Grace Blackwell Ultra
NVIDIA GB300 architecture for substantial local AI workloads.

NVIDIA AI computing at IDEALTECH
From your desk to your
next AI breakthrough.
Explore DGX Station, DGX Spark and RTX Spark systems for local AI development, demanding workloads and everyday creation.
Three platforms. Your next step.
Compare how you work, what you want to run and where you need your system.
Swipe to compare all three platforms ↔
| Your platform at a glance |
![]() | ![]() | ![]() |
|---|---|---|---|
| Best suited to | Large-model development, demanding inference and advanced data science | Local agents, prototyping, supported fine-tuning and inference | Local AI, creative work, RTX gaming and everyday productivity |
| NVIDIA platform | NVIDIA GB300 | NVIDIA GB10 | NVIDIA RTX Spark N1X |
| Form factor | Deskside AI system | Compact desktop AI system | Laptops and compact desktops |
| Software environment | Confirm the supplied OS with each manufacturer | NVIDIA DGX OS / Ubuntu-based software environment | Windows 11 |
| Connectivity | ConnectX-8; system configuration varies | ConnectX networking for supported multi-system workflows | Depends on the selected system |
| Explore each platform | Explore DGX Station ↓ | Explore DGX Spark ↓ | Explore RTX Spark ↓ |
Representative devices shown. Platform overview, not a guarantee for every system. Memory, software, networking and application support vary by manufacturer and configuration. Memory capacity alone does not identify an RTX Spark CPU/GPU configuration.
For demanding AI workloads
NVIDIA DGX Station
Bring large-model development and advanced data science closer to your team with a dedicated deskside AI system.
NVIDIA GB300 architecture for substantial local AI workloads.
A large coherent memory system for supported models and workflows.
A dedicated platform for development, experimentation and data science.
Explore the lineup
Open a product for its configurations, current availability and delivery information.
Your personal AI supercomputer
NVIDIA DGX Spark
Develop agents, prototype applications and work with AI models on a compact NVIDIA GB10-powered desktop.
Grace Blackwell architecture on your desk.
A large shared memory pool for compatible local AI workloads.
Extend supported workloads with the right software and networking.
Explore the lineup





Open a product for its configurations, current availability and delivery information.
From ideas to working AI
Six ways to put a DGX Spark or compatible GB10-powered system to work.

Develop agents that coordinate models, tools and tasks locally.

Build and evaluate an application before taking it to a larger deployment.

Adapt supported pretrained models to your own datasets and use cases.

Run compatible models and evaluate their responses on your own system.

Explore GPU-accelerated analytics and machine-learning workflows.

Develop computer vision and robotics applications with compatible frameworks.
Start small. Connect more.
Start with one 128GB DGX Spark system. Connect compatible systems as your supported workloads grow.
Across 1 system
Across 2 systems
Across 4 systems
Totals are for 128GB systems. Each system retains its own memory; supported software distributes the workload. Four-system clusters require a suitable switch, compatible networking and configuration.
Discuss a multi-system setup ↗
AI development. Creation. Gaming.
NVIDIA RTX Spark
Explore NVIDIA RTX Spark laptops and compact desktops that bring local AI, creative applications and RTX gaming into a Windows PC.
Explore compatible local models and agent workflows.
Prototype and test your AI ideas on a personal system.
Create with supported RTX-accelerated applications.
Explore supported video tools and generative workflows.
Enjoy RTX features in supported games.
Use supported NVIDIA Broadcast features for your setup.
Explore the lineup
Open a product for its configurations, current availability and delivery information.
A little more clarity
Start with the applications and models you want to run. DGX Spark is a compact local AI platform; DGX Station targets more demanding deskside AI workloads; RTX Spark combines local AI with Windows-based creation and gaming. Tell us your intended workload so we can help identify a suitable configuration.
No. Memory affects which workloads can fit, while speed also depends on the processor, GPU, precision, software, power limits and model settings. Compare the complete configuration rather than memory capacity alone.
Memory capacity alone does not identify the processor configuration. Check the CPU, GPU and memory specifications of the exact product you are considering. Open the product listing for its available configurations.
Compatible networking and supported software can distribute workloads across DGX Spark systems. Each system keeps its own memory; this is not one automatically shared memory pool. The four-system layout shown here requires an appropriate switch and configuration. Confirm OEM networking compatibility before ordering.
Check the application, operating system, Arm architecture, drivers and dependencies required by your workload. Windows and DGX OS environments are different, and hardware capability alone does not guarantee application compatibility.
Open the individual product listing to review configurations and availability. If a system is marked Backorder, contact us to confirm the current delivery estimate before placing your order. You can reach our team by WhatsApp or email below.
Let's build your next step
Tell us your applications, model requirements and budget.
We'll help you explore a suitable configuration.