DSIH72VR 57310290-RB控制器
信号器：
主IDE接口活动、电路板状态、电源良好和热插拔蓝色LED指示灯位于前面板上。此外，以太网适配器活动的两个指示灯位于每个RJ45网络连接器上。热管理：利用了一个被动散热器，该散热器依赖于设备机架内以指定流速进行强制空气冷却。有关更多信息，请参阅环境规范。CompactPCI总线桥：是一种通用CompactPCI单板计算机（SBC），支持作为系统插槽控制器或外围插槽控制器的应用。CompactPCI总线的PCI到PCI网桥接口自动配置为作为透明或非透明网桥运行。该实现完全符合PICMG 2.0 3.0版、PICMG 2.1 2.0版和PCI到PCI桥架构1.1版。IPMI：通过Zircon PM外围设备管理控制器提供PICMG 2.9 1.5版IPMI支持。高可用性热插拔：符合PICMG 2.1 2.0版CompactPCI热插拔标准。符合本标准的高可用性规定。当系统运行时，可以卸下并更换处理器。处理可以自动切换到以前安装在系统中的备份SBC。CMOS电池：使用支持现场更换CMOS电池的支架。收割台和跳线可将蓄电池与电路断开，以便长期储存。背板配置：使用CompactPCI背板连接器为多个外围设备提供支持。这些信号被路由到CompactPCI J3和J5连接器。这允许通过背板适配器连接外部IDE磁盘驱动器、软盘驱动器、USB、SATA、视频以及键盘和鼠标。提供与这些信号的连接以促进应用程序开发。注：如果未与背板适配器一起使用，则用户有责任终止视频、SATA和USB或在CMOS设置中禁用这些功能。操作系统和软件支持支持多种操作系统。
电源要求：
低功耗/扩展温度选件奔腾M 1.4 GHz（1 Gbyte内存）+5VDC（+5，-3%）、1.5A（典型）、3.5A（最大）+3.3VDC（+5%，-3%）、1.5 A（典型值）、1.8A（最大值）+12.0VDC（+53%，-3%，50 mA最大值-12VDC（+55%，-3%，6.75A最大+3.3VDC（+5，-3%），1.5A（典型值），2.0A最大+12.0VDC（+5%，-3%），50mA最大-12VDC（+53%，-3%，50 mA最大气流：需要强制空气冷却，最小400 LFM，在机组顶部（出口）测得海拔高度：运行，0–10000 ft（3000 m）储存，0–40000 ft（12000 m）温度：运行，-0°C至+50°C储存，-20°C至+70°C注意：当连接温度在90°C至100°C之间时，奔腾M处理器将节流。如果应用程序无法对CPU进行节流，则必须验证系统的热分布，以将CPU连接温度保持在90°C.以下。湿度：工作，相对湿度5%至95%，非冷凝存储，相对湿度5%-95%，非冷凝振动：6 Gs RMS（20-2000 Hz）随机，.0185 G2每Hz频谱冲击：10 Gs，16 ms半正弦，6轴，10脉冲每MTBF：总小时数246953商标英特尔和奔腾是英特尔公司的注册商标。Microsoft和Windows是Microsoft Corporation的注册商标。CompactPCI和PICMG是PCI工业计算机制造商集团的注册商标。其他注册商标是其各自所有者的财产。
Annunciator:
The main IDE interface activity, circuit board status, good power, and hot swap blue LED are located on the front panel. In addition, two LEDs for Ethernet adapter activity are located on each RJ45 network connector. Thermal management: A passive radiator is used, which relies on the equipment rack for forced air cooling at a specified flow rate. For more information, see Environmental Specifications. CompactPCI bus bridge: It is a general purpose CompactPCI single board computer (SBC), which supports applications as system slot controllers or peripheral slot controllers. The PCI to PCI bridge interface of the CompactPCI bus is automatically configured to operate as a transparent or non transparent bridge. This implementation is fully compliant with PICMG 2.0 version 3.0, PICMG 2.1 version 2.0, and PCI to PCI bridge architecture version 1.1. IPMI: Provide PICMG version 2.9 1.5 IPMI support through Zircon PM peripheral device management controller. High availability hot plug: It meets the CompactPCI hot plug standard of PICMG version 2.1 2.0. Comply with the high availability provisions of this standard. When the system is running, you can remove and replace the processor. Processing can automatically switch to the backup SBC previously installed in the system. CMOS battery: use a bracket that supports field replacement of CMOS battery. The header and jumper can disconnect the battery from the circuit for long-term storage. Backplane configuration: Use CompactPCI backplane connectors to support multiple peripherals. These signals are routed to CompactPCI J3 and J5 connectors. This allows external IDE disk drives, floppy drives, USB, SATA, video, and keyboard and mouse connections through backplane adapters. Provides connectivity to these signals to facilitate application development. Note: If it is not used with the backplane adapter, the user is responsible for terminating video, SATA and USB or disabling these functions in CMOS settings. Operating system and software support support multiple operating systems.
Power requirements:
Low power consumption/extended temperature option Pentium M 1.4 GHz (1 Gbyte memory)+5VDC (+5, - 3%), 1.5A (typ.), 3.5A (max)+3.3VDC (+5%, - 3%), 1.5A (typ.), 1.8A (max)+12.0VDC (+53%, - 3%, 50 mA max - 12VDC (+55%, - 3%, 6.75A max+3.3VDC (+5, - 3%), 1.5A (typ.), 2.0A max+12.0VDC (+5%, - 3%), 50mA max. - 12VDC (+53%, - 3%, 50 mA max. airflow: forced air cooling is required, minimum 400 LFM, altitude measured at the top (outlet) of the unit: operation, 0 – 10000 ft (3000 m) storage, 0 – 40000 ft (12000 m) temperature: operation, - 0 ° C to+50 ° C storage, - 20 ° C to+70 ° C Note: Pentium M processor will throttle when the connection temperature is between 90 ° C and 100 ° C. If the application cannot throttle the CPU, the heat distribution of the system must be verified to maintain the CPU connection temperature at 90 ° C following. Humidity: working, relative humidity 5% to 95%, non condensing storage, relative humidity 5% to 95%, non condensing vibration: 6 Gs RMS (20-2000 Hz) random 0185 G2 spectrum impact per Hz: 10 Gs, 16 ms half sine, 6 axes, 10 pulses per MTBF: total hours 246953 trademarks Intel and Pentium are registered trademarks of Intel Corporation. Microsoft and Windows are registered trademarks of Microsoft Corporation. CompactPCI and PICMG are registered trademarks of PCI Industrial Computer Manufacturers Group. Other registered trademarks are the property of their respective owners.
