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

We still start off with whom this memory kit is mainly geared towards and potential issues one may encounter. To paraphrase a previous memory review, any amount of system memory above what is the current standard in a desktop computer is already a minority in the overall user base. The further away that number is from current baselines, the more niche the kit becomes. DDR5 set a new standard when it launched with 32 GB being the norm, which still seems quite a lot for the average consumer. There is an interesting comparison that can be made here when the exact same statement was said for 1 GB, 4 GB, 8 GB and 16 GB that came before. As the personal computer becomes technologically better, so does the requirements for it to function. There will always be a need for more system memory, though the actual usefulness will depend on the applications.

There are primarily two types of consumer groups that have a need for system memory above the current standard. Those are PC enthusiasts who just want the most system memory in the computer, regardless of cost, and the second being a prosumer. Prosumer is a word often describing someone who intensively uses their computer for more than recreational purposes. Though it should be noted that If guaranteed 100% up-time is essential, it is recommended to use a workstation processor with ECC memory support to address those concerns. Luckily not all prosumers are dealing with mission-critical workflows and can afford the rare hardware crash or bit-flip.

This memory kit isn't limited to those who only use the computer strictly for work. Gamers can be content creators, It is not uncommon to use software such as Open Broadcaster Software (OBS), Discord with a few web browser tabs open while streaming live on Twitch or YouTube. Extra system memory allows for expanded workflows that simply were not possible before.

The downside of higher density memory kits is the fact that they inherently costs more in that respect. Neo Forza does keep the Trinity DDR5-6000 64 GB (2x 32 GB) prices in check, which is necessary for such a hypercompetitive market that is the DRAM industry. This leads into issues all DDR5 users have to deal with, and that is maximum supported frequency. This is a bit of complicated topic in of itself, with a lot of different factors that have to be considered. However, it's safe to say using two kits for a total of 128 GB is completely unsupported for Intel and as such, is unlikely to boot anywhere close to this memory rated XMP profile. On AMD side, the Ryzen 7000 series official support ends at a mere DDR5-3600. Its safe to say, regardless of the company supplying the memory, do not expect to achieve these same high speeds.

Since the launch of AMD's new platform, this exact memory kit has been used in every B650/X670 motherboard review so far covered by TechPowerUp and it works without any problems. The same cannot be said for Intel 12th Generation Processors which struggle using the auto settings defined by the motherboard once XMP is enabled. It simply comes down to the fact that not all Integrated Memory Controllers (IMC) of the same quality and often require manual adjustment to CPU memory related voltages. The Intel 13th Gen did not suffer the same stability issues, which is good news. This is where the product falters a bit. It would have been nice to see a second XMP profile of DDR5-5600 as a fallback. Neo Forza has mentioned that this will be implemented into the MDK5 series and possibly future Trinity memory kits as well. For now though, the single XMP profile isn't horrible, but it does limit extended compatibility for those who do not like to tinker in the motherboard BIOS beyond enabling memory XMP/EXPO profiles.

When strictly looking at the performance gains using this Neo Forza TRINITY DDR5-6000 memory compared to PC enthusiast grade DDR5, there is a gap between the two. This mainly comes down to the actual timings and the Neo Forza kit has looser primary timings (and secondaries) because first and foremost it is dual-rank and secondly, it is designed for maximum compatibility. As covered in the overclocking section, this memory kit refused to boot below a CAS value of 36 on AMD, even though CAS 28 is completely stable on the Intel side. This is a good example of how AMD is still working out the early compatibility issues, just like Intel dealt with a year prior. The main reason to buy a kit of 64 GB currently is because you need it. Those who want a little bit of extra performance of course can try some further overclocking and tweaking the memory timings on their own. That being said, Neo Forza does not have the absolutely highest bin or the lowest primary timings on the market. However, the TRINITY DDR5-6000 CL40 plays it safe for higher system compatibility and that is equally important to consider when it comes to high-density memory. Given Neo Forza is relatively new in its tenure, with its DDR4 debut only a few years prior, the brand is slowly building a trusted status that so far is disrupting the current market and carving out a corner for itself. With that, it is time to conclude this review and suggest keeping this Neo Forza TRINITY DDR5-6000 CL40 kit in mind for a system upgrade that requires more than the standard amount of system memory.