Rock-solid, high-performance, purpose-built BOXX desktop, mobile, and rackmount systems accelerate professional 3D CAD, animation, visual effects, deep learning, and other creative applications.
Designed to increase productivity and housed in our own Made-in-the-USA chassis, BOXX APEXX high-end, custom built workstations are designated by Intel or AMD processor options and tailored for your specific applications and workflow.
Accelerate 3D CAD, design, and VFX applications with the S-Class, configurable with a 9th gen, eight-core Intel Core i7/i9 professionally overclocked up to 5.1GHz and support for four professional GPUs
Whether editing feature films or deploying cutting edge VR, the X-class, featuring Intel X-Series processors, up to four professional GPUs, and 128GB of memory, is ideal for extreme multi-tasking in complex production pipelines
A compact, rock-solid entry level workstation for 3D CAD and motion media, the E-class features a single Intel Core i7-9700K processor (additional CPU options available) along with a single, dual-slot professional GPU, memory, and ample storage options.
With support for up to five GPUs and powered by dual Intel Xeon SP processors (up to 56 cores) the D-class is our most advanced workstation, supporting complex rendering, broadcast graphics, multi-display walls, deep neural network training, and other professional workflows.
Featuring a single Intel Xeon W processor and up to four GPUs, the versatile W-class maximizes ROI and delivers outstanding performance for rendering, simulation, and other GPU-accelerated applications.
For versatility and mega-tasking performance within demanding 3D content creation, rely on APEXX T-Class featuring an AMD Ryzen™ Threadripper™ processor (up to 64 cores), ample memory, plenty of hard drives, and up to four professional GPUs
Create faster than ever in 3ds Max, Revit, AutoCAD, and more with the ultra-compact A-class featuring an AMD Ryzen™ (up to eight cores) and an NVIDIA Quadro® or AMD® RadeonPro™ GPU.
Take your work anywhere and never sacrifice desktop workstation performance with GoBOXX mobile workstations featuring state-of-the art Intel Core i7/i9 processors, NVIDIA Quadro or GeForce graphics, up to 64GB of RAM, and gorgeous full HD displays.
Weighing only 3.96 lbs. and just .69” thick, ultra-thin GoBOXX SLM is the perfect mobile workstation for your creative applications. Featuring an Intel® Core™ i7 processor and professional NVIDIA Quadro® graphics on a 15.6″ or 17.3″ full HD (1920×1080) display, GoBOXX SLM delivers performance and reliability, enabling you to work from anywhere.
Take your work anywhere and never sacrifice desktop workstation performance with the GoBOXX MXL professional mobile workstation featuring a 9th generation, 8-core, Intel® Core™ i7 desktop-class processor, NVIDIA graphics, up to 64GB of RAM, and a gorgeous 17.3″ full-HD display.
Equipped with a desktop-class Intel® Core™ i7 processor and NVIDIA GPU, GoBOXX MXL is a true tower workstation replacement ideal for demanding 3D applications like Autodesk 3ds Max, Maya, Revit, and more, as well as VR deployment on-the-go.
Whether housed in a server room, on a mobile rack, or inside an OB truck, custom-configured RAXX systems deliver state-of-the-art power and performance for production applications and workflows.
From film editing and cutting edge VR, to broadcast graphics, multi-display walls, and deep neural network training, 3U RAXX handle the most demanding professional workflows
With space for additional NVIDIA Sync II cards, networking, storage adapters, or NVMe storage devices, 4U RAXX delivers industry-leading performance for VDI, broadcast, live production, training simulators, and more
Featuring the power and performance of a desktop workstation in a rack-mounted, high-density form factor, FLEXX enables organizations to accelerate workflows onsite or remotely, access data, creative content, team projects, and more.
Accelerate your creative workflow by offloading your rendering to renderBOXX, the 2U dedicated rendering module purpose-built for demanding visualization and animation renders.