The modules can join the RGB ecosystem within most systems as they are compatible with major motherboard brands and are ready-to-sync with Asus AURA SYNC™, Gigabyte RGB FUSION 2.0, MSI Mystic Light Sync, and ASRock Polychrome SYNC1 for impressive levels of control. The PNY XLR8 Gaming EPIC-X RGB DDR4 Desktop Memory offers a brilliant array of RGB LEDs and frosted lens letting your unique style be reflected in your system. Combined with preconfigured XMP 2.0 profiles for automatic and consistent overclocking, PNY XLR8 Gaming EPIC-X RGB DDR4 4200MHz, 4400MHz, and 4600MHz Desktop Memory delivers extreme overclocked off-the-shelf performance and is fully compatible with the latest Intel and AMD platforms. The built-in aluminum heat spreader offers excellent heat dissipation when the module is under load. These high speed modules are selected for durability and their ability to deliver performance.
#Pny memory master review full#
The out of the box high frequency speeds these modules can deliver offer low latency and 3 different frequency speeds options for a full selection even the most Modern CPUs thrive on high speed memory and systems can be bottle-necked when using lower speed memory. The new modules deliver the incredible levels of overclocked performance to support the system performance today’s gamers demand.
#Pny memory master review Pc#
Parsippany, New Jersey, J– PNY announces today the addition of the XLR8 Gaming EPIC-X RGB™ DDR4 4200MHz, 4400MHz and 4600MHz Desktop Memory to the company’s high-performance XLR8 line of PC memory for gaming PCs. XLR8 Gaming EPIC-X RGB DDR4 4200MHz, 4400MHz, and 4600MHz Desktop Memory While pricing is still unknown, availability will be through Amazon, Best Buy, or directly through PNY’s online sales. Each kit features RGB lighting, CAS 18 or 19 Latency, and a limited lifetime warranty. The Epic-X RGB will feature 2×8 GB (16 GB) ram kits ranging from 4000 MHz up to 4600 MHz.
#Pny memory master review series#
People used to call two-rank DIMMs double-sided, but then someone came out with a four-chip DIMM that had two 16-bit chips per side with one side wired through to the interface on the other side.all ancient history now.PNY has just announced the addition of the EPIC-X RGB series into its already successful XLR8 Desktop memory. Reminder: Ranks refer to the complete set of ICs that make up a 64-bit "side" of a module. Whether that's good enough or not is a matter for experimentation. Of course Mini ITX boards often have shorter pathways, and the lack of extra DIMM slots can improve stability slightly, so your odds of supporting four ranks at DDR4-3600 1T are slightly improved. More ranks gives you better performance, but often won't be stable at 1T when set to DDR4-3600. Have you seen widespread problems with mini-ITX boards running 2 DIMMs in their lowest stable 1T timings at the larger capacities (2 x 16GB or 2 x 32GB)? Or are they much better than the 4 slot boards for the lowest 1T timings due to just having only 2 slots?I'm referring to ranks because both 2x 16GB kits and 4x 8GB kits tend to be four-rank. You mentioned a number of the larger boards with 4 slots can't run all 4 stable at 1T. Pretty much anything from DDR4-2933 upward will make your system rock if you can keep the timings down, and your biggest benefit comes from two ranks per channel.ĢBe_or_Not2Be said:So let me ask you - most mini-ITX boards only have 2 DIMM slots.
If you look at two rank configurations, 3200 C14 1T is only around 1% behind 3600 C16 1T. The problem is that a bunch of combos won't run stably at 1T with four ranks of DDR4-3600. Well, it is interesting, especially if you are looking at optimizing even to smaller percentages of improvement! Not that I worry too much about whether I'm getting 121% vs only 119% I don't have anything that heavily memory-performance oriented anyway.The sweet spot is two ranks per channel at the tightest timings you can get. However, from the tests shown, a lot of 3600 is at 2T already, and the highest 2T performers are still inching past the highest 1T performers. I thought 3600 was the sweet spot for Ryzen for getting 1T (higher would only be 2T) due to the backend fabric setting everything higher than 3600 to 2T. Overclocking and Latency TuningĢBe_or_Not2Be said:Hmm. The test system uses AMD’s fast Ryzen 7 3700X to feed data through MSI’s memory-mastering MEG X570 Ace from Toshiba’s OCZ RD400 SSD, while Gigabyte’s GeForce RTX 2070 Gaming OC 8G pushes the pixels. Readers who’d like to understand a bit more about that data rate and timings should check out our PC Memory 101 feature. We’re fortunate enough to have a full range of 2x 16GB DDR4-3200 kits with 16-18-18-36 timings to compare, and have included the cheapest of those for this battle of value supremacy.
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