NVIDIA DGX / RTX Spark

Step into the future of accelerated computing with the DGX Spark Personal AI Supercomputer. Whether you're a solo researcher, a fast-scaling start-up, or an enterprise IT leader, DGX Spark delivers enterprise-grade AI power, so you can train, fine-tune, and deploy at your own pace.

At its core, DGX Spark leverages NVIDIA Grace Blackwell architecture, delivering the performance and scalability needed for today’s most demanding AI workloads. It delivers ultra-fast compute, flexible scaling, and access to the full NVIDIA AI software stack—removing infrastructure barriers and accelerating every stage of your AI journey.

Ready to Scale Your AI? Contact our AI solutions team today to discuss your project and get started with DGX Spark.

NVIDIA RTX Spark is new processor architecture, at the heart of multiple laptops from different brands such as Asus, Microsoft and MSI. Spark laptops are ideal for a wide range of tasks, from gaming, to content creation, running local AI agents, and of course home/office productivity applications.

First generation Spark laptops are powered by the N1X SoC (System on Chip) comprising an ARM-based CPU, powerful GPU (which doubles up as an NPU) and unified memory serving both processors. SoCs are typically more efficient and smaller than traditional x86 processors, resulting in smaller laptops and longer battery life, but it's important to check the specs carefully of specific laptop models. In more graphically demanding workloads, and AI tasks, SoCs typically deliver higher performance too.

These particular Spark laptops are equipped with 24GB of memory, so are ideally suited for entry-level graphics and video applications, AI agents, and games.

NVIDIA RTX Spark is new processor architecture, at the heart of multiple laptops from different brands such as Asus, Microsoft and MSI. Spark laptops are ideal for a wide range of tasks, from gaming, to content creation, running local AI agents, and of course home/office productivity applications.

First generation Spark laptops are powered by the N1X SoC (System on Chip) comprising an ARM-based CPU, powerful GPU (which doubles up as an NPU) and unified memory serving both processors. SoCs are typically more efficient and smaller than traditional x86 processors, resulting in smaller laptops and longer battery life, but it's important to check the specs carefully of specific laptop models. In more graphically demanding workloads, and AI tasks, SoCs typically deliver higher performance too.

These particular Spark laptops are equipped with 32GB of memory, so are ideally suited for some graphics and video applications, AI agents, and games.

NVIDIA RTX Spark is new processor architecture, at the heart of multiple laptops from different brands such as Asus, Microsoft and MSI. Spark laptops are ideal for a wide range of tasks, from gaming, to content creation, running local AI agents, and of course home/office productivity applications.

First generation Spark laptops are powered by the N1X SoC (System on Chip) comprising an ARM-based CPU, powerful GPU (which doubles up as an NPU) and unified memory serving both processors. SoCs are typically more efficient and smaller than traditional x86 processors, resulting in smaller laptops and longer battery life, but it's important to check the specs carefully of specific laptop models. In more graphically demanding workloads, and AI tasks, SoCs typically deliver higher performance too.

These particular Spark laptops are equipped with 64GB of memory, so are ideally suited for demanding graphics and video applications, AI development, multi-tasking and games.

NVIDIA RTX Spark is new processor architecture, at the heart of multiple laptops from different brands such as Asus, Microsoft and MSI. Spark laptops are ideal for a wide range of tasks, from gaming, to content creation, running local AI agents, and of course home/office productivity applications.

First generation Spark laptops are powered by the N1X SoC (System on Chip) comprising an ARM-based CPU, powerful GPU (which doubles up as an NPU) and unified memory serving both processors. SoCs are typically more efficient and smaller than traditional x86 processors, resulting in smaller laptops and longer battery life, but it's important to check the specs carefully of specific laptop models. In more graphically demanding workloads, and AI tasks, SoCs typically deliver higher performance too.

These particular Spark laptops are equipped with 128GB of memory, so are ideally suited for the most demanding graphics and video applications, AI development, multi-tasking and games.