New ATRs for SpaceVPX systems support 6U OpenVPX boards of 160 mm or 220 mm depths. The new 1/2 ATRs support up to four slots at a 1.2-in pitch for the wider slot spacing of SpaceVPX. The backplane and I/O front panel configurations are customizable to each application. The chassis incorporates SpaceVPX elements such as […]
pixustechnologies
New development chassis for 6U OpenVPX boards with VITA 67 RF, SOSA interfaces
A new three-slot 6U OpenVPX development backplane and chassis platform features the 6U OpenVPX power and ground only backplane with one VPX slot and dual VITA 67.3c slots with cutouts in the P3 and P6 sections of the board. The versatile design allows both VITA 65 and VITA 67 boards to be plugged into the […]
New 10-slot 3U development chassis for OpenVPX, SOSA designs
A new 10-slot 3U OpenVPX enclosure system is geared for SOSA (Sensor Open Standard Architecture) requirements. The new chassis platform features removable sidewalls, allowing the open frame enclosure to be optional fully enclosed. The 10-slot backplane has clocking and VITA 46.11 system management connections per SOSA requirements. It has multiple VITA 67.3c and VITA 67.3d […]
OpenVPX chassis managers are conduction-cooled
Compliant to the VITA 46.11 specification for system management and to VITA 48.2 for mechanical design, the Tier 2 Pixus OpenVPX Chassis Manager monitors at least six temperature sensors and 10 fans with custom options available. There is fan PWM/Tach control, along with 16 digital inputs and outputs. A Level-2 unmanaged three-port Ethernet hub is […]
Alarm card handles fan, voltage monitoring and control
An alarm card that can be used in various OpenVPX, VME/VME64x, CompactPCI, cPCI Serial and other open standard architecture chassis platforms provides the system with basic monitoring and control functions including; voltage levels, power supply health, temperature and fan monitoring/control. The board monitors the four common power rails in Eurocard-based systems of 5, 3.3, 12, […]
OpenVPX chassis platform supports speeds over 100 GbE, 2.5 kW of cooling
The 9U RiCool chassis platform for 6U OpenVPX boards features dual hot-swappable 191 CFM fans for cooling up to 2,500 W. The design allows the use of Rear Transition Modules (RTMs) in all slots. Rear-pluggable PSUs provide power for the VPX and custom rails, available in various wattage and output options. The 14-slot design required […]
Customized enclosure paneling for 3U and 6U OpenVPX chassis
Customized solutions are available for enclosure paneling for 3U and 6U OpenVPX and other Eurocard-based systems. Some front or rear panels for VITA or PICMG-based enclosures cover the full length of the 19-in rackmount or smaller chassis. The panels/doors often need cutouts for I/O or special access needs. Pixus offers the panels/doors with options for […]
OpenVPX backplanes designed for horizontal-mount enclosures
New OpenVPX backplanes are designed for horizontal-mount enclosures. The horizontal-mount backplanes can be placed into 1U-4U tall 19-in rackmount OpenVPX enclosures. They provide enough space to have three 3U slots or one 3U and one 6U slot side-by-side. So, a wide range of configurations and size options are available. The backplanes are typically designed to […]
Versatile development enclosures support SOSA, OpenVPX
Versatile backplane/chassis configurations are geared for 3U and 6U OpenVPX and SOSA development. The versatile development enclosures start with a line of single-slot power and ground backplanes in various 3U and 6U configurations. This includes VITA 65 (standard VPX), VITA 66.4 (VPX with optical), and VITA 67.3 types (VPX with RF). The backplanes can be […]
3U and 6U OpenVPX power and ground backplanes speed prototyping
3U and 6U OpenVPX power and ground backplanes come in several configurations. With the SOSA/HOST efforts and move to optical and RF interfaces over OpenVPX, Pixus has developed multiple styles that allow for versatility in prototyping. The 1-slot backplanes come in VITA 65 (VPX only), VITA 66.4 (optical), and VITA 67.3 (RF) formats. The optical […]
