- Joined
- Dec 30, 2015
- Messages
- 227 (0.07/day)
- Location
- Manchester, UK
System Name | Full LC'd Node 202 || Asus X202e |
---|---|
Processor | i7-7700K || i3-2365M |
Motherboard | Asus Z270I || HM76 int. |
Cooling | Full Custom Loop|| Stock |
Memory | Hyper Fury DDR4 32GB || 4GB 1333 |
Video Card(s) | GTX 1080 FE || HD3000 |
Storage | 950 Pro M.2 +WD 2TB M.2 SSD || Sandisk 256 SSD |
Display(s) | Asus MG278Q |
Case | Fractal Node 202 |
Audio Device(s) | OnBoard |
Power Supply | Corsair SF600 |
Mouse | Logitech G502 ||Asus WT710 |
Keyboard | Logitech G410 || Logitech K830 |
Software | Windows 10 Pro |
Thanks It's very stable at 2150, but I usually run it at 2100 because I prefer stability over performance. The curve is manually edited, it only takes a few minutes to make one. You probably know this but shift and arrow keys are your friends, L to lock card to a selected node, remember to apply afterwards. The XOC bios have some lower nodes on the curve that I suspect aren't stable on my card, I had a couple of glitches playing youtube videos (card clocks to 1500MHz range) and such, so I dropped the entire curve 50MHz for those lower speeds just to be sure. A bit like that super stable CPU overclock that passes anything you throw at it, only to fail miserably and freezing while opening chrome
Crazy clocks for 0.875V? Is it stable at 1936MHz? And that downclock seems strange? What does the curve look like? The card is now shunt modded and on XOC bios? Is it only partially shunt modded? as I believe there are 3 current sense resistors (one for each PCI-E power plug and one for the PCIe slot). Personally I would solder the resistor back on if possible, but I guess the amount of current going through it requires a good solder, so it might be hard to do...
I know what you mean about that OC that passes all the stress tests LMAO...fun times.
It's very stable at 1936mhz @ 0.875v..I've always been a fan of undervolting than overclocking, I'm a stickler for temps.
The card is fully and permanently modded now, I knew I'd struggle to solder the surface-mount resistor properly.
The down clock is due to the number of monitors I've got connected now...noobish, I know.