W680 Mb offers entry-level or pre-owned top-of-line options.
W680 Mb offers entry-level or pre-owned top-of-line options.
I have some thoughts on purchasing a used motherboard. It seems cautious is still wise, especially since motherboards can fail before CPUs. The $326 model you mentioned is a solid ECC option from LG, though it has limited PCIe options. Adding IPMI for an extra $84 adds another layer.
The $470 alternative offers IPMI and 10GbE built-in, which I found convenient after searching. I saved several PCIe lanes by choosing this one. TrueNAS supports the 10GbE version, as noted on Amazon.
I explored a few other listings—two new ones in higher price ranges and one in Europe—but none seemed practical for my needs. My main concerns are durability and long-term value. Would spending $84 for IPMI be worth it compared to a newer board? Also, does 10GbE really matter for a NAS mainly using SAS drives, or is it more about future-proofing?
Thanks!
The reason for needing a W680 board is to ensure proper functionality and performance. ECC RAM is required for data integrity and stability. IMI is essential for managing network interfaces and services. A Ryzen processor is recommended for better power efficiency in a new NAS setup. Since we're planning for over a decade of use, the board should be durable enough to handle that long-term.
The NAS serves as an automatic backup solution for family computers and acts as the final storage for our original high-quality videos and photos, with lower-res copies kept on Google Photos. A W680 board is needed for ECC support on 12-14 Gen Intel processors. Personally, if it were just my personal files, I wouldn’t mind much, but as the tech person handling family devices, I’d be held responsible if a backup gets corrupted. The extra $100 for ECC RAM feels justified given the added protection, especially since Intel’s transcoding is reportedly better without an external GPU that increases power use. I haven’t built a server before, yet I saw many recommendations online favoring IPMI and 10GbE connections. For now, I’m hesitant because I haven’t set up a server, so I’m checking the discussions to see what others think.
The information you shared suggests a careful evaluation of CPU and GPU choices. It seems the specs you found indicate that higher-end CPUs like the i5-14600 offer more cores and threads, which could justify a higher price if you need better performance for tasks such as transcoding. However, your use case appears limited to infrequent downscaling, so the benefit might be minimal. Recent AMD performance has not yet overtaken Intel in this area, though some recommendations still favor Intel for server environments.
This time pure multi-core performance stands out more clearly. Still, it’s unclear what you’re actually doing on the NAS that requires this capability. I’m here to assist in picking the optimal hardware, but I’m not sure exactly what your needs are. Are you converting files for a Plex server? Is it just resizing family videos occasionally? If yes, then a budget i3 should suffice—an i5 might be too much. Avoid Intel QuickSync; it’s quick but sacrifices noticeable export quality. Pair that with a solid B760 board for around $120 and you’ll have about 200 dollars worth of cores for NAS use! Back then only the G-series had integrated GPUs now, and all models today include them. The G-series simply offers superior performance.
The reason for transcoding is to optimize performance and reduce file size while maintaining quality. I prefer using Handbrake with CPU cores for efficiency. Previously, Intel QuickSync performed poorly compared to modern CPU-based methods, resulting in lower quality and larger files. Modern iGPUs offer better results, though they may not always be the best choice. Handbrake handles 1080p videos efficiently across multiple cores—12 cores work well on my Ryzen 7900. For 4K, using all available cores can improve speed, but beyond a certain point, gains diminish. Adjusting settings wisely helps balance quality and file size.
I’ll summarize the objectives and consider alternative options that might work better with Intel’s platform. I’m new to building systems outside the mainstream consumer space, but I’ve handled some component swaps, RAM and SSD upgrades, and even fixed a laptop keyboard that was overly complicated. I’ve spent time reading forums, checking part numbers, and verifying BIOS requirements before starting major projects. The parts list came from extensive research, balancing cost and compatibility.
My aim is to create a NAS for the family home that can serve for over ten years with minimal upkeep and plenty of room to expand—especially for HDDs as needed. Since it will store high-quality videos and photos, I’ll prioritize reliability, including ECC RAM for data safety. The system should back up eight computers and possibly extend to ten or more using the VEEM Community Edition, which I’m considering after some trial.
I plan to host media like Immich files and large photo collections, including old VHS tapes. Future needs might include a networked doorbell or camera for security, and even a Ubiquity setup if an Amazon package is compromised. A Jellyfin backup of DVDs and a secure, offline copy would be wise.
For long-term storage, I’ll explore options beyond just ECC—maybe a more robust solution like TrueNAS or a solid-state array with redundancy. The goal is to avoid costly upgrades later while keeping the system functional for decades. If you have experience with alternatives or can share your thoughts on better fits, I’d really appreciate it.