CRS-C2I-3VB1 Base Plate Cooled 3U VPX Rugged Intel based Computer
|Product||Form Factor||Processor||Cooling||Operating Temp||Weight lb (kg)|
|CRS-D4I-3VB1 COTS Rugged System||VPX 3U||2nd Gen. Intel Core i7||Conduction||-40˚C to +71˚C||13.4 lbs (6.1kg)|
|CRS-D5I-3VC1 COTS Rugged Computer||VPX 3U||Tilera TILEPro64 @ 700 MHz, 2nd Gen. Intel Core i7||Convection||-40˚C to +50˚C||20 (9)|
|CRS-D8I-3VF1 COTS Rugged System||VPX 3U||3rd Gen. Intel Core i7||Conduction Cooled (Forced Air)||-40˚C to +55˚C||22 lbs (9.98 kg)|
|CRS 48.5 COTS Rugged System||OpenVPX 6U||Intel Quad Core i7||Air-Flow Through-Cooled||-40˚C to +55˚C||61 lbs (28 kg)|
|CRS-C2I-3VB1 COTS Rugged System||VPX 3U||2nd Gen. Intel Core i7||-40˚C to +70˚C||12 (5.5)|
Some aircraft designers and systems integrators already design computers in-house. For these companies, the question must be asked, just because you can, should you? Anything that distracts you from your core competencies could result in project overruns, delays or failure.