but also ensures optimal performance for ultra-high-resolution gaming and professional video outputs. The inclusion of multiple fans hints at a sophisticated cooling solution, necessary for maintaining peak performance during intense gaming sessions or heavy computational tasks.

A GeForce RTX graphics card, impeccably mounted in a vertical orientation, showcasing its powerful and visually striking design. This setup accentuates the card’s triple-fan cooling system, which is essential for optimizing airflow and reducing thermal load during intense operations. The aesthetic appeal is enhanced by the dynamic color scheme and sharp angles, which highlight the card’s modern, high-performance architecture. Vertical mounting not only serves an aesthetic purpose but also helps in displaying the intricate design elements and branding, making it a focal point in any high-end gaming setup.

Unveiling the ROG Strix GeForce RTX 4090 BTF Edition: A Comprehensive Overview of Its Features and Specifications

The ROG Strix GeForce RTX 4090 BTF EDITION is indeed a powerhouse in the graphics card arena. It operates on the AD102-400-A1 core, boasting impressive capabilities backed by 12 modules of Micron’s 384-bit GDDR6X 2GB memory, ensuring fast and efficient data handling for demanding games and applications.

Power delivery is robust, featuring a 24+4 phase digital power supply, which enhances stability and power efficiency under load. This is complemented by Super Alloy Power II top-grade aluminum alloy inductors and durable 15K capacitors, maintaining the same high standards of construction as the standard ROG models. This meticulous approach to component selection underscores ASUS ROG’s commitment to delivering not only top-tier performance but also reliability and longevity in its high-end gaming products.

The intricate PCB (Printed Circuit Board) of the ROG Strix GeForce RTX 4090, showcasing a layout consistent with the standard ROG RTX 4090 models. The board is densely populated with high-end components, reflecting ASUS’s commitment to quality and performance.

At the heart, the large GPU die is clearly visible, surrounded by memory modules which are crucial for graphics rendering speeds. The surrounding array of Super Alloy Power II capacitors and inductors emphasizes the robust power management system designed to handle high loads efficiently. This layout not only ensures optimal electrical performance but also maximizes the lifespan and reliability of the card.

The design includes multiple connection interfaces along the edge, catering to various display and power configurations, further enhancing the card’s versatility in high-performance setups. This thoughtful arrangement of components underscores the engineering expertise and attention to detail that ROG brings to its high-end gaming hardware.

The back side of the ROG Strix GeForce RTX 4090 PCB, revealing the meticulous design and layout that contributes to its high performance. This side of the PCB is less component-heavy but plays a critical role in the overall stability and durability of the graphics card.

Key features visible here include the structural reinforcement brace which helps prevent the PCB from bending under the weight of the card, ensuring long-term structural integrity. The numerous small components scattered across the board are critical for managing power distribution and signal integrity, contributing to the stable operation of the graphics card.

You can also see the thermal pads that interface with the backplate, designed to enhance heat dissipation from the rear of the card, further demonstrating ASUS’s attention to thermal management. The overall design is a testament to ASUS’s commitment to engineering excellence, ensuring that even the areas not typically visible are crafted with care and precision.

The PCIe High-Power interface on the ROG Strix GeForce RTX 4090, an essential feature for its advanced power management capabilities. This interface is specifically designed to handle higher power demands efficiently, which is critical for maintaining the performance stability of this high-end graphics card.

The PCIe High-Power interface, with its additional pins, allows for increased electrical throughput compared to standard PCIe slots. This ensures that the GPU can draw more power when needed, particularly under intense gaming or rendering conditions, without risking stability or hardware integrity.

The surrounding components, including capacitors and inductors, are part of the card’s power regulation system, finely tuned to deliver precise power delivery and enhance overall efficiency. Such detailed engineering not only maximizes performance but also extends the lifespan of the graphics card by minimizing electrical stress and heat generation during operation.

A stylish detail on the ROG Strix GeForce RTX 4090, where a decorative cover has been placed over the location typically reserved for the 12VHPWR connector. This cover features the iconic ROG (Republic of Gamers) logo, enhancing the aesthetic appeal of the graphics card.

This design choice emphasizes ASUS’s attention to both functionality and visual detail. The cover not only serves to maintain a clean and sleek look when the 12VHPWR connector is not in use but also protects the underlying interface from dust and physical damage when not connected. This addition is a testament to the thoughtfulness that goes into the design of gaming hardware, ensuring that performance components look as good as they perform, catering to gamers who value both function and style in their setups.

Maximizing Performance: A Deep Dive into the ROG Strix GeForce RTX 4090 BTF Edition’s Benchmarking Results

For this performance test, the setup includes some of the latest and most powerful hardware components currently available, optimized for extreme gaming and demanding tasks. Let’s delve into the details of the test rig:

• Processor: The Intel Core i9-13900K is used, which is one of the top-tier CPUs in the market, known for its excellent multi-threaded performance and high turbo frequencies.
• Motherboard: The ROG MAXIMUS Z790 HERO BTF is chosen for its robust build and extensive features that support overclocking and high-performance gaming.
• Memory: T-FORCE DELTA RGB DDR5-7200 24GBx2 provides high-speed, high-capacity memory, crucial for bandwidth-intensive applications and enhancing overall system responsiveness.
• Graphics Card: The ROG Strix GeForce RTX 4090 BTF EDITION, kept at factory default OC Mode, is a powerhouse for graphics rendering, capable of handling the most graphically intense games and applications with ease.
• Storage: The combination of a CORSAIR MP600 PRO LPX 1TB for the primary drive and a CORSAIR MP400 4TB for games offers vast and fast storage solutions, ensuring quick load times and ample space for extensive game libraries.
• Cooling: The ROG Strix LC III 360 ARGB, a 360mm all-in-one liquid cooler, is employed to maintain optimal temperatures of the high-performing CPU, even under stress.
• Power Supply: The ROG Strix 1000W AURA EDITION power supply unit provides ample and stable power, essential for supporting the high energy demands of the system components.
• Operating System: Windows 11 Pro 23H2, the latest iteration, ensures compatibility with new hardware and technologies, enhancing the system’s performance and security features.

The BIOS is updated to the latest version (1102), with XMP enabled and power limits unlocked but without AI overclocking. This configuration ensures that the system operates at peak performance levels, leveraging the full potential of the hardware while maintaining stability. The setup is ideally suited for rigorous testing and benchmarking, aimed at pushing the components to their limits and showcasing their capabilities in a controlled environment.

The CPU-Z screenshots provide a detailed overview of the specifications and performance metrics for your high-end gaming setup. Here’s a summary of the key information presented:

Processor (CPU):

• Model: Intel Core i9-13900K
• Architecture: The CPU operates on Intel’s Raptor Lake architecture with a core voltage of 1.270V, showcasing its high performance and efficiency.
• Core Speed: It maintains a core speed of 5500 MHz with a multiplier range of 8-55, which indicates aggressive boost performance under load.
• Cache: It features a substantial cache setup with 32 KB L1, 64 KB L2, and 36 MB L3 cache, which is crucial for high-speed data access and processing efficiency.

Mainboard:

• Model: ASUS ROG MAXIMUS Z790 HERO BTF
• Chipset: Utilizes the Intel Z790 chipset, optimized for the latest Intel processors.
• BIOS Version: 1102, indicating the system is up-to-date with the latest firmware to ensure compatibility and performance optimization.

Memory (RAM):

• Type: DDR5, providing cutting-edge memory speed and efficiency.
• Size: 48 GB (24 GB x2), offering ample capacity for demanding applications and gaming.
• Frequency: Running at 7200 MHz, which is extremely high, ensuring that memory bandwidth is maximized for the best possible gaming and multitasking performance.

Performance Benchmarks:

• Single Thread: 903 points in the CPU-Z single-thread benchmark, reflecting strong per-core performance critical for applications that rely on single-threaded processing.
• Multi-Thread: 16750 points in the multi-thread benchmark, indicating excellent performance in multi-threaded applications and games, benefiting from the multi-core setup.

The provided data from CPU-Z not only confirms the capabilities of the Intel i9-13900K and the system’s configuration but also highlights the robust performance potential, especially with XMP enabled and the system power limits unlocked. This setup is evidently tailored for high-demand scenarios, providing a solid foundation for both competitive gaming and professional creative workloads.

The GPU-Z screenshot provides comprehensive details about the ROG Strix GeForce RTX 4090 BTF EDITION graphics card, highlighting its premium features and specifications that cater to advanced gaming and professional graphic workloads:

GPU Core:

• Name: NVIDIA GeForce RTX 4090
• GPU Chip: AD102
• Technology: Built on a 5 nm process, ensuring high efficiency and performance.
• Die Size: 609 mm², which is indicative of a large and powerful GPU architecture.

Memory:

• Type: GDDR6X, known for its high bandwidth, which is crucial for handling modern gaming and 3D rendering workloads.
• Size: 24576 MB (24 GB), providing ample capacity for complex textures and large data buffers in advanced applications.
• Bus Width: 384-bit, ensuring robust data transfer rates.
• Bandwidth: 1008.4 GB/s, allowing for fast data processing and reduced latency in high-resolution gaming.

Clock Speeds:

• Base Clock: 2235 MHz
• Boost Clock: 2610 MHz, which dynamically adjusts based on the workload to optimize performance and power efficiency.

Power and Thermal Characteristics:

• Total Graphics Power (TGP): 500W, which supports the card’s high-performance operations but necessitates a robust cooling solution.
• Thermal Limits: The card operates effectively within a temperature range up to 84.0°C, with a maximum safety threshold at 88.0°C, showcasing effective thermal management despite the high power input.

Interface and Support:

• Bus Interface: PCIe 4.0 x16, offering high-speed connectivity and compatibility with modern motherboards.
• Support for Technologies: Includes CUDA, Ray Tracing, Vulkan, and DirectML, ensuring compatibility with the latest gaming and professional graphics applications.

This detailed specification sheet underscores the ROG Strix GeForce RTX 4090 BTF EDITION’s capability to handle the most demanding computing tasks, whether it’s rendering complex scenes, streaming ultra-high-definition content, or powering through the latest AAA games with ease. The card’s robust build and cutting-edge technology make it an ideal choice for enthusiasts seeking the ultimate performance in their gaming rigs or professional workstations.

The provided Cinebench R23 and Cinebench 2024 results offer insightful benchmarks for evaluating the performance of the Intel i9-13900K processor and the NVIDIA GeForce RTX 4090 graphics card within a cutting-edge system setup.

Cinebench R23 Results:

• Single-Core Score: 2149 points
• Multi-Core Score: 39603 points

Cinebench 2024 Results:

• Single-Core Score: 128 points
• Multi-Core Score: 2166 points
• GPU Score: 34169 points

The significant difference in scores between Cinebench R23 and Cinebench 2024, especially in the single and multi-core CPU tests, can be attributed to several factors:

1. Memory Intensity: Cinebench 2024 increases memory usage threefold, putting greater demands on the system’s RAM and potentially affecting performance if the memory bandwidth or response times are limiting factors.
2. Computational Complexity: With six times the computational workload and better utilization of newer instruction sets, Cinebench 2024 is designed to stress modern CPUs and GPUs more extensively. This can result in lower scores compared to R23, as the benchmarks are designed to push hardware capabilities harder and reflect real-world, memory-intensive, and complex tasks.
3. Redshift Rendering Engine: The use of the Redshift engine in Cinebench 2024 for GPU testing emphasizes ray tracing and other intensive graphics computations, which are distinct from the CPU-focused tests in Cinebench R23. The RTX 4090’s high score in the GPU test of Cinebench 2024 showcases its strength in handling advanced graphical computations efficiently.

This detailed analysis of the benchmark results underlines the i9-13900K’s robust performance across core-intensive tasks, while the RTX 4090 excels in handling graphically-demanding applications, making this setup highly effective for both creative workflows and gaming.

The AIDA64 Cache & Memory Benchmark results provide a detailed insight into the performance of the T-FORCE DELTA RGB DDR5-7200 24GBx2 memory in your system. Here’s a breakdown of the key metrics and what they indicate about your system’s memory performance:

1. Memory Read: Achieving a read speed of 104.61 GB/s is extremely impressive and showcases the high bandwidth provided by DDR5-7200 memory. This speed is crucial for tasks that require frequent access to large volumes of data, such as video editing or data analysis.
2. Memory Write: The write speed of 91997 MB/s (approximately 91.997 GB/s) is also notable. High write speeds are beneficial for applications involving large file transfers or operations that need to write data to memory quickly.
3. Memory Copy: With a copy speed of 96537 MB/s (approximately 96.537 GB/s), this metric demonstrates the memory’s ability to handle complex operations that involve both reading from and writing to the memory. This is often seen in real-world applications like running virtual machines or complex scientific simulations.
4. Latency: The latency of 71.5 nanoseconds is a measure of the delay before data begins to be transferred. While DDR5 typically has slightly higher latency compared to DDR4, the speeds offered by DDR5 significantly outweigh this difference in most usage scenarios.

These results highlight the high performance of the DDR5-7200 memory in handling diverse and demanding applications. The combination of high read, write, and copy speeds, along with relatively low latency, ensures that your system can manage memory-intensive tasks efficiently. This setup, especially with the enhanced capabilities of DDR5 technology, is well-suited for both high-end gaming and professional computing environments, providing swift data throughput and improved system responsiveness.

The results from the 3DMark Fire Strike benchmarks offer a comprehensive evaluation of the ROG Strix GeForce RTX 4090 BTF Edition’s graphical performance across different resolutions. Here’s a detailed look at the scores obtained:

Fire Strike (1080p):

• Graphics Score: 66,685
• This score is exceptionally high, indicating that the RTX 4090 is more than capable of handling 1080p gaming at the highest settings with extremely smooth frame rates.

Fire Strike Extreme (2K):

• Graphics Score: 46,385
• At 2K resolution, the RTX 4090 continues to deliver strong performance, ensuring that games can be played with high-quality settings without any significant drop in frame rates.

Fire Strike Ultra (4K):

• Graphics Score: 25,357
• Even at 4K, which is a much more demanding resolution, the RTX 4090 maintains a good level of performance, making it suitable for ultra-high-definition gaming.

Additional Metrics:

• Physics Scores: Range from around 53,873 to 54,028, reflecting the CPU’s ability to handle complex simulations and physics calculations in games.
• Combined Scores: Range from 14,034 to 14,934, which take into account both CPU and GPU performance, highlighting the balanced power of the entire system setup.

Estimated Game Performance:

• Predicted to deliver over 200 FPS at 1440p Ultra settings in demanding games like Battlefield V, emphasizing the card’s capability to offer exceptional gaming experiences even at higher resolutions and settings.

Monitoring and System Stability:

• The monitoring graphs show stable performance with minimal thermal throttling and consistent power delivery, ensuring that the RTX 4090 can maintain its performance over extended gaming sessions.

These 3DMark results showcase the ROG Strix GeForce RTX 4090 BTF Edition as an incredibly powerful graphics card that excels in high-resolution gaming. Its ability to maintain high frame rates across all tested resolutions confirms its suitability for gamers and professionals who demand the best visual fidelity and performance. This GPU is clearly a top choice for anyone looking to build a high-end gaming PC or workstation.

The 3DMark Time Spy benchmark result provided shows outstanding performance of the ROG Strix GeForce RTX 4090 BTF Edition, specifically designed to assess DirectX 12 gaming performance at 2K resolution.

Benchmark Overview:

• Time Spy Score: 34,848 (Excellent rating)
• Graphics Score: 38,211
• CPU Score: 23,252

Analysis:

Graphics Score (38,211):

• This score is extremely high, reflecting the RTX 4090’s capability to handle DirectX 12 features, such as ray tracing and resource binding, which are computationally intensive. It demonstrates the GPU’s proficiency in rendering complex scenes and effects, ensuring excellent performance in newer games that utilize these advanced features.

CPU Score (23,252):

• The Intel Core i9-13900K shows great synergy with the RTX 4090, handling the CPU-specific tests within Time Spy effectively. This score indicates robust performance in handling game logic, physics, and potentially CPU-bound tasks within gaming and other demanding applications.

Estimated Game Performance:

• Predicted to exceed 200+ FPS in Battlefield V at 1440p Ultra settings, illustrating that this hardware setup is more than capable of providing a superb gaming experience, with smooth and responsive gameplay at high graphical settings.

Monitoring Insights:

• The monitoring charts show stable CPU and GPU temperatures and clock speeds throughout the testing period, suggesting good thermal management and stable performance under load. This stability is crucial for maintaining performance over long gaming sessions and ensures the longevity and reliability of the components.

The 3DMark Time Spy results confirm that the ROG Strix GeForce RTX 4090 BTF Edition is an exceptional choice for gamers and professionals looking to push their systems with high-resolution, high-fidelity gaming. The combination of this GPU with the Intel Core i9-13900K provides a top-tier platform that excels in current benchmarks and is well-prepared for future software and game releases that will leverage DirectX 12 enhancements.

The gaming performance chart for the ROG Strix GeForce RTX 4090 BTF Edition provides an impressive illustration of its capabilities across a variety of mainstream and high-demand games at 4K resolution. Let’s delve into the performance details of each game:

1. APEX Legends: Shows exceptional performance with 295 FPS. As a competitive shooter, high frame rates are crucial for gameplay precision and smoothness, and the RTX 4090 exceeds expectations.
2. Call of Duty: Modern Warfare II: Delivers 146 FPS, ensuring fluid motion and quick response times necessary for fast-paced action in modern first-person shooters.
3. Rainbow Six Siege: Achieves a very high 440 FPS, which is excellent for a competitive game where frame rate can significantly influence player performance and experience.
4. Assassin’s Creed Valhalla: Reaches 148 FPS, which is impressive for a graphically intensive open-world game, providing a smooth and immersive gaming experience.
5. Horizon Zero Dawn: Registers 225 FPS. With DLSS enabled, it shows that the game can maintain high visual fidelity while ensuring seamless gameplay.
6. God of War: At 184 FPS with DLSS, this indicates that the RTX 4090 can handle complex scenes and detailed environments with ease, maintaining high performance.
7. Shadow of the Tomb Raider: Scores 253 FPS with DLSS, showcasing the card’s ability to render detailed textures and complex lighting effects without compromising on speed.

These results confirm that the ROG Strix GeForce RTX 4090 BTF Edition is incredibly proficient at handling 4K gaming at high frame rates across a range of game genres, from fast-paced shooters to expansive RPGs. The use of DLSS (Deep Learning Super Sampling) in several titles further enhances performance, pushing frame rates higher while maintaining or even improving visual quality.

The ROG RTX 4090 BTF stands out as a top-tier choice for gamers seeking the ultimate 4K gaming experience, capable of surpassing 144 FPS in many titles and providing more than 200 FPS in competitive games, ensuring that gamers enjoy high-quality, high-frame-rate gameplay even in the most demanding scenarios.

Summarize

The visual impact of the ROG Advanced BTF is something unimaginable just a few years ago. The front of the case is completely free of visible cables (except for the water cooling), offering an incredibly clean look. The rear-insertion design provides ease of installation and subsequent maintenance, all without compromising performance or user experience.

The editor believes that the key issue with current rear-insertion products is no longer whether the products themselves are excellent (because they already are), but rather the ecosystem of rear-insertion. There are still limitations in the choices available for cases, motherboards, and advanced rear-insertion graphics cards:

1. Cases: With increasing demand, more rear-insertion cases will be introduced, giving consumers a wider range of options.
2. Motherboards: Currently, ASUS offers four rear-insertion motherboards that cover from entry-level to flagship models, which should be sufficient for most users.
3. Graphics Cards: This remains a tricky area. Advanced BTF graphics cards must be paired with the PCIe High-Power interface (GC_HPWR), which can make future upgrades or replacements more challenging. Therefore, gamers looking to invest in rear-insertion graphics cards need to be prepared for a full system commitment.

As the market for rear-insertion products grows, more options will become available. This is similar to the early days of ITX products, where there were initially few choices for ITX cases and SFX power supplies. Today, these products have established their own niche market. Likewise, as the rear-insertion ecosystem develops, it will provide more choices and better experiences for consumers, potentially becoming a new standard in PC building.

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Title: Unleash Ultimate Power: ASUS ROG MAXIMUS Z790 HERO BTF Motherboard and ROG RTX 4090 BTF EDITION Graphics Card