Pixus Technologies has announced a new line of Serial MUX boards that provide for the condensing of multiple serial ports into one compact interface. The Pixus Serial MUX solution can save significant I/O panel space in a chassis platform and can be mounted to a backplane or other part of the system. A single USB 2.0 […]
pixustechnologies
Development chassis sports mix of VME64x, OpenVPX backplanes
An open-frame enclosure contains multiple configuration options utilizing VME and OpenVPX backplanes. With a vast array of standard VITA 65 profile and power and ground only (unrouted) OpenVPX backplanes available, Pixus can offer a wide range of solutions. Coupled with various standard VME/VME64x backplanes, the company can provide a mix of slot options in both […]
Development kit covers SOSA aligned chassis management
Pixus has announced a new development kit for OpenVPX/SOSA Hardware Management Card (HMC). The SHM300-10 development kit is currently shipping to customers as an early prototyping tool for future deployable versions of Pixus’ SHM300 SlotSaver mezzanine-based chassis manager. The SHM300 HMC is a SOSA-aligned “Tier 3+” board designed for MIL rugged applications on aircraft, shipboard, […]
Chassis manager plugs into rear of backplane
Pixus Technologies is now offering a SOSA-aligned VITA 46.11 compliant chassis manager that sits behind an OpenVPX backplane. This mezzanine-based approach allows for chassis management without sacrificing a slot. The SHM300 SlotSaver VPX chassis manager is designed to the latest SOSA requirements and utilizes 100% US-based software/firmware. The chassis manager is used to monitor/manage the […]
6U tall 19” rack mount chassis designed for 3U Open VPX and SOSA aligned boards
Pixus Technologies has a new 6U tall 19” rackmount chassis for 3U OpenVPX and SOSA aligned boards. The chassis was designed specifically for the high-power requirements of solutions that are aligned to the SOSA technical standard. The rugged rackmount chassis supports up to 16 conduction-cooled modules per SOSA requirements and VITA 48.2 specifications. A specialized […]
MIL rugged rackmount SOSA-aligned chassis features advanced cooling
A new 6U tall 19-in rackmount chassis for 3U OpenVPX and SOSA aligned boards is designed specifically for the high-power requirements of solutions that are aligned to the SOSA technical standard. The rugged rackmount chassis supports up to 16 conduction-cooled modules per SOSA requirements and VITA 48.2 specifications. A specialized card mat set diverts heat […]
4U, 19-inch rackmount chassis offers horizontal loading configurations
Pixus Technologies, a provider of embedded computing and enclosure solutions, has a new 4U 19” rackmount chassis with a horizontal loading configuration. The chassis has a side-to-side airflow approach and supports 3U, 6U, or a mix of 3U and 6U OpenVPX boards. The 4U tall chassis platform supports up to 6x SOSA aligned […]
New 4U-tall horizontal-mount chassis platform supports 3U and 6U OpenVPX boards
A new 4U 19-in rackmount chassis with a horizontal loading configuration has a side-to-side airflow approach and supports 3U, 6U, or a mix of 3U and 6U OpenVPX boards. The 4U-tall chassis platform supports up to 6x SOSA-aligned or OpenVPX 6U boards along with 6x boards in the 3U form factor. Alternatively, the form factor […]
1U-high chassis includes dual ac input and monitoring
A new option is available for the 1U high OpenVPX, CompactPCI, and VME64x enclosures for power and monitoring. The 1U chassis supports various configurations of 3U/6U OpenVPX, or 6U CompactPCI or VME64x backplanes. The enclosure provides dual, non-redundant ac inputs with 12-V power which can be converted to 5 and 3.3 V as well. A […]
OpenVPX chassis platform sports version 220-mm deep
A new chassis for extra deep OpenVPX 6U boards allows up to 16 slots of 220-mm boards at a 1.0-in pitch or 14 slots at a 1.2-in pitch. The enclosure also facilitates an optional mix of various slot pitches as well as card guides for either air or conduction-cooled boards. Versions for extra deep 3U […]
