A new hardware review published by YouTube creator ETA PRIME has revealed the real world gaming capabilities of the premium AMD Ryzen AI Halo mini PC. The video analysis focuses on the gaming performance of this compact computer in modern titles using a resolution of 1440p. Although the system is marketed primarily as a workstation for artificial intelligence workloads the benchmarking data shows that the hardware handles demanding gaming software with high efficiency.
The internal architecture of the AMD Ryzen AI Halo is built around the Ryzen AI Max Plus 395 processor. Graphics processing is managed by an integrated Radeon 8060S chip. The system is equipped with a massive pool of 128 gigabytes of system memory. To assist with intensive graphics rendering users can allocate up to 96 gigabytes of this shared memory pool to function exclusively as video random access memory. This unique configuration provides the system with a massive buffer for high resolution textures and complex computational assets.
The tests conducted during the evaluation show solid frame rates across several modern titles at 1440p. In Forza Horizon 6 utilizing high graphical presets without any spatial upscaling tools the mini PC achieved a stable 100 frames per second. Testing in Resident Evil Requiem with identical high presets resulted in a performance of 65 frames per second. For the highly demanding title Crimson Desert the system maintained an average of 55 frames per second with the FSR Balanced upscaler enabled.
This level of performance requires substantial energy draw and thermal management from the compact chassis. During intensive gaming workloads the system consumed up to 176 watts of electricity. Thermal monitoring during the benchmark sessions showed that the hardware averaged operating temperatures around 78 degrees Celsius. Under peak stress conditions the internal sensors recorded a maximum temperature of 92 degrees Celsius before the cooling system stabilized the thermal output.
