COUGAR POLAR X2 Series: The Ultimate Power Supply for NVIDIA RTX 40 Series GPUs

Cougar has recently launched its latest POLAR X2 Series Power Supply Units (PSUs), marking a significant advancement in the realm of gaming and high-performance computing. The series features two models, offering 1050W and 1200W of rated power, both engineered to meet the rigorous standards of the ATX 3.0 specification. These units are designed with the future in mind, natively equipped with 12VHPWR connectors, ensuring seamless compatibility with NVIDIA’s RTX 40 series graphics cards.

The POLAR X2 Series stands out not just for its power but also for its efficiency and reliability. Both models have been awarded dual Platinum certifications from 80 PLUS and Cybenetics, a testament to their exceptional energy efficiency. The inclusion of a 135mm Hydro-Dynamic Bearing (HDB) fan equipped with low-load stop technology underscores Cougar’s commitment to combining performance with whisper-quiet operation. Adding to this, a generous 10-year warranty underscores the robust guarantee of quality and durability offered by Cougar.

Focusing on the POLAR X2 1050W model, its specifications are as follows:

Model Number: CGR PRX2-1050
Rated Power: 1050W
Specification: Intel Form Factor ATX 12V v3.0
Certifications: Cybenetics Platinum / 80 PLUS Platinum
Input Voltage: 100-240V
Input Current: 15-7A
Frequency: 47-63Hz
Efficiency (at 50% load): 92%
Fan: 135mm HDB Dynamic Liquid Bearing Fan
Dimensions: 180 x 150 x 86 mm
Protection: OVP, OPP, SCP, OCP, UVP, OTP
Weight: 2.09kg
Warranty: 10 years

The cable inventory for the 1050W model includes:

1x ATX/MB 20+4 Pin connector, 65cm in length.
2x CPU/EPS 4+4 Pin connectors, each 65cm.
1x PCIe 12+4 Pin (12VHPWR) connector, 65cm.
4x PCIe 6+2 Pin connectors, each 65cm.
3x with a total of 12 SATA connectors, lengths of 50+15+15+15cm.
1x with 4 large 4-pin connectors, lengths of 50+12+12+12cm.

This power supply is engineered for enthusiasts who demand high efficiency, reliable performance, and forward-looking features. The POLAR X2 Series by Cougar not only meets the current needs of high-end gaming setups but also ensures readiness for future hardware innovations.

Table of Contents

Introducing COUGAR POLAR X2 1050w: The Ultimate High-End Power Supply for the ATX 3.0 Era

The COUGAR POLAR X2 1050W Power Supply Unit (PSU) represents a pinnacle in power supply design for the ATX 3.0 era, blending aesthetics with advanced technological features. It’s a high-end PSU that has earned dual Platinum certifications from 80 PLUS and Cybenetics, signifying its exceptional efficiency and reliability. Notably, this model employs fully Japanese capacitors, renowned for their quality and durability, which ensures outstanding performance even in high temperatures up to 50°C.

Efficiency is a key highlight, with the POLAR X2 1050W boasting an impressive conversion rate. This is complemented by its Hydro-Dynamic Bearing (HDB) fan, which not only promises a longer lifespan but also operates with minimal noise. The fan’s smart operation, halting under 40% load, guarantees absolute silence during low to medium use, enhancing the user experience by maintaining a quiet environment.

Aesthetically, the POLAR X2 1050W is a nod to its name, featuring a crisp white chassis accented with a silver fan guard, creating a striking contrast that’s both elegant and modern. The PSU’s length of 180mm not only asserts its presence within a build but also accommodates a 135mm fan, larger than many competitors, to aid in superior cooling. Its fully modular design enhances cable management, allowing users to use only the cables they need, thereby reducing clutter and improving airflow within the case. The cables themselves are sleek black, aligning with the overall premium design and ensuring that the aesthetic is consistent and visually appealing.

The COUGAR POLAR X2 1050W PSU is a testament to COUGAR’s commitment to quality, efficiency, and design. It’s an ideal choice for gamers and PC enthusiasts who seek a powerful, efficient, and visually striking power supply that can support high-end components and provide a silent operation, even under significant loads.

The Cybenetics Platinum Certification of the Cougar Polar X2 1050W power supply unit (PSU). Here’s a breakdown of the key points listed:

Temperature Range: The PSU operates efficiently within a temperature range of 30-32°C (86-89.6°F).

ErP Lot 3 & (EU) No 617/2013 Compliance: It complies with important European regulations for environmental and energy efficiency standards.

ALPM Compatibility: It supports Alternative Low Power Mode, which is likely a feature for improved energy savings.

ATX v3.0 PSU Power Excursion: The PSU is compatible with the ATX version 3.0 specification.

The efficiency and noise level certifications section indicates:

Average Efficiency: At 115V, the PSU has an average efficiency of 90.182%, which is quite high.

Efficiency With 10W Load: It maintains 67.679% efficiency at a very low load (500W or 2% of the PSU’s capacity).

Average Efficiency 5VSB: The standby efficiency is 81.696%.

Standby Power Consumption: Only 0.053600 watts, indicating extremely low power usage when idle.

Average Power Factor (PF): With an average PF of 0.979, it reflects a very effective use of electricity.

Average Noise Output: The PSU operates at an average of 22.37 dB(A), which is relatively quiet.

Efficiency Rating (ETA): It has been given an ETA rating of Platinum, confirming its high efficiency.

Noise Rating (LAMBDA): The noise level is rated A, indicating low acoustic emissions.

The power specifications show:

Max Power for Different Rails:

3.3V Rail: Capable of delivering up to 20A, translating to 100W.

5V Rail: Also provides 20A, equivalent to 100W.

12V Rail: The most significant, with 87.5A, amounting to 1050W, which is the PSU’s total rated power.

5VSB Rail: Offers 3A and 15W.

-12V Rail: Supplies 0.3A, equating to 3.6W.

The hold-up time & power ok signal at 230V indicates:

Hold-Up Time: The PSU can maintain output without power for 27.4 milliseconds, which is important for power stability.

AC Loss to PWR_OK Hold Up Time: It takes 23 milliseconds from when AC is lost to when the power good signal is no longer reliable.

PWR_OK Inactive to DC Loss Delay: The delay is 4.4 milliseconds from when the power good signal is deactivated to the loss of DC output.

This certification document highlights the Cougar Polar X2 1050W PSU’s strong points in terms of efficiency, environmental compliance, power delivery, and quiet operation, making it a solid choice for power users who need a reliable and efficient power source for their computing needs. The absence of the 80 PLUS certification in this document suggests that it might be updated separately.

The packaging for the COUGAR POLAR X2 1050W PSU. The box presents a sleek design that highlights the product’s key features and specifications, which are crucial for consumers seeking information at a glance. Here are some of the standout features mentioned on the packaging:

Full Japanese Reliable 105°C Capacitors: This indicates the use of high-quality capacitors, which can operate at high temperatures, thus promising durability and stability.

Refined 0dB Fan Curve for Low Operating Noise: It suggests that the fan noise is minimized, especially under certain load conditions where it can operate silently.

Coating for Preventing Dust, Humidity, and Oxidation: The PSU has a protective coating to enhance its longevity and reliability by protecting against environmental factors.

10 Years Warranty: A significant warranty period, reflecting COUGAR’s confidence in their product’s quality and longevity.

The 80 PLUS Platinum badge confirms the high energy efficiency of the PSU, indicating that it maintains at least 89% to 92% efficiency at 20% to 100% loads.

ATX 3.0: This denotes compatibility with the latest ATX specifications for power supplies.

PCIe Gen 5.0: The PSU is ready for the next generation of PCI Express technology, making it future-proof for new and upcoming high-performance graphics cards.

The packaging design itself is clean and modern, with a grayscale color scheme that matches the PSU’s color and a large image of the product prominently displayed. The brand and model names are clearly visible, ensuring that it’s easily identifiable for consumers. The 1050W label on the bottom right corner clearly indicates the power output, which is a critical piece of information for anyone in the market for a PSU. Overall, the packaging does an excellent job of marketing the product by focusing on its high-end features and reliability.

The back of the COUGAR POLAR X2 1050W PSU’s packaging details the technology used and the features that the power supply offers. The highlights include:

Follow ATX 3.0 and PCIe Gen 5.0 Specification: The PSU complies with the latest standards for ATX and PCIe, providing the necessary power for 100%+ system loading and ensuring compatibility with future hardware, including the latest RTX-series graphics cards.

Every Output is Worth Saving: This feature emphasizes energy efficiency, reducing energy waste below 7% at 230V 50Hz with 92% efficiency at 115VAC, which contributes to less energy consumption and cost savings.

Ultra-Silence at High Output: The PSU operates with minimal noise even at 40% loading condition, providing a silent operating environment, which is ideal for scenarios like gaming, entertainment, and intense calculation.

Refined Electronic Solution: The PSU is designed for high performance and reliability, boasting a 105°C Japanese capacitor for long operation life. It also offers tight voltage regulation (under 2%) and a hydro-dynamic fan for longevity.

The diagram in the middle illustrates the PSU’s capability to handle a spike in power up to 180% and maintain a steady power supply, which is essential for high-end gaming and professional applications that demand a lot of power without interruptions.

The bottom section of the packaging also includes several certification logos, which indicate that the product complies with various international standards for safety, electromagnetic compatibility, and energy efficiency. There’s also a tagline “Real Gear for Real Gamers,” positioning this PSU as an ideal choice for serious gaming enthusiasts.

Lastly, the website address and social media information provide channels for customers to learn more about the product and engage with the COUGAR brand. This comprehensive packaging does a great job of conveying the sophisticated technology within the POLAR X2 1050W PSU and how it caters to the demands of modern, high-performance computing setups.

The side of the COUGAR POLAR X2 power supply unit packaging, clearly lists the maximum current ratings for each voltage rail, for both the 1050W and 1200W models. This information is critical for users who need to understand the power distribution capabilities of their PSUs, especially when configuring components that demand specific power requirements.

For the POLAR X2 1050W (CGR PRX2-1050):

AC Input: Ranges from 100-240V, with an input current of 15-7A.

The DC output is as follows:

+3.3V: Can deliver up to 20A.

+5V: Also provides up to 20A.

+12V: Offers a substantial 87.5A, which is where the majority of modern components draw their power, especially high-end CPUs and GPUs.

-12V: Supplies 0.3A.

+5Vsb: Delivers 3A for standby power.

The total power that can be delivered is 1050W.

For the POLAR X2 1200W (CGR PRX2-1200):

AC Input: Similar to the 1050W model, with a range of 100-240V and an input current of 15-7A.

The DC output for the 1200W model increases accordingly:

+3.3V: Remains at 20A.

+5V: Also remains at 20A.

+12V: Increases to 100A.

-12V: Remains at 0.3A.

+5Vsb: Stays at 3A.

The total power output is 1200W.

The connector section lists the number of connectors and pins available for each model:

For both models, there’s:

1 x Main connector (24 (20+4) pins)

1 x CPU connector (8 (4+4) pins)

For the POLAR X2 1050W:

Peripheral: 4

S-ATA: 5

12VHPWR: 12+4

PCI-E: 8 (6+2)

For the POLAR X2 1200W:

Peripheral: 4

S-ATA: 12

12VHPWR: 12+4

PCI-E: 7 (6+2)

These specifications are crucial for ensuring that all components in a user’s build can be powered adequately. The presence of the 12VHPWR connectors indicates readiness for the newest and most power-hungry GPUs. The packaging also features the 80 PLUS Platinum badge, which assures users of high energy efficiency, and a notice about a “Cryptocurrency Mining VOID Warranty,” which is an important consideration for those intending to use these PSUs for mining purposes.

The COUGAR POLAR X2 PSU packaging with an icy landscape that represents the polar regions, aligning with the product’s name “POLAR X2.” The visual metaphor here is clear: the PSU is positioned as a product that can perform reliably under extreme conditions, much like the endurance required in polar environments.

The use of such imagery in product branding can evoke notions of robustness, reliability, and high performance, suggesting that the PSU is built to withstand and operate efficiently in any condition, similar to how one would expect any equipment designed for polar expeditions to function. It reinforces the product’s theme of cool operation, further emphasized by the color scheme and design elements that reflect a “cool” or “chilled” theme, resonating with the product’s aim to offer cool and efficient power supply solutions for high-demand computing systems.

A close-up view of the COUGAR POLAR X2 PSU’s fan grill, which features a distinctive silver color. The grill design is intricate and stylish, with a web-like pattern that not only adds to the aesthetic appeal but also serves a functional purpose by protecting the fan blades while allowing efficient airflow.

Centered within the grill is the COUGAR logo, which acts as a brand identifier and adds a professional touch to the design. The contrast between the silver fan grill and the black fan blades, along with the white PSU casing edges, creates a sleek and modern look that would complement the interior of a high-end PC build.

This visual element of the PSU is an example of how manufacturers can blend functionality and design, ensuring that components like a PSU, which are often overlooked in terms of aesthetics, contribute to the overall appearance of a computer system. The use of metallic silver for the fan grill suggests durability and aligns with the PSU’s positioning as a premium, robust product.

A view of the COUGAR POLAR X2 power supply unit featuring a white-coated exterior, which gives it a clean and modern appearance. The white paint is likely a baked enamel finish, which is known for its durability and resistance to heat, corrosion, and scratching, thereby enhancing the PSU’s lifespan.

This design choice sets it apart from the more traditional black or gray PSUs, allowing it to stand out in a computer build, particularly for users who value a coordinated color scheme or are aiming for a specific aesthetic, such as a minimalist or winter-themed setup.

The contrast between the white exterior and the silver fan grill, along with the black details, creates a visually appealing product that combines performance with style. It’s clear that COUGAR aims not only for functionality and efficiency in their products but also for a design that appeals to consumers’ visual preferences.

The rear of the COUGAR POLAR X2 PSU showcases its fully modular design. This design allows users to connect only the cables they need for their specific hardware setup, which can significantly improve airflow and reduce clutter within the PC case. It can also make the building process easier and the overall internal appearance of the PC more aesthetically pleasing.

The labeled sections indicate the different connectors available:

MOTHERBOARD: The larger connectors for the motherboard power cables.
12VHPWR: The new 12+4 pin connector is designed to support the latest PCIe 5.0 standard and is particularly useful for high-end graphics cards that require more power.
SATA & PATA: Connectors for powering SATA drives (like SSDs and HDDs) and PATA drives.
CPU: These are typically used to power the CPU and sometimes other components on the motherboard.
PCI-E & CPU: Additional connectors for graphics cards (PCI-E) and possibly additional CPU power if needed.

The PSU’s white finish continues on this side, and the modularity is clearly emphasized, with a neat and organized layout for the connection ports. This design choice enhances the PSU’s versatility, making it suitable for various builds, from minimalistic setups to complex, multi-component configurations. The branding is subtle, with the COUGAR logo positioned neatly in the corner, maintaining a professional and clean look.

The specification label on the COUGAR POLAR X2 1050 power supply unit, which provides detailed information about the PSU’s electrical characteristics:

Model No.: CGR PRX2-1050, which uniquely identifies this particular model.

AC Input: Ranges from 100-240V, indicating that it can be used in various regions with different voltage standards, at a frequency of 47-63Hz and an input current between 15-7A.

DC Output: Lists the maximum output for each voltage rail:

+3.3V: Up to 20A

+5V: Up to 20A

+12V: The main rail for modern PCs, offering a substantial 87.5A

-12V: Provides 0.3A, typically used for legacy components

+5Vsb: Supplies 3A for standby power, allowing for features like wake-on-LAN.

Total Max. Output Power: Confirms that the unit can deliver a total of 1050W.

The label also includes various certification marks:

CE: Indicates conformity with health, safety, and environmental protection standards for products sold within the European Economic Area.

FCC: Signifies compliance with the United States Federal Communications Commission regulations.

EAC: Denotes compliance with the Eurasian Customs Union’s standards.

RoHS: Stands for Restriction of Hazardous Substances, indicating the PSU meets the required standards in the use of certain hazardous substances in electrical and electronic equipment.

80 PLUS Platinum: A prominent feature on the label, shows the PSU has passed the 80 PLUS Platinum certification, which ensures 89-92% energy efficiency at 20-100% load levels.

At the bottom, there’s a tagline “REAL GEAR FOR REAL GAMERS,” reinforcing the PSU’s target audience and intended use in high-performance gaming setups. The barcode and serial number provide a unique identifier for this specific unit, which can be useful for warranty and support purposes. The overall label provides essential information for consumers to assess the PSU’s suitability for their specific needs and the quality and safety standards it meets.

The rear view of the COUGAR POLAR X2 1050 PSU, shows the power inlet and the on/off switch. The power inlet is designed to accommodate a standard IEC C14 connector, which is universally used for computer power supplies. Above the power inlet and switch is a perforated panel with a triangular, or “delta,” pattern that facilitates ventilation by allowing air to flow out of the PSU, thus aiding in heat dissipation and ensuring the unit remains cool during operation.

The presence of the power switch allows users to manually cut off electrical power to the computer, which can be useful for maintenance or in situations where it is necessary to ensure the system is completely powered down. The clean design and the white finish of the PSU continue here, consistent with the aesthetic of the rest of the unit.

The accessories and documentation that come with the COUGAR POLAR X2 PSU. Included in the package are:

User Manual: A booklet that provides information about the product, including installation instructions, safety information, and specifications. It’s branded with the COUGAR logo and the product name, “POLAR X2,” signifying that it’s tailored to this specific model.

RoHS Compliance Sheet: This appears to be a table indicating the PSU’s compliance with the Restriction of Hazardous Substances Directive (RoHS). It lists common hazardous substances like lead (Pb), mercury (Hg), cadmium (Cd), hexavalent chromium (Cr(VI)), polybrominated biphenyls (PBB), and polybrominated diphenyl ethers (PBDE). For each substance, there are checks under columns presumably indicating compliance with the maximum concentration values allowed by RoHS.

Mounting Screws: A small plastic bag contains screws that are used to securely fasten the PSU to the computer case.

Power Cable Holder: A black velcro strap, useful for cable management within the computer case, helping to keep power cables organized and tidy, which can improve airflow and the overall internal aesthetics of the PC build.

These components are essential for the installation and operation of the PSU. The inclusion of a manual ensures that users can correctly install the unit, while the RoHS sheet provides assurance of environmental and health safety standards. The screws and velcro strap are practical tools for the physical setup of the PSU in a system.

A full array of modular cables included with the COUGAR POLAR X2 1050W power supply unit. The cables are predominantly flat and finished in black, which is aesthetically pleasing and can help with cable management by making it easier to route cables neatly and improve airflow within the PC case.

Here is a detailed list of the included cables:

1 x ATX/MB 20+4 Pin: This is the main motherboard power connector, 65cm in length, providing the primary power supply to the motherboard.

1 x CPU/EPS 4+4 Pin and 1 x 8 Pin: These are for powering the CPU, each 65cm with an additional 15cm length, ensuring compatibility with motherboards that require either an 8-pin or 4+4-pin EPS connector.

1 x PCIe 12+4 Pin (12VHPWR): A newer standard connector designed to provide power for high-end graphics cards, especially those that comply with the PCIe Gen 5.0 standard, measuring 65cm.

3 x PCIe 6+2 Pin Dual Connectors and 1 x PCIe 6+2 Pin Single Connector: These are used for powering graphics cards or other PCIe devices, with lengths of 50cm plus an additional 15cm for the dual connectors.

3 x SATA Cables: Each hosting 4 SATA connectors for powering SATA storage devices like SSDs and HDDs, with lengths of 50cm and additional segments of 12cm each.

1 x Large 4-pin Connector Cable: Commonly known as a Molex connector, includes 4 connectors with a base length of 50cm and additional segments of 15cm.

The full modular design of the COUGAR POLAR X2 PSU allows for a clean and customized setup, as only necessary cables need to be connected, reducing clutter. The consistency in the black color scheme of the cables contributes to a uniform and professional look inside the PC case. The inclusion of the PCIe 12+4 Pin cable ensures readiness for the latest and most powerful GPUs, keeping the PSU future-proof for upcoming hardware requirements.

An ATX/MB 20+4 pin power cable, which is a standard connector used to supply power to the motherboard. It is composed of a 20-pin block and an additional 4-pin block that can be attached to accommodate motherboards requiring a 24-pin connection.

This cable is specified as having a wire gauge of 18AWG, which is a measure of the wire’s thickness and its capacity to carry electrical current. The 18AWG specification is commonly used for PC power supply cables due to its balance of flexibility and electrical capacity.

With a length of 65cm, this cable offers ample reach for installation in most computer cases, from mid-sized towers to larger cases. The length ensures that the cable can be routed neatly around other components and through cable management features of the case, avoiding obstruction of airflow and contributing to a tidy system build.

The flat, all-black design is sleek and will blend in well with most PC build color schemes. The flat nature of the wires also helps with easier cable management, allowing the cables to be more easily tucked away or tied down. This can make for a cleaner look inside the case and can improve airflow, which is critical for maintaining optimal system temperatures.

Two types of power cables commonly used for supplying power to the CPU on a motherboard. They are part of the modular set for the COUGAR POLAR X2 PSU.

CPU/EPS 4+4 Pin Cable: This cable can be split into two 4-pin connectors or combined to form an 8-pin connector. This versatility allows it to be compatible with both 4-pin and 8-pin CPU power sockets on different motherboards.

8 Pin Cable: This is a standard 8-pin CPU power cable that provides power to CPUs that require more power and are typically found on high-end motherboards for powerful processors.

Both cables are specified with a 16AWG wire gauge, which is a thicker wire compared to the more common 18AWG used in many other PSU cables. The thicker gauge wire can handle higher current, making it suitable for CPUs that may draw more power under load.

The length of both cables is 65cm, providing sufficient reach for most system builds and allowing for clean cable routing in larger cases. This length is particularly beneficial for cases with bottom-mounted power supplies, where cables need to reach the motherboard’s top.

The flat, black design of these cables helps maintain a neat internal appearance for the PC and assists with cable management, which is crucial for both aesthetics and maintaining good airflow within the case.

A PCIe 12+4 pin power cable, also known as a 12VHPWR connector. This is a newer type of power connector designed to meet the PCIe Gen 5.0 specification, providing additional power for next-generation high-performance graphics cards.

This particular cable features varying wire gauges, from 16AWG to 26AWG. The thicker 16AWG wires are likely used for the main power delivery paths that require higher current capacity, while the thinner 26AWG wires could be for the sense or sideband signals which do not carry significant current.

The cable length is 65cm, which is adequate for reaching the graphics card in most PC cases, even if the PSU is mounted at the bottom of the case. The braided sleeving over the cable not only improves the aesthetics but also adds an extra layer of protection against physical damage and wear over time.

This cable is crucial for users with or planning to upgrade to GPUs that demand more power than what the traditional 8-pin PCIe connectors can supply. The 12+4 pin design is indicative of the PSU’s readiness for future hardware requirements, ensuring compatibility with new, high-end GPUs that may require more power due to increased performance capabilities.

The PCIe power cables are designed to connect to graphics cards. There is one single PCIe 6+2 pin cable and three PCIe 6+2 pin splitter cables, where one end splits into two separate 6+2 pin connectors.

PCIe 6+2 Pin Cable: This configuration allows for compatibility with both 6-pin and 8-pin PCIe power sockets on various graphics cards. The 2-pin segment can be detached if only a 6-pin connector is required.

PCIe 6+2 Pin Splitter Cables: These are particularly useful for powering multiple graphics cards or a single card that requires multiple power connections. They help ensure that enough power is delivered to high-end graphics cards that may have higher power requirements.

All cables are specified with a 16AWG wire gauge, which is suitable for carrying the current required by most graphics cards without generating excessive heat. The length of the cables is 65cm, with an additional 15cm for the splitter portion, providing sufficient reach and flexibility for cable routing in most PC case sizes.

The use of a standard wire gauge and connector type ensures broad compatibility with a variety of PC components. The flat design and black color of these cables help maintain a clean and organized look inside the PC case, and the additional length on the splitter cables offers more options for cable management and positioning of components within the build.

Three SATA power cables, each equipped with multiple connectors to power SATA devices such as hard disk drives (HDDs), solid-state drives (SSDs), and optical drives. These cables are part of the modular cable set for the COUGAR POLAR X2 PSU.

Each cable features 18AWG wires, which is a standard gauge size for SATA power cables, providing a good balance between flexibility and the capacity to carry the electrical current required for the devices.

The length of each cable is segmented as follows:

The primary length from the PSU to the first connector is 50cm, which provides reach within the case to the first device.

Each subsequent stretch between connectors is 12cm, allowing for spacing between multiple drives mounted in a case.

With three cables and a total of twelve SATA connectors, this setup provides ample connectivity for users with multiple drives. The spacing between connectors is designed to accommodate standard drive bay spacing in PC cases. This configuration allows for neat cable management, as it reduces the need for multiple separate cables when installing several drives close to each other. The flat and flexible nature of these cables also aids in routing them through tight spaces and keeping a clean build with unobstructed airflow.

A 4-pin Molex power cable, often referred to as a peripheral cable, which is used to provide power to various computer components that do not use SATA power connectors. This includes certain types of hard drives, optical drives, and other legacy devices.

The specifications of the cable are as follows:

Connectors: 4 x Molex 4-pin connectors are available on this single cable, allowing multiple devices to be powered from one cable.

Wire Gauge: The cable uses 18AWG wires, which is standard for delivering the necessary current without excessive voltage drop or heating.

Length: The main length of the cable from the power supply to the first connector is 50cm, providing sufficient reach within the case. Each subsequent segment between connectors is 15cm, accommodating standard spacing within a computer case for mounting drives or other peripherals.

The Molex connector is less common in modern PC builds that favor SATA connectors, but it’s still used for certain types of fans, lighting, or older hardware. Having this cable included ensures compatibility with a wide range of components, making the PSU versatile for different build requirements. The flat, black design helps with cable management, contributing to a neater internal appearance and better airflow inside the case.

COUGAR POLAR X2 1050w Performance Test: Excelling in Efficiency and Cooling Under Intense Workloads

For this test, a 30-minute OCCT power supply test is conducted, which simulates a high-power consumption environment. During the test, voltage and power are recorded, and at the 30-minute mark, thermal imaging is used to observe heat distribution.

Here’s a step-by-step breakdown of the test procedure:

Setup: Ensure the COUGAR POLAR X2 PSU is correctly installed in the PC case with all necessary components powered. Connect monitoring equipment to record voltage and power levels throughout the test.
OCCT Test: Start the OCCT power supply test. This software will stress the PSU, drawing significant power to simulate a high-load situation typically seen during intense gaming or heavy computational tasks.
Monitoring: Throughout the 30-minute test, monitor and record the voltage on different rails (3.3V, 5V, 12V) and the overall power output. Ensure the software or monitoring tools are accurately tracking these metrics for later analysis.
Thermal Imaging: At the end of the test, use a thermal imaging camera to take pictures or record video of the PSU. Pay attention to hotspots that may indicate areas of high heat concentration.
Analysis: Review the recorded data for voltage stability and power consistency. Check if there are any significant drops or spikes that could indicate potential issues. Analyze the thermal images to assess if the PSU maintains acceptable temperature levels or if there are areas that may be overheating.
Safety Precautions: It’s crucial to have safety measures in place, such as keeping a fire extinguisher nearby and ensuring the test is conducted in a controlled environment to quickly address any potential hazards.
Conclusion: Based on the collected data, evaluate the PSU’s performance under stress. A well-performing PSU should show stable voltage levels, stay within its specified power output range, and dissipate heat effectively without reaching excessive temperatures.

Remember, the OCCT test is an intensive way to evaluate the PSU’s performance, and it should only be conducted by those who are familiar with PC hardware and understand the risks involved with such testing.

A high-end setup, is indicative of a system designed for intense workloads such as gaming at high resolutions, professional content creation, or computational tasks that require significant processing power.

The components are as follows:

Processor: Intel Core i9-14900K, a high-performance CPU well-suited for demanding applications.

Motherboard: ASUS ROG Strix Z790-A GAMING WIFI II, offering robust features for gaming and hardware support.

Memory: CORSAIR DOMINATOR TITANIUM DDR5-7200 24GBx2, high-speed, high-capacity RAM for excellent multitasking and performance.

Graphics Card: NVIDIA Geforce RTX 4080, a top-tier GPU capable of handling the latest games and rendering tasks with ease.

Storage: CORSAIR MP600 PRO LPX 1TB, a fast NVMe SSD ensuring quick data access and load times.

Cooler: Lianli GALAHAD II PERFORMANCE 360, a high-performance liquid cooling solution necessary for maintaining optimal temperatures.

Power Supply Unit: COUGAR POLAR X2 1050W, a high-efficiency PSU that supports the power demands of this high-end system.

Operating System: Windows 11 Pro 23H2, the latest version of Windows, providing the most up-to-date features and security.

Using OCCT version 12.1.12 for the PSU stress test, the results are as follows:

Test Duration: 30 minutes

CPU Power: 374W

GPU Power: 297W

Total Power Consumption: Approximately 617W as measured by the system, with the power meter indicating approximately 749.2W, which may include additional system components and inefficiencies.

Voltage Readings:

+12V Rail: 12.096V

+5V Rail: 5.000V

+3.3V Rail (3VCC): 3.328V

Efficiency: The power supply’s efficiency appears to be very high, given the total system power draw versus the reading from the power meter.

These results indicate that the COUGAR POLAR X2 1050W PSU is performing well within its expected parameters. The +12V, +5V, and +3.3V rail voltages are stable and within standard ATX specification tolerances, which is crucial for system stability and component longevity. The high power draw from the CPU and GPU, which are among the most power-hungry components in modern systems, demonstrates the PSU’s capability to handle high loads without significant voltage drop, which is indicative of quality components and design. The overall system’s power efficiency also reflects well on the 80 PLUS Platinum rating of the PSU.

Maintaining such efficiency and stability under load is a good sign that the PSU can reliably support the system even during prolonged use in demanding conditions. It’s also worth noting that the actual power draw from the wall is higher than the combined reported power usage of the CPU and GPU due to the power requirements of other system components and the conversion efficiency of the PSU.

The screenshot shows the OCCT (OverClock Checking Tool) interface during a power supply and system stability test. The test has been running for approximately 29 minutes and 27 seconds. Here’s a summary of the readings displayed:

Processor (CPU): Intel Core i9-14900K operating at 99.0°C, which is at the upper limit of what is generally considered a safe operating temperature. It’s drawing 374W of power and running at a clock speed of 5355 MHz.

Memory: Utilization is at 13.7%, with a speed of 6723 MT/s, indicating the system’s RAM is not being heavily used during this test.

Graphics Card (GPU): NVIDIA GeForce RTX 4080 operating at 66.9°C, which is a typical temperature under load for high-performance GPUs. It’s drawing 297W of power at a core clock speed of 2400 MHz.

Voltages:

+3.3V (3VCC): Holding steady at 3.328V.

+5V: Stable at 5.000V.

+12V: Also stable at 12.096V.

CPU Package Power: Reporting as 374.15W.

Cooling:

The AIO (All-In-One cooler) pump is running at 2280 RPM.

The AIO pump shows a speed of 2461 RPM, suggesting a high-performance liquid cooling system.

Clocks:

P-Core 0 Clock: Running at 5400.00 MHz, indicating the CPU is likely overclocked or boosted.

Load:

Physical Memory Load: At 13.7%.

Total CPU Usage: At 100%, indicating that the CPU is fully utilized during the test.

No errors are detected, which is a good sign. However, the high CPU temperature could be a concern if it remains consistently at or near 99°C, as prolonged operation at such temperatures may affect the longevity of the CPU. It’s important to ensure that the cooling solution is adequate for such a powerful CPU, especially if it’s overclocked or under sustained load. The GPU temperature and power draw seem normal and within expected ranges.

The power readings indicate that the PSU is handling the load well, and the voltages are stable, which is crucial for system stability and hardware health. The conversion efficiency appears to be high, as the system is drawing around 617W but the PSU is outputting approximately 749.2W, which would include efficiency losses and power to other components not accounted for in the CPU and GPU power readings.

This image shows a power meter displaying the energy consumption of an electronic device, presumably the PC that is being tested with the OCCT power supply test mentioned earlier. The power meter reads:

Energy: 749.2W, which is the current power consumption being measured.

Cost: $0.38, which is the calculated cost of the power consumed during the running time, based on a specific electricity rate programmed into the power meter.

Time: 35:54, which may indicate either the time of day or the duration for which the power consumption has been monitored.

The reading of 749.2W aligns with the previously mentioned power consumption, confirming that the PC setup with the COUGAR POLAR X2 1050W PSU is drawing this amount of power from the wall during the test. This figure likely includes the total system power draw plus any additional losses due to the PSU’s efficiency, and possibly other peripheral devices that may also be drawing power. Given the power supply’s 80 PLUS Platinum rating, this reading suggests that the power supply is performing within its expected efficiency range.

The thermal image provided displays a heat signature of the COUGAR POLAR X2 1050W power supply unit after approximately 30 minutes of a stress test. The temperature readings from the thermal imaging camera are as follows:

The hottest area, likely near the exhaust where hot air is expelled, is at 38.5°C.

There are other regions with temperatures ranging from 28.7°C to 31°C, which are relatively cool for a PSU under load.

The fact that the highest temperature observed at the exhaust is 38.5°C indicates that the PSU is efficiently dissipating heat. A maximum temperature of 42.9°C, which might be mentioned in an accompanying narrative but not visible in the image, would still be considered a good performance for a power supply under heavy load, as PSUs can operate safely at much higher temperatures.

The report of minimal fan noise suggests that the PSU’s fan is effective without needing to spin at maximum speed, which is a testament to the efficiency of the PSU’s cooling system design and the quality of its components. Quiet operation is particularly appreciated in environments where noise levels are a concern, such as in recording studios or quiet office spaces.

Overall, based on the thermal image and the described observations, the COUGAR POLAR X2 1050W appears to be performing within optimal thermal parameters, maintaining a balance between efficient cooling and quiet operation even under the stress of a power-intensive task.

The thermal image shows the rear part of the COUGAR POLAR X2 1050w power supply unit (PSU) during or after a stress test, highlighting the heat distribution. The key temperatures registered on the thermal camera are marked and read as follows:

A spot registering 33.5°C, which is relatively cool and suggests an area away from the main heat-generating components or effective heat dissipation.
Another area shows a temperature of 41.9°C, likely closer to the internal components that generate more heat under load.
A cooler area with a temperature of 26.3°C, which might be a part less affected by the PSU’s heat or more exposed to external cooling.
The highest recorded temperature on the image is 42.9°C, which appears to be near the PSU’s exhaust, where hot air is typically vented out.

The indicated maximum temperature of 42.9°C at the exhaust is within an acceptable range for modern power supplies, especially under load. Power supplies are designed to operate safely at temperatures significantly higher than this, often up to 70°C or more, depending on the model and build quality.

The distribution of heat as seen in the image indicates that the PSU is effectively managing thermal output without overheating, which is essential for maintaining the longevity and reliability of both the PSU and the system it powers. The fact that the highest temperature is found at the exhaust is consistent with expectations, as this is where heat is expelled from the unit, demonstrating that the PSU’s cooling system is functioning correctly.

Summarize

The COUGAR POLAR X2 1050W power supply unit (PSU) is positioned as a high-end yet ‘ordinary’ PSU, without any flashy or innovative features. Despite this, it achieves high standards in efficiency and noise levels, which are critical aspects for most users. The primary expectations from a PSU are energy efficiency, reliability, and quiet operation, and the POLAR X2 1050W appears to satisfy these criteria effectively.

In terms of cabling, the POLAR X2 1050W provides a somewhat unusual offering of a single CPU 8 Pin cable, diverging from the more common 4+4 pin design, although it does include a 4+4 pin as well. For PCIe connectors, it offers a single 8 Pin cable, which aids in cleaner cable management, though it’s noted that many modern graphics cards require dual 8 Pin connectors, and providing two single 8 Pin cables would have been preferable.

Pricing for the POLAR X2 1050W is listed at NT$ 7290 with a 10-year warranty. Given the ATX 3.0 and 80 PLUS Platinum specifications, the price is considered on the higher side. However, market prices can vary, and there may be opportunities to purchase it at a more favorable rate. Ultimately, the decision to buy will depend on the individual requirements and budget of the user.

Overall, the COUGAR POLAR X2 1050W PSU is a solid performer that meets the essential needs of a high-end PSU, offering stability and reliability for users who require a powerful power supply for their computing needs. The extended warranty period also provides a level of assurance for the long-term investment in this component.

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This article is based on the personality of the reviews. You are responsible for fact-checking if the contents are not facts or accurate.

Title: COUGAR POLAR X2 Series: The Ultimate Power Supply for NVIDIA RTX 40 Series GPUs