NEOUSYS
POC-351VTC is an ultra-compact, fanless embedded in-vehicle controller powered by Intel® Atom™ Apollo Lake E3950 quad-core processor. It combines finesse performance, extraordinary reliability and affordable cost for versatile in-vehicle applications.
POC-351VTC offers two PoE+ ports to power devices such as IP cameras, and one additional GbE port for data communication. It also features isolated CAN 2.0 port and RS-232/ 422/ 485 ports for communicating with vehicle CAN bus system, individual ECUs or other automotive devices. Wide-range DC input and ignition power control make POC-351VTC fit for most vehicle categories.
Wireless and internet access is essential for modern day in-vehicle applications. POC-351VTC has a total of four M.2/ mPCIe sockets and six antenna holes to accommodate a variety of 4G, 3G, WIFI and GPS modules to satisfy in-vehicle and V2V(vehicle to vehicle) communications. An aluminum heat-spreader is thoughtfully designed to dissipate heat generated by modules to maintain superior operating stability, for the system and communication modules.
Features:
CAN | 1x isolated CAN 2.0 port |
---|---|
Depth | 108 mm |
Height | 153 mm |
Memory RAM | 8 GB |
Processor | Intel Atom E3950 1.6/2.0 GHz quad-core processor |
Shock Resistance | 50 Grms (IEC60068-2-27) |
Supply Voltage DC Max | 35 V DC |
Supply Voltage DC Min | 8 V DC |
Temperature range bearing, from | -40 °C |
---|---|
Temperature range bearing, to | 85 °C |
Temperature range from | -25 °C |
Temperature range to | 70 °C |
Weight | 1 kg |
Vibration Resistance | 5 Grms (IEC60068-2-64) |
Width | 56 mm |
POC-351VTC is an ultra-compact, fanless embedded in-vehicle controller powered by Intel® Atom™ Apollo Lake E3950 quad-core processor. It combines finesse performance, extraordinary reliability and affordable cost for versatile in-vehicle applications.
POC-351VTC offers two PoE+ ports to power devices such as IP cameras, and one additional GbE port for data communication. It also features isolated CAN 2.0 port and RS-232/ 422/ 485 ports for communicating with vehicle CAN bus system, individual ECUs or other automotive devices. Wide-range DC input and ignition power control make POC-351VTC fit for most vehicle categories.
Wireless and internet access is essential for modern day in-vehicle applications. POC-351VTC has a total of four M.2/ mPCIe sockets and six antenna holes to accommodate a variety of 4G, 3G, WIFI and GPS modules to satisfy in-vehicle and V2V(vehicle to vehicle) communications. An aluminum heat-spreader is thoughtfully designed to dissipate heat generated by modules to maintain superior operating stability, for the system and communication modules.
Features:
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