Embedded computing chassis that accommodates RF devices or SOSA implementation introduced by Pixus
WATERLOO, Ontario – Pixus Technologies in Waterloo, Ontario, is introducing a new version of the VPXD1000 series embedded computing enclosures that enables VITA 67 slot configurations for RF interfaces over OpenVPX.
Users can partition the chassis for a separate segment for specialty RF devices or Sensor Open Systems Architecture (SOSA) implementation.
The new version of the VPXD1000 comes in a 63HP 12.6-inch-wide size to enable designers to use backplanes as large as 10 slots at 1-inch pitch.
Alternatively, designers can use one portion of the chassis for a smaller VITA 67 backplane over OpenVPX and a separate segment for RF or other devices. Pixus can optimize the airflow/cooling for each segment.
The VPXD1000 features removable sidewalls or open-frame access to probe plug-in cards. The chassis walls later can plug in for thermal testing or aesthetic purposes for end customers demonstrations.
Pixus offers OpenVPX backplane/chassis systems in commercial, development, and MIL rugged formats. The company also provides IEEE and Eurocard components for the embedded computer market.
For more information contact Pixus Technologies online at www.pixustechnologies.com.
