AMD‘s Ryzen 3000 platform is now official, and with it comes a faster standard of memory. Whereas the first generation Ryzen only topped out at 3200MHz, this new 3rd generation platform can handle much higher speeds. Which is why memory expert G.Skill is introducing a new Trident Z variant specifically optimized for Ryzen 3000.
They are calling this new DDR4 series the G.Skill Trident Z Neo. It is available in frequencies starting at 2666MHz up to 3600MHz.
Furthermore, according to G.Skill, they have successfully overclocked a Trident-Z Neo module to run at 5774MHz. Which is the fastest yet on an AMD platform. This was done through an MSI MEG X570 Godlike motherboard and of course, under LN2 cooling.
Users have four frequency settings to choose from: 2666, 3000, 3200 and 3600 MHz. Between them, there are 9 total CL timing variants available. Some of which are available in 8GBx2, 8GBx4, 16GBx2 and 16GBx4 sets.
Just like the regular Trident Z, the Trident Z Neo has an RGB LED top. This is completely wireless and draws power through the DIMM slots.
G.Skill did not reveal any official pricing information at this time. However, expect it to be similarly priced to the rest of their regular Trident Z series.
Just in case you are trying to decide on which X570 motherboard to buy with this RAM, check out our motherboard reviews below:
In case you want to filter out which X570 motherboard features are right for you, you can read this buyer’s guide.
For more information regarding 7nm AM4 CPUs in general, read this article.
According to a new report, the GeForce RTX 5090 GPU will be very expensive. It…
A new AMD processor in the form of an engineering model has been leaked in…
SK Hynix has claimed to be the first company to mass-produce 321-layer NAND memory chips.…
SOUNDS GREAT – Full stereo sound (12W peak power) gives your setup a booming audio…
Special Edition Yoshi design Ergonomic controller shape with Nintendo Switch button layout Detachable 10ft (3m)…
Fluid Motion: These flight rudder pedals are smooth and accurate that enable precise control over…