Have you overlooked any details about the G.Skill Trident Z Neo?
Have you overlooked any details about the G.Skill Trident Z Neo?
Hi all, So a little context: I am looking to build a monster rig (for me at least) for about 5000 euro (location: Belgium/Netherlands). The use will be gaming, office, some video editing. I originally settled on G.Skill Trident Z Neo F4-3600C16Q-64GTZN at a cost of 535 euro , figuring that for my video editing needs it might be a little overkill, but I would be safe for a while. However, then I saw G.Skill Trident Z Neo F4-3600C16Q-128GTZN at a cost of 682 euro , and I started questioning my choice as I feel a little stupid paying 535 for 64 when I can get twice as much for 147 euro extra. Am I missing something, is it a worse die or some other difference that I do not see? What would you do? thanks
the 64gb model could be a single-rank setup, but the 128gb version is clearly dual-rank. if you're using a dual-channel cpu, you'd run it in quad rank, though you might have to lower the frequency since your processor could struggle. if capacity is essential, reducing the frequency makes sense. for more details on memory rank and channels, a video was made by a builder—check youtube now, as it's currently down for me.
On the spectrum of components influenced by RAM, its impact stands out.
Considering the OP's strategy, what adjustments will tighter timing bring? Reducing a few seconds from video rendering, boosting frame rates by an extra frame per second during intense gaming sessions. The €500+ price tag for a 4x16GB setup seems excessive, and memory controller issues will likely force a compromise. It wouldn't be a huge deal if it's a low-end model, as quad-rank memory could offset minor losses. I'm pretty sure the OP could secure a 64GB unit at half the cost, and it wouldn't significantly impact actual performance.
It can matter depending on the measurement method... 64GB to 128GB is likely too low for such a high frequency. Most probably won’t reach around 3600mhz. Suggestions to go with 2667mhz seem reasonable for that amount of RAM, but I’d aim for tighter timing settings to minimize latency—definitely a better choice. My two cents.