BOXX launches RAXX W3 rack workstation with 60-core Xeon processors
BOXX has launched the RAXX W3, a new 3U rackmount workstation that supports up to four GPUs and Intel Xeon W processors with up to 60 cores. This system is designed for demanding professional workflows, including complex rendering, broadcast graphics, and deep neural network training. The RAXX W3 aims to provide significant computational power for creative and AI-driven video applications.
Key Takeaways
- Supports Intel Xeon W-3500 series processors with up to 60 cores and 120 threads
- Configurable with up to four GPUs at full x16 PCIe bandwidth
- Maximum memory capacity of 1TB DDR5-4800MHz across eight DIMM slots
- Storage expansion includes 10 2.5-inch drive bays and two M.2 NVMe slots
- Power system utilizes dual 2000-watt 80 PLUS Titanium supplies with a 1400W GPU budget
Why It Matters
The RAXX W3 addresses the critical need for localized high-density compute in virtual production and live broadcast environments where cloud latency is prohibitive. By packing 60-core processing and quad-GPU support into a 3U chassis, BOXX provides a specialized alternative to general-purpose servers for real-time rendering and AI model training. This launch reinforces the trend toward 'commodity' AI hardware capable of handling massive neural network datasets locally rather than relying purely on centralized data centers. Competitively, this positions BOXX to capture high-end media workflows as legacy studios upgrade hardware to meet the requirements of generative AI and 8K video pipelines. Watch for adoption rates in professional sports broadcasting and VFX houses requiring rapid local iteration.
Additional Context
The RAXX W3 launch coincides with significant updates to the professional workstation ecosystem. Per Intel and TechPowerUp (August 2024), the newly released Xeon W-3500 series processors represent a 'Sapphire Rapids' refresh, increasing maximum core counts from 56 to 60 while maintaining the Intel W790 chipset compatibility. These chips are specifically optimized for multithreaded performance gains of roughly 10% over previous generations, addressing the surging demand for AI development hardware that maintains stability for round-the-clock enterprise operations. Simultaneously, the NVIDIA RTX 2000 Ada Generation has expanded the availability of the Ada Lovelace architecture to more compact form factors. According to NVIDIA (May 2024), the RTX 2000 provides up to 1.6 times higher performance in generative AI tasks like Stable Diffusion compared to previous-generation cards. This hardware advancement is critical as the global workstation market is projected to reach approximately $126.7 billion by 2035, per Future Market Insights (June 2025), driven largely by the integration of machine learning and real-time 3D modeling into standard media production workflows. While industry leaders like Dell and HP continue to dominate the broader enterprise desktop space, specialized manufacturers like BOXX and Puget Systems are increasingly focused on the high-density rackmount segment. Per IDC reporting (2025), the global market for rack-mounted infrastructure is growing at an 8.5% CAGR as organizations prioritize scalable, liquid-cooled solutions to manage the heat and power demands of modern GPU-heavy workloads. This shift reflects a broader industry move toward modular, rack-based workstations that can be centralized in server rooms while serving remote creative talent.
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