Ethernet Switches

This 48-port 3U VPX-managed Ethernet Switch is configurable for system connectivity, speeds, port types, and interoperation with various high-speed media converters and connectors for system interfacing.

This 48-port 3U VPX-managed Ethernet Switch is configurable for system connectivity, speeds, port types, and interoperation with various high-speed media converters and connectors for system interfacing.

The 56 channel 25G switch is configurable for system connectivity, speeds, port types, and inter-operation of various media converters and connectors for system interfacing. The configuration to meet system requirements is achieved through superior product design. Each port is capable of 100G, 25G, 10G, 1G, or 100M Ethernet. The backplane consists of 32 channels of SERDES 25GBase-KR channels and the top of the board has 24 channels of 25GBase-SR fiber optics. Any four channels of the board can be ganged together for a 100G connection. The switching throughput is 1.4Tbps when using all 56 ports on the switch. In addition, the switch is non-blocking and low-latency for high-throughput architectures and applications. Finally, the management software provides a command line interface, SNMP, and other web based options for configuring the switch which is capable of a full complement of virtualization, quality of service, security, tunneling, PTP, and other capabilities.

This 48-port 6U VPX-managed Ethernet Switch is configurable for system connectivity, speeds, port types, and interoperation with various high-speed media converters and connectors for system interfacing. The 6U VPX switch is a form, fit, and function replacement to the GXB-460. The configurability to meet system requirements is achieved through superior product design. For starters, each port is capable of 10G Ethernet -- some ports can either be configured as 10G-Base-T (also supporting 100-Base-T and 1G-Base-T) or 10G-BaseKR (also supporting 1000-Base-X and SGMII). The switching throughput is up to 480 Gbps when using all 48 ports on the switch. In addition, the switch is non-blocking and low-latency for high-throughput architectures and applications. While the backplane is providing the highest densities of port count, the front-panel connections operate with various copper/fiber media converters and high-speed system connectors. Finally, the management software provides a command line interface, SNMP, and other web-based options for configuring the switch. It is capable of a full complement of virtualization, quality of service, security, tunneling, precisiontime protocol, and other capabilities.

The 144 channel 25G switch is configurable for system connectivity, speeds, port types, and interoperation of various media converters and connectors for system interfacing. The configurability to meet system requirements is achieved through superior product design. Each port is capable of 100G, 25G, 10G, 1G, or 100M Ethernet. The backplane consists of 96 channels of SERDES 25GBase-KR channels and the top of the board has 48 channels of 25GBase-SR fiber optics. Any 4 channels of the board can be ganged together for a 100G connection. The switching throughput is 3.6 Tbps when using all 144 ports on the switch. In addition, the switch is non-blocking and low-latency for high-throughput architectures and applications. Finally, the management software provides a command line interface, SNMP, and other web based options for configuring the switch which is capable of a full complement of virtualization, quality of service, security, tunneling, PTP, and other capabilities.

Amphenol Aerospace is the world’s leader in high-end performance interconnect products for rugged environment markets. Media and protocol conversion is an important capability enabling system connectivity from commercial off-the-shelf switches, processors, and I/O boards.