Backplane

Developed in alignment with The Open Group Sensor Open Systems Architecture™ (SOSA) technical standard, MIL-HD2 provides developers with a readily available, robust open architecture solution for tighter card pitches and chassis designs where space requirements and density are critical. These connectors are available in 3-, 4-, and 6-pair configurations, providing the MIL-embedded market with the highest count of differential pairs available today in a 3U configuration at 56Gb/s PAM 4 speeds. This series was selected by the SOSA Consortium and provides a SOSA aligned solution for nextgen switch and payload card requirements enabling the MIL-embedded market to meet next-gen performance levels while still meeting COTS requirements.

Developed in alignment with The Open Group Sensor Open Systems Architecture™ (SOSA) technical standard, MIL-HD2 provides developers with a readily available, robust open architecture solution for tighter card pitches and chassis designs where space requirements and density are critical. These connectors are available in 3-, 4-, and 6-pair configurations, providing the MIL-embedded market with the highest count of differential pairs available today in a 3U configuration at 56Gb/s PAM 4 speeds. This series was selected by the SOSA Consortium and provides a SOSA aligned solution for nextgen switch and payload card requirements enabling the MIL-embedded market to meet next-gen performance levels while still meeting COTS requirements.

Amphenol’s VITA 66 family of fiber optic connector products are ruggedized blind-mate optical MT module/backplane connector systems designed to meet the VITA 66.1 and 66.4 open architecture specifications. These products can be utilized in VPX systems as defined per VITA 46 or as standalone blind-mate optical connector solutions. Amphenol’s connector systems provide reliable high-speed connections for the most extreme commercial and military environments.

Amphenol’s VITA 66 family of fiber optic connector products are ruggedized blind-mate optical MT module/backplane connector systems designed to meet the VITA 66.1 and 66.4 open architecture specifications. These products can be utilized in VPX systems as defined per VITA 46 or as standalone blind-mate optical connector solutions. Amphenol’s connector systems provide reliable high-speed connections for the most extreme commercial and military environments.

Amphenol’s VITA 66 family of fiber optic connector products are ruggedized blind-mate optical MT module/backplane connector systems designed to meet the VITA 66.1 and 66.4 open architecture specifications. These products can be utilized in VPX systems as defined per VITA 46 or as standalone blind-mate optical connector solutions. Amphenol’s connector systems provide reliable high-speed connections for the most extreme commercial and military environments.

Amphenol’s VITA 66 family of fiber optic connector products are ruggedized blind-mate optical MT module/backplane connector systems designed to meet the VITA 66.1 and 66.4 open architecture specifications. These products can be utilized in VPX systems as defined per VITA 46 or as standalone blind-mate optical connector solutions. Amphenol’s connector systems provide reliable high-speed connections for the most extreme commercial and military environments.

Improving off original VITA 46 standards, Amphenol’s R-VPX Evolution 2.0 is the next generation of high-speed ruggedized backplane connectors. R-VPX Evolution 2.0 series connectors are designed and optimized to achieve data rates in excess of 25 Gb/s, meeting VITA 46.3 requirements. This makes the Evolution 2.0 Series connectors among the fastest VITA 46.30 connectors in the world. These connectors are tested to VITA 46 levels and are backward intermateable with R-VPX, R-VPX EVO 1 and VITA 46 qualified connectors.

Amphenol’s R-VPX VITA 46 Connector System is a ruggedized, high-speed, board-to-board interconnect system capable of data rate speeds of more than 10 Gb/s, meeting and exceeding VITA 46 standards. This connector system gives users modularity and flexibility via PCB wafer construction allowing for customized wafer-loading patterns.