- Joined
- Jun 24, 2015
- Messages
- 8,159 (2.36/day)
- Location
- Western Canada
System Name | ab┃ob |
---|---|
Processor | 7800X3D┃5800X3D |
Motherboard | B650E PG-ITX┃X570 Impact |
Cooling | NH-U12A + T30┃AXP120-x67 |
Memory | 64GB 6400CL32┃32GB 3600CL14 |
Video Card(s) | RTX 4070 Ti Eagle┃RTX A2000 |
Storage | 8TB of SSDs┃1TB SN550 |
Case | Caselabs S3┃Lazer3D HT5 |
This should help my 5600x stretch it's legs, I think my 3000mhz kit is defective, SHIT performance from Corsair Vengeance LPX 3000 memory and it is Samsung B die, not overclockable even the tiniest bit.View attachment 212684
I don't know what the 3733 kit is (could potentially be a lot of different things, thinking either CJR or DJR), but the 4000/4133/4400 Viper Steels are a great way to get cheap guaranteed Samsung B-die. Obviously, large gulf in potential binning quality as none of those three save for 4400CL19 are high-ish bins, heatspreaders are shit, and you also have to watch out for old stock with crap PCB (my shit 4133 kit is A0, my 4400 is A2 as expected), but by far the most reliable way to get B-die without breaking the bank.
Won't go into it too much (as the horse has been well and truly flogged after 3 years of forum and Reddit threads) but Corsair is pretty much the only vendor who's been able to reliably extract such shit OC performance and compatibility out of B-die. Some if it isn't even B-die, Thaiphoon and SPD programming are often wrong.
Call it "bad B-die", a problem with Corsair's PCBs or binning, or anything else, but it's basically a lesson to avoid shit bins of DDR4 (e.g. 3200CL16, 3200CL18, 3600CL18). All B-die found at "B-die bins" should perform as expected at XMP very least (3200CL14, 3600 16-16-16, 3733CL14, 3800CL14, 4000CL16, 4000CL14, 4000 18-19-19, 4000 19-19-19, 4400 19-19-19, 4266CL16, etc.), if you find B-die outside of those speed bins then it's much the exception rather than norm, and set your standards at rock bottom to begin.