AxForge offering

Rent the NVIDIA GB10 as a dedicated DGX Spark

Subject to confirmed capacity and terms: GB10 is NVIDIA's Grace-Blackwell superchip: an ARM64 Grace CPU and a Blackwell GPU sharing one 128 GB memory pool, which AxForge runs in production and rents as a dedicated DGX Spark in Málaga, Spain. Weights up to roughly 100 GB load on a single chip without sharding, with labelled community benchmarks below.

Check the console for current access, prices and availability.

128 GB unified · CPU + GPU ARM64 €1.19/hour on demand gb10.axforge.ai
Rent GPU €1.19/hour on demand · €0.95/hour by the week · €0.91/hour by the month · €0.85/hour by the year Full SSH access on a single-tenant machine; longer reservations earn the lower rate.
Two GB10 machines

Why AxForge

Why GB10 on AxForge

One 128 GB poolWeights, KV cache and the host share the same memory, so model weights up to roughly 100 GB load on a single GB10 without sharding, with room left for cache and the system.
MoE is the sweet spotCommunity data (llama.cpp size sweep, Q4_K_M): Qwen3 30B-A3B MoE decodes at 89.3 t/s where a 32B dense model manages 10.7 t/s, because a sparse model only reads its active experts per token.
Runs AxForge in productionThe same chip serves AxForge serverless inference from Stockholm, and the serving stack runs on ARM64 in production. Prompts on your dedicated machine are never persisted.

Specifications

What is offered

SuperchipNVIDIA GB10 Grace-Blackwell: Grace CPU + Blackwell GPU on one package
Memory128 GB unified, shared CPU/GPU, no separate VRAM
CPU architectureARM64 (Grace)
Ships inNVIDIA DGX Spark: dedicated, single-tenant, full SSH access
Rental termHour, week, month or year
Pricing€1.19/hour on demand · €0.95/hour by the week · €0.91/hour by the month · €0.85/hour by the year
RegionMálaga, Spain (eu-es-1)
Community decode, 30 to 35B MoE~40 to 90 t/s at 4k context. Labelled community data, not ours
TrialTrial access is available for qualifying customers.

GB10 catalogue reference: specifications and requirements. List prices in EUR.

How it works

Using this offering

1Confirm capacity and terms in the console before the rental steps below. A public request records demand; it does not reserve or provision a machine.
2Sign in to AxForge.
3Choose a rental duration: hour, week, month or year.
4Check availability, or reserve a start time.
5Add your SSH key and connect to your DGX Spark.
6Deploy ARM64 builds of your models, containers and serving stack.
7End the rental when your workload is complete.

Rent GPU or sign in to start.

FAQ

GB10: common questions

What is the NVIDIA GB10?

GB10 is NVIDIA's Grace-Blackwell superchip: a Grace ARM64 CPU and a Blackwell GPU sharing 128 GB of unified memory in one pool. It powers the NVIDIA DGX Spark, which is the product you rent.

How fast is GB10 for LLM inference?

Community benchmarks (SparkBench, llama.cpp) span roughly 10 tokens/s for 30B-class dense models up to ~90 tokens/s for 30 to 35B MoE at 4k context, with small dense models faster still. These are labelled community numbers, not ours. Architecture, quantization and serving stack dominate.

Can I rent GB10 in the cloud?

Capacity and terms must be confirmed before a booking. as a dedicated NVIDIA DGX Spark from AxForge, hosted in Málaga, Spain (eu-es-1) with full SSH access: €1.19/hour on demand, €0.95/hour by the week, €0.91/hour by the month or €0.85/hour by the year.

Does GB10 run large models without sharding?

The 128 GB unified pool means model weights up to roughly 100 GB can load on a single GB10 without sharding across devices, leaving room for KV cache and the system. Production workloads on AxForge nodes are 7B to 35B class models.

Is GB10 an ARM platform?

Yes. The Grace CPU is ARM64, so software must be built for ARM64. AxForge's own serving stack runs on it in production.

Why does a 35B MoE beat a 32B dense model on it?

GB10 has plenty of compute but roughly 273 GB/s of memory bandwidth: dense decode is bandwidth-limited, while a sparse MoE only reads its active experts per token. In the community llama.cpp sweep that is 89.3 t/s versus 10.7 t/s.

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