BEST SELLERS

In Server Components

- Easy to setup - Plenty of Support - Works on Ubuntu/Win11 easily Ollama/LM Studio - Gemma 4:26b - Flux 2

I was an early adopter and grabbed a b70 on day 1, it was horrible. It barely worked, pcie 5.0 would not negotiate, drivers timed out, power would drop out, performance was barely above b580 in games, the only thing that was fast was some edge case pytorch training. Even the vllm performance was not great and very limited models supported. After a few months, now in the gamer drivers in windows we get fan control and overclocking, gaming performance really is about on target with a rx 6800 xt or 9060 xt, DCS world runs great, COD Warzone with FG on 1080p XESS Native = 250+ fps. I'm sure not all issues are fixed especially on the model side with llamacpp and vllm but this is now good enough and well beyond day 1. Sure my 7900 xtx smokes it in all gaming aspects but this gpu really is faster than a 4090 in some pytorch training scenarios and 35% faster than a 5080 in bert tokenization. One of the biggest issues for daily life was the fan control on the day 1 intel version of the b70 I had. The gpu was idling 60-70c. The asrock version has the same vapor chamber as the radeon ai pro r9700 which is definitely a better GPU for AI/Training/Inference and about twice as fast gaming. Now with fan control the gpu idles at 28-30c in windows and gaming hits 58-60c with a relatively inaudible (with headphones) fan speed. 270k tuned at 185w tpp pro b70 games and workloads less than 200w Doesnt heat up the room

Keep in mind this card has its limitations, I am looking at it from the stand point of this verse a RTX3090 used (about the same price). No way I am spending $1000 on a used card that can die tmw even with Cuda support. So now I get 32GB vs 24GB ram. I am primary running windows and LMstudio and Ollma worked fine after installing all the intel software (like 4 large installs) Vulkan support gave me around 100T/KS for qwen 3.5-35b. Out of the box with standard setup. This running on an Intel i7-11th gen with 64GB DDR4 and PCI 4 x8 interface.. The biggest hit is on how fast I can load the model in memory. The card is very quite with the fan. I suppose other people got loud fans.

Low power draw (300w max) along with 2 space width makes this an easy card to double up in a chassis for use with larger models.

Professional video card. Works great with games as well Ultra low power and efficient video card. Performance on par with a Nvidia 4060, but in a single slot low profile 50 watt card

Fantastic gpu. Under like 99% usage, temps are about 60* degrees C. Can run 1440p and even 4k as long as you use x3/x4 frame gen which has little input lag. Also, it ships with ECC automatically turned on so it will say 21 gb vram. Just download intel pro graphics software and you disable it in the settings, then it should say 24.

-reasonable cost -two m.2 slots -form factor -IPMI

- Good packaging from Newegg, just a smallish box with no branding on the outside. - Obviously it performs quite well. Will use the full 600W under load (but you can limit wattage using `nvidia-smi`). Have a good PSU with a 600W connector (not included) and very good airflow setup. - Working in Arch Linux with just `nvidia-open` and `nvidia-utils` packages.

This is pretty much as good as it gets. Yes, there are teething issues with WRX90 because it's such a new platform, but once you get past those, the board has been rock solid.

IPMI alone has to be the biggest feature! Board looks built to last decades

QUIET, temps are good, running a unraid server.

Lots of room in this case. Pre-installed fans

Nice build quality, decent fit and finish, reasonable beveled edges. No sharp bits to get cut on.

1) 10g nice on board 2) optional IPMI which I am planning to get. 3) Asus cpu enhancement all 24 cores fully under-load at 4.8GHz/ single core 5.2 boot stock out of the box 4) 1TB or Rdimm supported 5) lots of pcie slots for expansion