To be one of the foremost Industrial graphics cards and GPGPU solution provider, Aetina enriches its Multi-Display graphics products with Multi Display Savant (MDS) series, powered by Nvidia high performance serial GPUs.
The MDS graphics series stride the monitor boundaries; enlarge your insight with an expanded display. Delivering high-resolution quality image and seamless multimedia experience across up to 12 displays based one single Nvidia GPU, the MDS graphics series are ideal solution with flexibility, productivity and reliability for digital signage, display walls and any of multiple monitors deployment in business, industry, enterprise and mission-critical environments.
The MDS graphics series feature Nvidia Surround technology, with up to 6GB on-board frame buffer memory, supporting as high resolution as 15360x1024 for a spectacular display wall. Regardless of type of system (desktop, small form factor system and workstation) or display connectivity (DisplayPort, HDMI, DVI and VGA), Aetina MDS graphics series enable the most efficiency and compatibility to fit your demanding multi-display installations.
Though generally speaking two ball bearing fan more expensive, but are more durable at higher temperature, are more quieter and with even 4x longer lifespan, do not suffer the same orientation limitations as sleeve bearing fans. Aetina always gives priority to quality instead of cost.
VHDCI is a compact and small size 68-pin connector that optimized for applications require high-performance but in space-limitation. To be a SCSI connector, VHDCI supports up to 5 Gbps data rate and function as a multi-monitor connector, capable for digital or analog signals, this capacity enables us to gang four connectors on a PCIe back-plate, performing as an external 12-lanes on a single graphics card.
Enhancing the display stability, our MDS video wall editions (e.g. 6x, 9x, 12x displays) features hardware EDID catching inside, preventing display default configuration reset while monitor malfunction or disconnection, optimize displaying stability and quality.