BOXX launches APEXX T4 PRO workstation with 96-core Threadripper

The transition to local 8K environments and on-device AI model training is forcing a hardware refresh in production houses. By integrating the Zen 5-based Threadripper PRO and NVIDIA’s Blackwell architecture, BOXX provides a dense compute alternative to multi-socket server racks for vfx and rendering. This shift reflects a broader industry movement toward 'data sovereignty,' where studios reduce operational latency and cloud egress fees by processing complex simulations locally. As AI-augmented workflows become standard, the ability to balance ultra-high core counts with extreme memory bandwidth will separate efficient production pipelines from those bottlenecked by legacy infrastructure. Watch for AMD's expanding 'ROCm' software support on Windows to further bridge the gap between CPU-heavy rendering and GPU-driven AI.

The launch of the APEXX T4 PRO coincides with a significant technical milestone for AMD. According to reporting from Tom’s Hardware in July 2025, the 'Shimada Peak' Threadripper PRO 9000 series marked the fifth anniversary of the product line, introducing a 16% IPC uplift via the Zen 5 architecture. This generational jump was specifically designed to challenge Intel's Xeon W-3400 series, which maxes out at 56 cores compared to AMD's 96. AMD also emphasized performance leads of up to 145% in media and entertainment tasks during its 'Advancing AI' event, according to VideoCardz in June 2025.

Simultaneously, NVIDIA has aggressively expanded its professional Blackwell GPU lineup. Per PNY and NVIDIA datasheets from late 2025 and 2026, the RTX PRO 2000 Blackwell featured in the base BOXX configuration utilizes GDDR7 memory and 5th Generation Tensor Cores to provide a standard for 'mainstream professional performance.' This hardware ecosystem is already being adopted by major software providers. In May 2026, NVIDIA announced that Adobe, Blackmagic Design, and Blender were rearchitecting applications for the RTX platform to deliver dual-speed gains in AI and graphics processing.

Broadly, the professional workstation market in 2026 is moving toward 'Confidential Computing' and local AI-native capabilities. Per CANCOM reporting from May 2026, industries are facing mounting pressure to adopt tools capable of handling billion-polygon engineering designs and generative AI without sending sensitive data to the cloud. This trend is reinforced by the shift to IP-native workflows in broadcasting, which, according to NewscastStudio in December 2025, requires software-defined systems that can handle a larger physical footprint and higher energy costs associated with sustained, high-load localized computing.