The VIA AMOS-5002 modular industrial chassis kit is an ultra compact solution designed to take full advantage of the VIA EITX-3002 board, making it easy to create a broad spectrum of easy to assemble slim, fanless system designs for a wide variety of  embedded applications.
The VIA AMOS-5002 industrial chassis kit leverages the unique features that the Em-ITX form factor brings to the embedded market, including a rich I/O feature set along both sides of the board through unique dual I/O coastlines, and the EMIO bus, which uses both legacy and modern bus technologies to work with a growing range of Em-ITX expansion modules in a variety of application specific I/O configurations.

Systems built using the VIA AMOS-5002 industrial chassis kit are completely fanless and their VIA Nano X2 E-Series or VIA Eden X2 processor can withstand a wide temperature range of -20°c to 55°c due to the creative de-thermal design utilizing blade style thermal fins. Capable of sustaining a g-force of up to 50, the slim, rugged VIA AMOS-5002 chassis kits are easily assembled and maintained, using only four mechanical pieces to form a robust, fanless system with extensive I/O options.

Product Highlights:

• Modularized design with compact dimensions: 250.2mm(W) x 41mm(H) x 123.5mm(D)
• Fanless operation from -20°C up to 55°C
• Easy, quick installation and maintenance with only four mechanical parts
• Shock resistant up to 50G with vibration resistant design to ensure extended reliability
• Easy to use inter-changeable and customizable front and rear panels
• Multiple mounting options, wall or table and VESA mounting brackets
• Built-in common I/O functional feature cutouts for easy external access
• Maximum space efficiency for optimized electromagnetic compatibility

The VIA AMOS-5002 can be paired with VIA EITX-3002 Series board, which offers rich I/O and multimedia capabilities, making it ideal for a wide range of embedded segments including medical, healthcare, industrial and building automation, digital signage, kiosk, POI/POS, gaming and surveillance applications.