Satin metal, precise edges.
A fine-textured finish and controlled edge highlights create a refined appearance without decorative lighting.
ZXO GB10 / DESKTOP AI CONCEPT
Local intelligence.
Beautifully considered.
A personal space for ambitious AI work. ZXO GB10 brings a proposed NVIDIA GB10 platform together with an airflow-first enclosure, considered metal finishes and a calm desktop presence.
Plan your GB10 configurationDesign concept. Engineering validation pending.
Availability and pricing have not been announced.
A DIFFERENT KIND OF DESKTOP
Make room for the work.
Give the heat somewhere to go.
The design starts with space for a useful cooling system. A generous lower intake, a guided internal air path and a broad top exhaust define the enclosure. Precise proportions and restrained finishes make that functional structure part of the visual identity.
- Platform reference
- 20-core ArmNVIDIA GB10 CPU
- Proposed memory target
- 128 GBUnified CPU/GPU memory
- Cooling concept
- 140 mmProposed top exhaust fan
- Proposed footprint
- 220 × 220 mm110 mm enclosure height
01 / AIRFLOW FIRST
A clear path.
From intake to exhaust.
Cooling is treated as a complete air path. The proposed architecture connects open intake area, heat spreading, guided flow and a large-format fan, with space to maintain the components that keep air moving.
Let air enter freely.
The raised base creates room for substantial lower-perimeter intake openings. A low-resistance, removable filter is proposed to make routine dust maintenance accessible.
Spread heat. Guide the flow.
A copper vapor chamber and open-channel heat sink are proposed for the compute area. A sealed duct and side baffles aim to keep air moving through the cooling structure, with separate thermal paths for auxiliary components.
Give warm air a direct exit.
A proposed 140 mm axial fan draws air toward the broad top grille. Fan characteristics, fin spacing, filter resistance and exhaust clearance will be developed together to balance cooling and acoustics.
This is a cooling design intent. ZXO has not published measured temperatures, noise levels or sustained-load performance for this concept.
02 / MATERIALS WITH PURPOSE
Quiet confidence.
In every detail.
The proposed satin aluminum enclosure combines a warm titanium-silver color with narrow champagne-colored metal reveals. Rounded transitions, a small ZXO mark and a flush power button keep the front composed.
The slotted top and vertical side rhythm express the machine’s cooling brief. The floating base gives the intake a deliberate place in the silhouette. A removable lower structure is part of the serviceability concept.
Titanium-silver describes the proposed finish, not a claim that the enclosure is solid titanium. Final materials and manufacturing methods remain to be selected.
A grounded, compact form.
The proposed 220 mm square footprint creates a useful starting point for a desk-friendly system with room for cooling.
Designed to be considered inside.
Accessible intake filtration, a removable base and planned service clearances are priorities for the next engineering phase.
03 / LOCAL AI, CLOSE AT HAND
A workspace for
your own AI ideas.
NVIDIA’s GB10 platform combines an Arm CPU and Blackwell GPU with unified memory. For compatible workloads, that offers a way to develop and run AI locally while keeping control of the software and data workflow.
Build and explore local models.
Prototype inference services, experiment with prompts and evaluate supported model formats in a local development environment. Choose model size, quantization and context length around the available memory and the response time you need.
Work with your own knowledge.
Explore retrieval-augmented generation, document search and internal assistants using compatible tools. Local execution can support workflows that keep selected data processing on your own machine.
Test agents and AI applications.
Develop compatible Linux/Arm AI software, connect local tools and test repeatable workflows. Cloud and server resources can remain part of the process when a project needs more capacity.
ONE COHERENT PLATFORM
A shared memory approach.
The proposed 128 GB configuration uses unified memory shared by the CPU and GPU. That is a different memory arrangement from a conventional CPU plus discrete graphics card. The operating system, applications and AI workload all need to fit within the available system memory.
Software support matters as much as hardware capacity. Operating-system images, frameworks, drivers and applications must be validated for the final ZXO implementation.
04 / THE PLATFORM AND THE PLAN
Know what is established.
See what we are developing.
NVIDIA platform references describe the underlying technology. ZXO design targets describe the system we would like to develop. They are shown separately so you can evaluate the concept clearly.
NVIDIA PLATFORM REFERENCE
GB10 Grace Blackwell
- Architecture
- Integrated Arm CPU and NVIDIA Blackwell GPU
- CPU
- 20-core Arm
- Memory reference
- 128 GB LPDDR5x unified system memory; shared by CPU and GPU
- Memory bandwidth
- 273 GB/s, as specified for the NVIDIA DGX Spark reference system
- Software direction
- Linux/Arm AI development tools, subject to platform and application compatibility
These are NVIDIA reference-platform characteristics, not benchmark results or confirmed shipping specifications for a ZXO system. GB10 partner systems may use different configurations.
ZXO PROPOSED DESIGN TARGETS
Concept 01
- Memory target
- 128 GB unified memory, subject to OEM platform sourcing
- Enclosure envelope
- Approximately 220 × 220 × 110 mm
- Cooling structure
- Lower intake, copper vapor chamber, open-channel heat sink and proposed 140 mm top exhaust fan
- Exterior
- Satin titanium-silver aluminum concept with champagne-colored metal details
- Final configuration
- Storage, networking, I/O layout, power supply and software image to be confirmed with the OEM platform
Dimensions, material treatments and cooling components are design proposals. The diagrams show a placeholder board and illustrative interfaces, not a validated production assembly.
05 / THE DESIGN, IN DETAIL
Explore every angle.
View the exterior, proposed interface layout and thermal architecture. Open the original images to examine the details at full resolution.
A FEW PRACTICAL DETAILS
Before your project
takes shape.
Can I buy or reserve a ZXO GB10 now?
The ZXO GB10 page presents a development concept. Pricing, availability, final specifications, warranty and delivery terms have not been announced. You can contact us to discuss a project or integration requirements; an inquiry does not reserve hardware.
Does 128 GB mean 128 GB of dedicated GPU memory?
No. The proposed configuration targets 128 GB of unified system memory shared by the Arm CPU and Blackwell GPU. It must accommodate the operating system, applications and AI workload. Usable model capacity also depends on precision, quantization, context, runtime overhead and other active tasks.
Will my existing Windows or x86 applications run?
GB10 is an Arm-based platform. Application and framework compatibility must be checked for the selected operating system and software stack. The ZXO concept is being considered for compatible Linux/Arm AI workflows; support for a particular Windows or x86 application is not implied.
How quiet will it be under load?
Cooling and acoustics are engineering priorities, but no measured noise or thermal figures are available for this concept. Fan selection, fin spacing, vent area, dust filtration and control curves need to be validated together on a physical prototype.
What should I include in an inquiry?
Tell us which models, applications and frameworks you use, the response times or workload you need, your memory and storage expectations, and where the system would operate. Project quantity and timing will help us discuss a useful next step.
HELP SHAPE WHAT COMES NEXT
Bring your workload.
Let’s consider the system.
Discuss local AI, platform integration or a potential development collaboration for ZXO GB10.
PRODUCT CONCEPT BRIEF / PDF
Keep the GB10 direction close.
Exterior concept, NVIDIA platform references and ZXO engineering targets in a one-page brief. Final configuration and availability require confirmation.