whichaipc

AI PC · workstation

ASUS Ascent GX10 (NVIDIA GB10)

A DGX Spark-class GB10 box with the full CUDA stack: 128GB and 1,000 TOPS, on Linux not Windows.

Memory
128 GB
Bandwidth
273 GB/s
AI compute
1000 TOPS
£ / GB
£23

What it runs

With 128 GB of memory you can load, at 4-bit, a model up to roughly

~252B params

Verdict

A cheaper way into NVIDIA's GB10 platform: 128GB and native CUDA on your desk, if you're happy on Linux.

BEST FOR

  • + developers who need CUDA locally
  • + clustering two for 256GB

NOT FOR

  • - fast single-stream tokens
  • - anyone wanting Windows

The ASUS Ascent GX10 is Asus’s take on Nvidia’s little GB10 supercomputer - the same Grace-Blackwell chip as the DGX Spark, 128GB of unified memory, the full CUDA stack, and a ConnectX-7 NIC for lashing two together into a 256GB pair. One correction up front: it runs Linux, not Windows. This is a developer’s CUDA box, and a cheaper door into the platform than Nvidia’s own.

The take

Buy it for the software and the memory, not the raw speed - the same line as every GB10 box. 128GB lets you load models a 24GB card can’t hold, and you get native CUDA and the DGX software stack to do it on, which is the real draw for anyone who lives in Nvidia’s tooling. But the memory runs at around 273 GB/s, so single-stream token speed on a large model is a walk, not a sprint. Where the GX10 earns its place over the DGX Spark is price and networking: it typically costs less, and the ConnectX-7 lets you pair two into one 256GB machine. Just don’t expect Windows - this is Ubuntu and the DGX stack.

What it’ll actually run

The 128GB is the point. A 70B at Q4 needs roughly 40GB, so it drops in with masses of room for context, and you can push into 120B-class models or run a 70B at higher precision than any single consumer card allows. Clip two GX10s together over the ConnectX-7 link and you’ve 256GB to play with, enough for really large models at home.

The catch is the same as the Spark: bandwidth. All that memory feeds the chip at about 273 GB/s, so tokens land at a steady walking pace on big models rather than instantly. The headline 1,000 AI TOPS of FP4 compute is huge, but local inference is limited by bandwidth, not maths, so it’s capacity and software that sell this box, not speed. And that software is the treat - native CUDA, the DGX stack, every framework already at home. Just remember it’s Linux only; if you were hoping to run Windows on it, this isn’t that machine.

Who should buy it

Buy it if you’re a developer or researcher who wants Nvidia’s stack and 128GB on your desk without renting cloud time, and Linux is no barrier. For that person the GX10 is a cheaper route into the GB10 platform than the DGX Spark, and the clustering option is a nice bonus if you outgrow one.

Give it a miss if you wanted a Windows machine, or if single-stream speed matters more than capacity. A used 3090 runs anything that fits in 24GB far quicker, and a Strix Halo box loads the same 128GB for less if you don’t need CUDA. But for native Nvidia tooling and big models on your desk, at less than the Spark, the GX10 makes a strong case - just on Linux.

Settings people actually run

The configs owners land on, pulled from the community. A sensible starting point, not gospel - tune to your own kit.

Biggest model on one box

gpt-oss-120b MXFP4 (~60GB) or 70B Q4

Loads with room for context; MoE models keep single-stream speed up.

Go bigger

Cluster two GX10 over ConnectX-7 for 256GB

The pair holds models neither could alone; the ConnectX-7 link is what enables it.

Fast single-user chat

gpt-oss-20b MXFP4

The everyday sweet spot; smaller models feel quick.

Software

Ubuntu with the DGX stack, native CUDA, vLLM or llama.cpp

The whole Nvidia stack runs; it's Linux, not Windows.

What owners report

Real first-hand experience gathered from owners and the community.

  • Reviewers pair two GX10 units over the ConnectX-7 link to build a 256GB desktop cluster, running models neither box could hold alone; single-box, it behaves like a DGX Spark - big capacity, modest single-stream speed.

    Techno Tim

  • The GX10 uses the same GB10 chip and roughly 273 GB/s memory as the DGX Spark, so single-stream token speed on large models is a walking pace; compute (1,000 TOPS FP4) is not the limit, bandwidth is.

    ServeTheHome

  • It ships with Ubuntu Linux and Nvidia's DGX software, not Windows; the ConnectX-7 SmartNIC is aimed at clustering rather than everyday networking.

    ASUS tech specs

Fact-checked 19 Jul 20264 claims verified against primary sources.
4 claim(s) we couldn't fully verify
  • · memory_bandwidth_gbs 273 - ASUS doesn't list a bandwidth figure; 273 GB/s is the NVIDIA GB10 platform figure (LPDDR5x, 256-bit at 8533 MT/s), shared with the DGX Spark.
  • · power_w 240 - ASUS lists a 180W EPR USB-C PD input, not a draw figure; 240W follows the GB10 platform's external-supply class (SoC TDP about 140W). Approximate.
  • · Price around GBP 2,999 / USD 2,999 - Indicative; GX10 pricing varies by channel and region, and it's often positioned below the USD 3,999 DGX Spark.
  • · The task brief's Windows framing - Corrected: ASUS's own tech specs list Ubuntu Linux; GB10 boxes run the DGX/Ubuntu stack, not Windows.

Hands-on reviews we drew on

We don't just copy the spec sheet. These are the teardowns and hands-on reviews behind this page - worth watching in their own right.

Common questions

Does the ASUS Ascent GX10 run Windows?+

No. Despite the mini-PC looks, ASUS's own tech specs list Ubuntu Linux, and it runs Nvidia's DGX software stack. GB10 boxes are Linux machines, so if you were hoping to run Windows on it, this isn't that box.

How does the GX10 compare to the DGX Spark?+

They share the same GB10 Grace-Blackwell chip, the same 128GB of unified memory, and the same roughly 273 GB/s bandwidth. The GX10 typically costs less than Nvidia's own Spark and adds a ConnectX-7 NIC for clustering, which is its main draw over the founders box.

What size model can it run?+

A 70B at Q4 needs about 40GB, so it drops in with masses of room for context, and you can push into 120B-class models. Clip two GX10 units together over the ConnectX-7 link and you've 256GB to work with, enough for really large models at home.

Why isn't it fast despite 1,000 TOPS?+

Local inference is limited by memory bandwidth, not raw maths. The 1,000 AI TOPS of FP4 compute is huge, but at around 273 GB/s the memory feeds the chip slowly, so single-stream tokens land at a walking pace on large models.