Manufacturer Released YO2 495 Mini-PC
The refreshed desktop supports expanded memory capacities and higher power delivery for compute-intensive workloads.
Updated on Sept. 30, 2026 in Computers
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The manufacturer has launched the YO2 495 mini-PC, a hardware update that significantly increases storage and memory ceilings over the previous model. The system is now available for those requiring compact, high-capacity computing.
Why it matters
The upgrade reflects a shift in mini-PC design to support memory-heavy tasks by leveraging integrated platform capabilities for large-scale data allocation. This development bridges the gap between ultra-compact form factors and the demands of high-performance localized computing.
The YO2 495 supports up to 24TB of storage across three M.2 2280 slots and utilizes 192GB of system RAM. Notably, the hardware allows for up to 160GB of that RAM to be allocated as VRAM via the AMD Gorgon Halo platform.
The players
AMD
A designer and manufacturer of semiconductor chips, including high-performance processors and graphics hardware for computing platforms.
The details
The YO2 495 is built around the Ryzen AI Max+ Pro 495 chipset and the Radeon 8065S iGPU (integrated graphics processing unit). It utilizes three M.2 2280 slots—a standard form factor for high-speed NVMe solid-state drives—to reach its 24TB storage threshold. The system relies on the AMD Gorgon Halo platform to manage high-speed memory allocation, enabling the integrated GPU to draw from system RAM for graphics and AI processing tasks.
Timeline
- 2026-09-30
The manufacturer officially released the YO2 495 mini-PC.
The Tech Race
The YO2 495 builds on the architectural foundation of the YO2 395, pushing the performance ceiling higher within the compact desktop category. This release updates the performance metrics previously established by the legacy model in the high-density mini-PC segment.
Users with compute-intensive workflows can now utilize 192GB of RAM to handle larger datasets locally on a compact device. The 160W thermal design power requirement means that prospective buyers must ensure their workstation power supply and cooling environment can manage the higher heat output.
The takeaway
The YO2 495 demonstrates how mobile-derived chipsets are increasingly capable of supporting workstation-class memory loads. Watch for future benchmark comparisons against previous-generation compact desktops to see how the Gorgon Halo platform scales under sustained thermal loads.
Further reading
For broader trends in hardware evolution, see our coverage of Computers.
Source note: This article includes information reported by Notebookcheck.
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