Now that we have benchmarked this memory in its stock configuration and performed some adventurous overclocking, it is time to put everything into perspective. We will go over which platform this memory kit is best suited for, what Netac could improve upon to make future products better, and finish up on a positive note.

To start off, lets talk about compatibility because it is often one of the first asked questions in regards to system memory. We will first cover Intel as this is quite easy. Using DDR5-6200 is not a problem for Z690 and Z790 motherboards paired with either a 12th or 13th Generation (K) processor. There are always a few motherboards that are not that good at running higher speed memory. Those are going to be in the budget range and it is always good to check the vendors motherboard QVL list for official confirmation. This also extends to the B660 and B670 motherboards, where the priority is a budget system over focusing on pleasing the PC enthusiast.

As for AMD support, DDR5-6200 and above is less than ideal due to a higher chance of being unstable or simply just not working. Motherboard vendors continue to push new updates monthly and have increased memory compatibility since the platform launch, but this isn't a guaranteed solution either. If you are using an AMD B650/X670 (E) motherboard paired with a Ryzen 7000 series processor, it is recommended to buy DDR5-6000 or lower memory kits.

This brings up the only major complaint about this Netac Z RGB memory kit. It only has a single XMP profile. For those concerned about compatibility, alternative brands offer multiple XMP profiles can provide a much-needed reassurance. Often building a computer does not go to plan, it is always something, big issues, small issues, or both. If the primary profile does not work for whatever reason, a fallback profile is a good temporarily solution while waiting for technical support to respond. Sounds good right? Well, Netac doesn't offer extra XMP profiles, which means those who are planning to use this for a AMD system or a budget Intel system will have to manually adjust the frequency if the system ends up not being stable or just refuses to boot (looking at you AMD). It should be pointed out that Netac does offer a DDR5-6000 Z RGB memory kit, which will raise the compatibility level for AMD or a budget Intel system.

When it comes to memory overclocking, this review sample was a odd one. While SK Hynix A-Die still remains superior in terms of highest possible frequency, its predecessor M-Die can do equally well, if not better, in terms of adjusting the primary and sub-timings beyond the XMP profile. Overclocking memory has no set guaranteed success rate. Reviews can provide a idea of how a certain brand may perform based on the ICs used, but are also misleading too. When you are buying memory, it is binned and only guaranteed for that specific bin. Good overclocking results are nice, but shouldn't be a factor when it comes to purchasing for anyone other than the niche memory overclocking community. The reason for that lengthy explanation is that Netac provided a very nice sample. A little too good considering it is quite uncommon for M-Die to reach DDR5-7800 with minimal effort. Will the next memory kit hit the same top marks? Probably not, though this is the flagship Z RGB series, which suggests a more stringent binning process. Therefore, it is always recommended to buy the memory kit binned to the needed speed, over taking a chance that what you bought will not meet the desired overclocking results.

With all that covered, we can talk a little about the best thing about this memory from Netac. Drum roll please! RGB lighting. Keep in mind, from a review standpoint, this is purely subjective and has no actual impact on system performance. Netac masters the light diffusion with the Z RGB series. Along with the mirror finish on the heatsinks, these truly stand out and are just fantastic to look at inside the computer. It is unprofessional to suggest a product solely based on looks without at least highlighting the ugly side of a product as well. The hands-on approach is really the core of a review. Besides adding more XMP profiles, Netac cannot control system compatibility, and can only give recommendations to what memory kit is best suited for which platform. This memory kit hits nearly all the necessary marks for a great product, which is why it is getting a recommendation today. Not only is the RGB lighting superb, so is the primary XMP profile, with timings still considered "enthusiast tier" for 2023, even at this lower frequency. The asking price is a little high compared to others in the same category, but so was G.SKILL Trident Z Royal DDR4 and now Corsair Dominator Platinum RGB for DDR5. Both are examples of premium priced memory that have a certain aesthetic appeal and are distinguished series. I ask now; is there no room for another in the same category? Consider this Netac Z RGB DDR5-6200 memory kit for that next system build or upgrade. You will not be disappointed.