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HP ZGX Nano G1n AI Station - 128 GB - 4 TB

Not AvailableHP ZGX Nano G1n AI Station - 128 GB - 4 TB

The HP ZGX Nano G1n AI Station is a high-performance mini PC designed to accelerate AI workflows, ...

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Processor Family
AMD Ryzen 10AMD Ryzen 3AMD Ryzen 5AMD Ryzen 7AMD Ryzen 9ARM CortexIntel Core i3Intel Core i5Intel Core i7Intel Core i9
Colour
BlackGreyWhite
RAM
128 GB16 GB24 GB32 GB48 GB64 GB8 GB
Internal Storage Capacity
1 TB2 TB256 GB4 TB512 GB

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Product Information

Full details

The HP ZGX Nano G1n AI Station is a high-performance, compact workstation engineered for developers and data scientists who require robust local compute power for AI prototyping, fine-tuning, and inferencing. Featuring the powerful NVIDIA GB10 Grace Blackwell Superchip, 128 GB of LPDDR5x-SDRAM, and a 4 TB SSD, this device allows for the local execution of models up to 200B parameters without relying on cloud-based infrastructure; however, users should be prepared to work within a Linux environment as it is the primary operating system.

All features

ColourBlack
RAM128 GB
Internal Storage Capacity4 TB
OSLinux
Processor FamilyARM Cortex
SeriesZGX Nano G1n
Model Part NumberCZ9K4ET#ABD
BrandHP

Extended Product Information

FAQs

Can I install Windows on the ZGX Nano G1n?

The ZGX Nano G1n is optimized and pre-configured for Linux to support the ZGX Toolkit effectively.

What is the maximum model size I can run locally?

The system is capable of prototyping and inferencing models up to 200B parameters.

Does this device support external GPU expansion?

The unit features integrated NVIDIA Blackwell graphics and is designed as a standalone AI station; external GPU expansion is not supported.

Is the RAM upgradeable?

The system comes with 128 GB of LPDDR5x-SDRAM, which is the maximum supported memory capacity.

What power voltage does the unit require?

It supports a global power range of 100 - 240 V at 50 - 60 Hz.

Can I connect this to my existing laptop?

Yes, you can connect the ZGX Nano to your local network and use your existing computer to access the station's AI capabilities remotely.

Troubleshooting

Device failing to connect to Wi-Fi 7

Ensure your router supports Wi-Fi 7 standards and check that the internal MediaTek MT7925 drivers are correctly installed in your Linux distribution.

Performance throttling during heavy workloads

Check for obstructions around the chassis vents and ensure the ambient temperature of your workspace is within recommended operating limits.

Model deployment errors in ZGX Toolkit

Verify that your model files are compatible with the current version of the ZGX Toolkit and check that your SSD has sufficient free space for model caching.

Pros and Cons

Pros

  • Extremely high compute performance for the form factor
  • Eliminates reliance on costly cloud AI infrastructure
  • Compact 1.25 kg chassis fits easily on any desk
  • Optimized ZGX Toolkit simplifies AI workflow deployment

Cons

  • Requires proficiency in Linux operating systems
  • Small form factor may limit physical hardware expansion
  • High performance requires adequate airflow for cooling

Setup, Compatibility & Care

Setting up the ZGX Nano is straightforward: connect the power adapter, attach a display via HDMI 2.1, and establish a network connection via Ethernet or Wi-Fi 7. Since the device runs on Linux, ensure you have the necessary SSH keys or terminal access configured for your development environment. The ZGX Toolkit should be initialized immediately to begin managing your AI models. For care, ensure the intake and exhaust vents remain unobstructed, as the high-performance GB10 chip generates significant thermal energy under load. Keep the unit in a clean, dust-free environment and periodically update your Linux drivers and ZGX software via the official HP channels.