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The height of the heatsinks is just right for most popular CPU coolers – 42mm (1.65 inches). It’s not such a big problem recently as most cooler manufacturers redesigned their products so they won’t interfere with tall RAM modules, and also liquid coolers are much more popular. CL/CAS Latency - Column Access Strobe Latency is the delay between the memory controller requesting data from the RAM and the available data; the first number listed in a kit's timings. The higher bandwidth of DDR5 is beneficial in other areas though, particularly in creative-type applications. DDR5 uses less power, 32GB is generally the baseline, and a DDR5 system is better for future-proofing. As time goes on, we can expect faster and lower latency kits. What platforms support DDR5 RAM? The Crucial Ballistix name is no more, and this bare PCB kit won't win any beauty contests or set speed records, but as a set and forget kit for an alt-tabbing gamer or workstation user, it's definitely worth a look.
If you have a good DDR4 kit, let's say a 2x16GB DDR4-3200 C14 kit or better, there's little reason to spend the money to upgrade to DDR5 for gaming. Best SSD for gaming | Best PC cases | Best gaming monitors DDR5 FAQ Does DDR5 RAM make a difference for gaming? The Time Spy results are scaling much better, and we can see even 600 marks difference between DDR5-6000 at more standard profiles and the Trident Z5 Neo. The improvement because of RAM performance in this benchmark is significant. 3DMark – Time Spy Extreme 3DMark – Time Spy Extreme Tests were performed on popular synthetic benchmarks and benchmarks included in popular games. The list consists of tests that tend to react well to memory performance. Older popular benchmarks and tests based on pure CPU performance were skipped as we wouldn’t see any difference. As usual on AMD chipset, results are not as high as on Intel, but they’re still quite respectable. The Trident Z5 Neo performs well and reaches the bandwidth of DDR5-6200 memory kits. Additionally, you can count on about 64ns latency out of the box and low 50′ after tweaking. Most memory kits in the comparison couldn’t go below 70ns. PCMark10 PCMark 10The temperature in tests was relatively high. There are two reasons for that. One is a dual-rank design, so memory chips are on both sides of the PCB. Additionally, the test motherboard has two memory slots next to each other, which causes memory modules to have less space for airflow. The temperature should be lower on a typical four-slot ATX or micro ATX motherboard. On the other hand, we know that this memory kit can work at higher temperatures without stability issues. It’s a good sign for all SFF lovers searching for RAM that would work great in tight spaces. I still recommend any airflow, at least from the AIO cooler, if there is no space for additional fans. G.Skill Trident Z5 Neo RGB 64GB DDR5-6000 – Temperatures AIDA64 offers us the most popular synthetic memory benchmark. Results are easy to read; as we can see, it’s scaling great with memory frequency. Tests were performed on popular synthetic benchmarks and benchmarks included in popular games. The list consists of tests that react well to memory performance. Older popular benchmarks and tests based on pure CPU performance were skipped as we wouldn’t see any difference.
For me, it's (mostly) worth the extra money over a 4800MHz kit, but you'll need to measure its value against what other brands and speeds are available when you buy... the market is just so volatile right now. Notably, Corsair DDR5 carries a premium that can vary significantly from market to market. If you don't mind paying a bit extra over a bland kit, the Corsair Dominator Platinum RGB kit will do the job, but it must be shown off in a windowed case. It's a perfect set and forget kit. At just 1.1V, it runs cool. It's a great pairing for a B660 build and its low height means it's a lot easier to use with large air coolers compared to many kits on the market. DIMMs - Dual In-Line Memory Module, the physical circuit board that holds the RAM chips that plug into the slots on your motherboard. Since the tested RAM couldn’t work at DDR5-6000 CL26, I had to use CL28, which worked up to DDR5-6400. This is already impressive, even though the VDD/VDDQ was about 1.55V.The memory timings wouldn't go below the rated values at DDR5-6000, even at 1.435V. The tRAS could run at 72 instead of 76, but that was all. Optimization margins were almost non-existent on the Vengeance RGB DDR5 memory kit, at least on our sample. Bottom Line Even though we see higher memory frequencies, DDR5-6000 is a sweet spot for all users. Its frequency is high enough to deliver outstanding results and low enough to be compatible with an overwhelming majority of Z690 and B660 motherboards on the market. I could say it’s a perfect balance for all those who wish exceptional performance but don’t want to worry about compatibility. There were no problems with the tested memory kits on three different motherboards. The XMP profile and RGB illumination worked perfectly fine. G.Skill is one of the most popular brands, so motherboard manufacturers tend to provide long-standing support and improved BIOS’. Fire Strike Extreme is not reacting well to RAM performance on our test rig. We can still tell that the Trident Z5 Neo is slightly faster than other memory kits. 3DMark – Time Spy 3DMark – Time Spy The G.Skill Trident Z5 DDR5-6000 CL30 is available in 32GB kits that contain two 16GB modules. This is optimal for most users regarding compatibility and capacity. The modules have one pre-programmed XMP profile, which works without issue on most Z690 motherboards. The XMP profile worked fine on MSI MEG Z690 Unify-X and ASUS Strix Z690I-Gaming WIFI. I assume it should also work on lower series motherboards that usually have problems with DDR5-6400 or above. Even though the tested memory kit has low CAS latency, the main problem is typically the frequency. DDR5-6000 usually works fine on all brand motherboards. Firstly, you should use a dual-channel kit wherever possible. That goes for both DDR4 and DDR5 systems. That will ensure you're getting the most out of the best CPUs for gaming. For an Intel DDR5 system, a good kit around the 5200MHz range will be fine, while for a high-end system, you'll want something a little faster at 6000MHz or even 6400MHz if you really want to get every last drop of performance. Do I need RGB LEDs on my memory DIMMs?
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