Kingston FURY Super Beast DDR5-6000 RGB Memory Evaluation Low Timing More Super

Memory, as a "high-speed data buffer pool" for data exchange with CPU and peripheral devices, its performance has an obvious impact on the whole machine. However, different application scenarios have different requirements for memory. For example, 3A games pay more attention to the frequency of memory, and professional design and creation pay more attention to the capacity of memory. For professional e-sports, the stability of game frames is crucial, so it is more sensitive to memory delay.

In the era of DDR5, memory can offset the adverse effects of high latency through high frequency, and can also reduce latency by reducing timing. This is an "advanced supplement" for e-sports players, such as the Beast DDR5-6000 RGB memory package launched by Kingston FURY, an international well-known storage brand, with a capacity of up to 64GB With 6000MT/s XMP performance and ultra-low timing as low as CL30, it is a "hexagonal warrior" that can fight and carry.

one Pure white heat dissipating vest+RGB familiar taste

Kingston FURY Super Beast DDR5-6000 RGB white memory has the same appearance design as the DDR5-6000 RGB version we tested earlier, including a pure white heat dissipation vest and a black PCB. This performance "Super Beast" also has an elegant side, which is very suitable for white mounted machines.

The double-sided aluminum heat dissipation vest is clamped and fixed with screws, and a heat conduction pad is sandwiched between the vest and DRAM particles. The heat dissipating vest is a classic "mountain" shape, and the "F" shape in the convex part is perfectly integrated with the top light bar, highlighting the theme of FURY. The left side of the heat dissipating vest is the logo of "KINGSTON FURY" brand with batch twill process, and the right side is a relief style stamped from inside, with the word "BEAST" in the middle.

The back of the heat dissipation vest is symmetrical with the front, and has the same relief pattern, but there is no "KINGSTON FURY" logo, and the blank space is pasted with the product parameter label.

The label shows that the memory model is KF560C308WAK2-64. It can be seen that the memory package is two, with a total capacity of 64GB, that is, a single memory has a capacity of 32GB; In terms of performance parameters, it supports the Intel XMP3.0 specification. The XMP frequency is DDR5-6000, the timing is CL30, and the XMP mode voltage is 1.4V.

The overall through translucent light strip at the top is wrapped in the heat dissipation vest. The part near the right has a bulge (that is, the part with an F shape) printed with the word FURY. This material can make the light effect more uniform, not highlight a single lamp bead, but also more soft.

In addition, there is a small gap under the front and back heat dissipation waistcoat of the memory near the golden finger, and you can see the elements similar to the patch LED lamp beads. In fact, this is the infrared LED lamp beads, which is also the key to Kingston InfraredSync Technology's patented technology of infrared synchronization, which can achieve more uniform light effect synchronization.

two The performance test is more super in low timing

Although they have the same appearance, the Kingston FURY Beast DDR5 series memory can be described as "Eight Immortals Crossing the Sea Show Their Capabilities". This DDR5-6000 version focuses on ultra-low timing, aiming to provide a more smooth game experience for professional players. CPU-z shows that this memory uses SK Hynix A-die particles, the default frequency is 4800MT/s, the default timing is 42-39-39-77, and the voltage is 1.1V; The XMP frequency has 4800, 5600 and 6000 levels. The highest level 6000 has 30-39-39-80 timing and 1.4V voltage. The CL30 timing is very rare, which means that it should have great overclocking potential.

Our test platform is as follows

Although the performance of the third gear XMP is somewhat unpredictable, it is an excellent reference parameter for primary overclocking users. In the actual test, the frequency can be stabilized at 6200MT/s by using the XMP parameter of CL30, but the delay and voltage need to be increased later when the frequency reaches the top. In fact, we can use the XMP parameter of the CL40 to stabilize it at 7000MT/s. Then we use the timing of 42-41-41-79 and the voltage of 1.43V, and the final overclocking is 7200MT/s, with the overclocking amplitude up to 120%.

stay AIDA64 In memory and cache tests, the XMP DDR5-6000 frequency read/write speeds are 90311MB/s and 87445MB/s; Overclocking to DDR5-7200, the read/write speed reaches 108482MB/s and 99058MB/s, and the performance improvement is much higher than that of ordinary DDR5 memory.

Memory overclocking requires improving memory timing parameters, which will increase memory latency to some extent. In the actual test, the delay of starting the XMP DDR5-6000 is 68ns; When overclocking to DDR5-7200, it drops to 65ns.

In the overall memory test of SiS Sandra, the memory bandwidth of the XMP DDR5-6000 is 74.73GB/s, and the delay is 71.8ns; When overclocking to DDR5-7200, the bandwidth performance reaches 85.55GB/s, and the delay is reduced to 68.8ns. SiS Sandra and AIDA64 test results show that reasonable timing parameter overclocking can also reduce delay.

In the memory bandwidth sensitive Compression software 7-Zip In the benchmark test, the frequency score of XMP DDR5-6000 was 116.026 GIPS, and the frequency score of overclocking to DDR5-7200 rose to 123.67 GIPS. It can be seen that the improvement of memory frequency compress Software It can also improve the efficiency.

Finally, the commonly used CPU test software CineBench R23 can also reflect the impact of memory frequency on CPU performance. At the XMP DDR5-6000 frequency, the CPU's single core score is 2178pts, and the multi-core score is 22401pts; The single core score of overclocking to DDR5-5800 mode reached 2217pts, and the multi-core score was 22645pts. It can be seen that overclocking can play a very good "auxiliary" effect.

three Brilliant lamp effect supports DIY

As an excellent supplement to the main E-sports, the cool RGB light effect is also a standard configuration. The light bar of Kingston FURY Beast DDR5 RGB white series memory has 12 LED light beads inside, which is compatible with all kinds of motherboards that support RGB light effect at present, and can realize light linkage with other RGB accessories. In Kingston Light Effect Management software In the FURY CTRL, as many as 18 kinds of light effects are provided. The last six kinds of light effects can only be turned on when four memory is full. The preview effect can appear after the light effect is selected.

In terms of light effects, the settings in the FURY CTRL are also very rich. Some light effects also support the adjustment of color, brightness, luminous order, speed, change direction, etc., but the default light effects can basically meet the visual needs of most people. The following dynamic picture is the "light speed" light effects. And Kingston InfraredSync Technology's patented infrared synchronization technology can achieve lower delay and more perfect synchronization effect.

four Finally

How to select DDR5 memory? To sum up, high-frequency products can improve the frames of 3A games in high resolution, high-capacity products can improve the efficiency of professional design and creation, and low timing products can make the video of E-sports games more stable. Kingston FURY Beast DDR5-6000 RGB white memory not only has ultra-low timing as low as CL30, but also has very high overclocking potential. In addition, it has a capacity of up to 64GB to meet the needs of users in different fields. If you want to find a set of "both necessary and necessary" memory, it is probably it.

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