As DDR5 memory becomes more refined, its prices have significantly reduced while its frequencies keep reaching unprecedented levels. The Team Group T-FORCE DELTA RGB DDR5 stands out due to its aluminum heat spreaders and distinctive 120-degree wide-angle RGB light strip. This memory offers a diverse range of XMP frequency and size choices. The particular version we’re looking at has 48GB of capacity, with available sizes spanning between 32 GB to 64 GB.
- Capacity: 48GB (two 24GB modules)
- Clock speed: DDR5-7200 (XMP profile)
- Timing: 34-42-42-84
- Type: DDR5 UDIMM
- Voltage: 1.4V
- Compatibility: Intel 600 and 700 series
- Dimensions: 144.2 x 7.0 x 46.1 mm
- Pins: 288-pin
- Warranty: Covered by a lifetime warranty
120-degree ultra-wide angle light-emitting, non-binary memory unboxing | Team Group T-FORCE DELTA RGB DDR5 7200MT/s 24GBx2 memory
Typically, memory capacities are found in multiples of “8” like 8/16/32/64 GB, which are frequently seen in the market. However, for those requiring 40GB, opting for 32GB falls short, and 64GB isn’t cost-efficient. This is where non-binary memory fills the gap. Such memory now utilizes 24GB DRAM chips instead of the conventional 16GB, offering capacities like 24/48/96 GB. Their performance is on par with binary memory, allowing consumers to choose based on their needs.
The Team Group T-FORCE DELTA RGB DDR5 is fitted with a power management chip and includes an on-die ECC debugging feature. It supports Intel’s XMP 3.0 one-click overclocking tech, and is available in a wide array of speeds, from 4800 up to 8200.
Visually, the T-FORCE DELTA RGB DDR5 memory is inspired by the aesthetics of a stealth fighter. A luminous RGB strip on the top offers vibrant lighting whether viewed from the top or side. Its integrated RGB control chip is compatible with several RGB software platforms, such as ASUS Aura Sync and MSI Mystic Light Sync. The heat sink comes in both black and white colors, with its brushed metal design aiding in heat dissipation and enhancing its aesthetic appeal.
A 24GB memory module features a design with particles on one side. Between the memory and the heat sink, thermal conductive silicone is employed to improve heat dissipation.
Team Group DELTA RGB DDR5 7200MT/s 24GBx2 memory performance test
For memory testing, the setup used was an Intel i9-13900K processor alongside the ROG Strix Z690-E motherboard. This was done to evaluate JEDEC frequencies, XMP overclocking, manual overclocking, and a Memory Controller configuration of DRAM (1:2). The motherboard was set to ‘Auto’.
A reminder for potential buyers of such high-frequency memory: always refer to the motherboard’s memory compatibility list to ensure stable usage. Additionally, don’t forget to update the BIOS prior to using the memory.
- CPU: Intel Core i9-13900K
- Motherboard: ASUS ROG Strix Z690-E GAMING WIFI
- OS: Windows 11 Pro Edition 21H2
- PSU: CORSAIR RM1000e, 1000W
Within the BIOS, inspecting the memory’s SPD information revealed the use of SK Hynix DRAM particles and a PMIC made by Richek. The JEDEC standard clock rate is set at 5600MT/s with timings of 46-46-46-90 and a voltage of 1.1V. The XMP profile comes in at 7200MT/s with timings of 34-42-42-84, operating at a voltage of 1.4V.
Initially, the JEDEC frequency was tested without enabling XMP. For the Team Group DELTA RGB DDR5 with a 7200MT/s and 24GBx2 configuration, the JEDEC frequency stands at 5600MT/s with timings set at 46-46-46-89. Using AIDA64, the read speed was measured at 82,802MB/s, the write speed at 72,120MB/s, copy speed at 73,286MB/s, with a latency of 89.2ns.
After activating XMP, the frequency climbs to 7200MT/s with timings of 34-42-42-84. AIDA64 measurements are as follows: read speed of 103.8 GB/s, write speed of 87,209 MB/s, copy speed of 96,117 MB/s, and latency of 71.4ns. This demonstrates a significant performance increase compared to the JEDEC frequency. Buyers are advised to ensure they activate the XMP setting when purchasing memory that supports XMP.
Next, I ventured into manual overclocking. It’s essential to note that the results of manual overclocking vary based on the CPU, memory configuration, and motherboard, and may not be indicative of broader trends.
Initially, I sought to raise the frequency without altering the timings or voltage. The system successfully booted at 7400MT/s but faltered at 7600MT/s. Only after adjusting the timings to 46-46-46-132 was I able to boot successfully. This is commendable performance, especially considering that the highest officially supported frequency for the Z690-E motherboard is just 6400MT/s.
Subsequently, I utilized PerformanceTEST to gauge memory performance. The assessment components of PerformanceTEST encompass database tasks, memory reads (with cache enabled/disabled), memory writes, latency, capacity, and execution memory allocation.
At its XMP frequency, the Team Group DELTA RGB DDR5 7200MT/s 24GBx2 secured a total score of 4052, landing it in the 99th percentile overall.
In the end, I subjected the memory to stress testing using Prime95 Large FFTs, running it with the 7200MT/s XMP settings for a duration of 30 minutes. The performance was notably stable. With an open platform setup, the memory’s SPD Hub temperature hovered between 48-50 degrees Celsius, which is impressively cool.
TEAMGROUP’s T-FORCE DELTA RGB DDR5 memory offers consumers an array of frequency options and unique non-binary capacities. Its 120-degree lighting bar combined with the aluminum heat sink doesn’t just look stylish but also provides efficient heat dissipation. At a height of 46mm, it’s moderately sized, ensuring compatibility with most air coolers that have clearance designs.
The T-FORCE DELTA RGB DDR5 memory from Team Group is armed with a power management chip and top-tier IC, translating to impressive overclocking capabilities and dependability. With support for Intel’s XMP3.0, even casual gamers can easily overclock with a simple click. During testing, mainstream motherboards maintained stability with XMP activated and achieved overclocking peaks up to 7600MT/s – an outstanding performance by any measure.
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Title: Unveiling the Future of RAM: A Deep Dive into Team Group T-FORCE DELTA RGB DDR5 Memory’s Performance, Design, and Overclocking Potential