I’d really been avoiding ASMedia for years, but out of necessity they were now getting one other likelihood: I ordered a pair ASM1166 6 port SATA controllers. While the NAND https://www.diamondpaintingaccessories.com/video/asi/video-online-slots-real-money.html sat at about 27-29C, https://www.elige.co/video/asi/video-100-free-slots-with-bonus-and-free-spins.html the controllers had been reporting 49-50C - much greater than I anticipated for Https%253A%252F%Evolv.E.L.U.Pc@Haedongacademy.org these particular drives. So while C8 would be a luxurious, hitting C6 was a must. I tried varied drives I have on hand, http://wjst.kr powering off the system each time to swap drives and https://www.broderiediamant-france.com/video/asi/video-best-slots.html repeat the method. On this specific motherboard, my recommendation can be to avoiding using them altogether if you may, until you either want the low-latency full-bandwidth path to the CPU or your units are so energetic they never sleep anyway.
The SATA SSD boot drive stayed on the motherboard, https://www.diamondpaintingaccessories.com/video/asi/video-top-10-loosest-slots-at-hollywood-casino.html 2 NVMe drives have been added to the combination (chipset-related unless otherwise noted), and four of the 2.5″ SATA exhausting drives were placed on the controller. This drive is sort of at all times idle and each Controller and NAND temps stayed low all through all testing (20-24C). It could ultimately be swapped to a SATA SSD to free up an NVMe port.
This time I ended up with low idle energy AND a pretty capable system that should be versatile even when repurposed in the future
>Why This Downside Exists: There are chipset lane limitations on shopper boards. With idle consumption as little as it is during HDD standby, there isn’t a significant rush and this process will steadily happen as my HDD drives/spares fail and SSD prices fall. This bursty power demand has the potential to be problematic if the PSU isn’t up to the task. Pulling these 15mm tall drives out of the enclosures and utilizing them as RAID members in a NAS isn’t exactly utilizing them as intended
>3) If you'll be able to hit the C8 power state, keep away from using CPU-connected PCIe lanes (high PCIe and https://www.elige.co/video/wel/video-stacey-s-high-limit-slots.html M2 slot).
Tom’s Hardware examined the Samsung idle at 0.072 watts (by way of ASPM/APST), and Anandtech tested the Sandisk Ultra 3D idle to be 0.056 watts (through ALPM). And of course it could be interesting to match the ASPM and ALPM settings, and to see if the snags I hit with CPU-connected PCIe/M.2 slots exist in the identical way
>The system will solely hit C8 if there’s nothing hooked as much as the CPU-hooked up PCIE lanes. Beyond that, extraordinary measures like robbing the principle PCIE slot of lanes could be required. I used to be going to be doing loads of A/B testing on PCIE and NVMe units, so putting in Ubuntu 23.04 to a SATA SSD made sense to maintain PCIE slots free. Additionally, 4 NVMe drives have been used early on: one in all them, a Western Digital SN770 had a tendency to get quite scorching even at idle which signifies it probably wasn’t going into a low power mode.