DDR5 bank groups
DDR5 bank groups
I’m running them at a fairly low boost of 4200MT/s. I prefer not to crank it too high—it’s already solid. Still, I’m confident I could squeeze more performance if I push it further.
Do you use gear 1 or gear 2? The main reason for a modest pace is to stick with gear 1, but higher micron revs are more ideal for reaching top speed rather than focusing on timing. If you can't run gear 1 at that speed, expect to hit the walls—4800+ cl18/17 at 1.6-1.7 RPM.
In gear 1, yes. I rarely rely on manual RAM overclocking and haven’t done it before. Would you mind sending me some tips so I can push things further without harming the chips? I want to increase performance but stay safe.
DDR5 typically offers about half the bandwidth compared to DDR4. It supports two channels, whereas DDR4 usually uses one. The power consumption is notably lower at 1.1V for a 5400MHz clock speed. It employs 256 8-bit registers and doubles the data capacity. Memory sizes range from 64GB to 512GB per stick. Every DDR5 chip includes ECC on-chip, which is a significant advantage. Please verify all these claims—maybe you’ll get value for your money. There could be features or details that aren’t widely recognized yet. Most of what you’re saying seems inaccurate. It’s misleading to claim high-end CPUs or GPUs can outperform DDR4 simply because of clock speed alone. DDR4 actually matches those speeds without needing premium memory. The idea that we should stick with DDR3 at 2133MHz is outdated and incorrect. DDR6 might become relevant around 2024, but I won’t stop correcting misinformation. Your statements don’t hold much truth, and we’d still be relying on DDR3 if we’re honest.
Hynix mfr/bfr handles over 3000 units for premium kits. The main issue with DDR4 performance comes from needing specific timings like CL11; otherwise, DDR3 usually underperforms. A 2133 DDR3 is considered weak even with generic upgrades, while modern 2200 MHz on X58 in 1st gen still struggles. Decent 2400 MHz DDR3s appear viable once DDR5 arrives, which should improve significantly. Right now it's not just about cost and speed—both will get better over time as DDR5 matures. People often claim DDR5 isn't worth it because bandwidth increases but timing drops, but measuring performance accurately means looking at absolute latency divided by clock speed. For average systems, DDR5 matches or exceeds 7000 MHz DDR4, especially for workloads above that. For those needing 7000+ MHz, it will likely surpass even 5000 MHz DDR4, making the upgrade worthwhile soon. ECC remains less critical for everyday users, though it’s a nice feature to have.
I can't browse the web, but here are links you can check:
https://www.pcmag.com/news/ddr5-vs-ddr4-...ram%3Famp=
The site reports a 404 error. Another source might be responsible. It's possible inaccurate test results were shared, as some references claim 3200 cl16 DDR4 equals 4800 cl40, while others mention cl36 DDR5 instead. Try searching for "DDR5 vs DDR4" to clarify the details.