Kontron Chassis Monitoring Board Selected for Editor’s Choice Award by Military Embedded Systems Magazine
Kontron has announced that its chassis monitoring board (CMB) has been selected as an editor’s choice product by Military Embedded Systems magazine. The Kontron CMB was chosen by the editors for their October 2011 issue for its monitoring and management of key VME and VPX system parameters that help maintain operation even if the system crashes. Kontron’s new CMB is designed as an effective VME and VPX system condition monitoring and management unit that enables improved reliability and availability of mission-critical COTS applications. The editors at Military Embedded Systems magazine regularly evaluate new innovative technologies and products for their selection of editor’s choice award recipients.
What good is it to be on a ship if the entire ship is sinking, figuratively speaking? The same idea applies to VME and VPX systems managed and monitored exclusively by system-implemented firmware and chipsets: odds are such that a system management scheme won’t continue working if the system itself crashes. Enter Kontron’s chassis monitoring board (CMB), providing management and monitoring of parameters, including power supply, airflow, and temperature of installed boards, according to Military Embedded Systems magazine. Its power requirements are less than 1W and it can control and monitor as many as eight temperature sensors, eight power modules and eight fans at once. It also renders out-of-band management and monitoring for as many as eight VPX or VME boards keeping an effective eye on the system.
The Kontron CMB is a unified solution for VPX and VME systems that streamlines system monitoring and management of rugged applications. The Kontron CMB centralises out-of-band monitoring and management of installed boards and relevant system parameters, such as temperature, airflow and power supply in mission-critical COTS systems with high demands on reliability, availability and ruggedness. The Kontron CMB is currently deployed in a VME chassis used for a satellite navigation system programme, which has resulted in optimised application development and improved total cost of ownership (TCO).
The new Kontron CMB is the synthesis of Kontron’s experience in delivering highly available (99.999%+ uptime) telco systems with the expertise of 20 years of rugged embedded computing expertise. Instead of relying solely on chipset and firmware implemented management features, the Kontron CMB uses the proven and tested approach of an additional monitoring hardware. This helps OEMs to optimise system availability since a reset or system crash does not influence the crucial monitoring and management solution. Additionally, the Kontron CMB allows customers to add application-dependant information to the managed data and is designed for multi-board and multi-vendor environments. This is why its comprehensive out-of-band chassis management and monitoring functionality is based on common interface technology such as I²C and GPIOs. Interfacing with CMB is possible through an Ethernet connection (snmp and http interface) or via a simple serial line (command line interface).
Its high MTBF, according to the MIL-HDBK217F-2 standard, ensures its success in a wide range of environments from ground benign conditions (603,005h at 25°C) to extremely demanding air rotary wing applications (20,485h at 55°C). Its extremely compact footprint and low power requirements (< 1W) simplifies system development for space-restricted applications. System designers can use the chassis monitoring board to continuously and simultaneously monitor and control up to eight power modules, eight temperature sensors and eight fans in addition to out-of-band monitoring and management of up to eight installed VME and VPX boards. Beyond monitoring, OEMs can use the Kontron CMB to locally or remotely implement the system health management policy, controlling power up / down and reset of boards, fans and power supplies. This enables additional functionality such as variable computing capacity to allow minimal power consumption while the system operates in surveillance mode, switching to maximum computing capacity in activity mode. This also allows the Kontron CMB to disable an interface that is not working correctly or has been compromised. Furthermore, the Kontron CMB collects and forwards relevant data on the installed boards, including inventory information, health status and boot stage. This also simplifies the lifecycle management of VME- or VPX-based field replaceable units.