Simulation Quadbox

The Captec Simulation Quadbox provides four independent Image Generation systems in one 4U enclosure.

Powered by Intel Core i processors and nVidia GPU’s this unique and powerful design offers the same performance as four individual IG’s while saving on space, weight and reducing maintenance and repair time.

The option of an integrated Quadro Sync kit enables the independent graphics outputs to be used for multiple displays to form one immersive display without timing and display artifacts.

4U System

Windows

Intel Core i

Computer

High Performance Intel Core-i Series CPU

The Quadbox features high performance Intel Core i5, i7 and i9 processors.

nVidia RTX Graphics

Each IG node has the option for scalable graphics performance to suit its application with options from cost effective, Nvidia RTX 1660 to high performance 2080 TI cards.

Space Saving Design

Due to its innovative design the Quadbox allows for four independent simulation PCs to be integrated into a single 4U chassis, reducing your overall rack space significantly.

Simplified Maintenance

Use of a single chassis provides effective and improved access for upgrades, reworks or maintenance activities. The Modular design speeds up component replacement including drives, motherboard assemblies and PDUs

Quadro Sync II Compatible

Through the addition of a single Quadro Sync card and select nVidia Quadro Pascal graphics cards the Quadbox can become fully Quadro Sync compatible allowing for synchronisation connected displays and projectors.

Combining four systems into one 4U chassis the Quadbox lowers demand on rack space
Shared system architecture provides more cost-effective performance
High-performance image generation, powered by Intel Core i processors and Nvidia performance graphics cards
Hardware synchronisation option keeps multiple displays powered by the Quadbox’s independent graphics outputs free of artifacts and timing issues enabling them to be combined into an highly immersive display
Robust and reliable with an improved thermal profile