- Board size: 76mm × 55mm × 7.8mm (length × width × height)
- Onboard Godson processor 2H, clocked at 800MHz, DDR3 memory 2GB
- Onboard 16MB SPI FLASH, 2GB CPU NAND FLASH
- Support embedded LINUX operating system, kernel version 2.6.32
- Two RGMII Gigabit PHY interfaces are provided
- The default is 4 PCIe 2.0 x1, configurable as 1 PCIe 2.0 x4
- 4x USB 2.0, 1x SATA2.0, 1x VGA, 4x 3-wire UART interface, 1x I2C, 1x SPI, 10x GPIO
- Standard DC 12V power supply, support for wide voltage input 6V-14V, power consumption up to 8W
- Operating temperature: -40 ℃ to 70 ℃
- Storage temperature: -55 ℃ to 80 ℃
Vehicle comprehensive communication control equipment is the core part of vehicular communication system. The equipment requires high integration degree, and shall be able to offer voice and asynchronous data, E1 data, Ethernet data, to connect, exchange and control the equipment of various channels, and to exercise uniform monitoring and management on the status of all the vehicle channel equipment. Besides, according to the vehicle communication resource, it shall automatically choose suitable communication link to finish communication, which is directed at raising the reliability of communication system as well as the efficiency of the system’s operational command.
The vehicle integrated communication control equipment complies with the MTCA.0 standard and GJB367A-2001 army loading standard. Based on standard and modular design, our company provides multiple interfaces to connect with all the channel equipment and to connect, exchange and control various channel equipment. The built-in high-performance computation module can operate network management software to bring about the uniform monitoring and management of network. This solution comprehensively brings about the connection of various channel transmission equipment, data exchange, and network monitoring and management, greatly raises the integration degree and reliability of vehicle communication system and upgrades the efficiency of system deployment, application and control.
1,Integration:adopt standard communication-oriented hardware platform as the basic platform of equipment, comply with the standard and modular design principle, which ensures high integration degree and flexible configuration. All this is aimed at making the system less complex and raising the efficiency in maintenance and management.
2,Fit for vehicle applications: The equipment shows low weight and small size, integrates the connection and transmission of multiple channels, and can also accomplish data exchange, computing control, and other functions. Thus it can meet such vehicle requirements on equipment as multiple functions and small size.
3,Rich business interfaces shall be deployed as per needs. We shall offer multiple transmission interfaces, video and audio transmission interfaces, and service control interfaces, which can be deployed in a flexible way as per the actual application needs.