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OSFP passive loopback module is used for testing OSFP transceiver ports under board level tests. This module is packaged in standard MSA housing compatible with all OSFP ports. Transmit data form the host and back to the host within this module, it provides an efficient way to verify OSFP ports during R&D test, production testing and field testing.
The module provides programmable power dissipation up to 23.5W allowing the module to emulate all the OSFP power classes. It also provides voltage sense, insertion counter, power staging, LED blinking rate, over temperature cut off and temperature sensors.
Interconnection scheme between external DAC, ACC, AEC cabinets
Need a reliable, all-in-one device to test PoE functionality during your manufacturing process? If so, you can use the Reach Technology PoE testers that the largest switch manufacturers in the world use. Instead of using a collection of off-the-shelf, general-purpose test equipment, our production line testers allow you to test up to 24 ports in a switch at once — giving you the most test coverage, at the least cost, in the shortest time.
Ethernet Traffic Generation and Analysis Platform | Xena
• 12 slot 4U high rack, ensuring high density
• High cost-effectiveness
• Usability
• Advanced architecture
• Free software (including: ValkyrieManager, ValkyrieCLI, Valkyrie2544, Valkyrie2889, Valkyrie3918, and Valkyrie1564)
Free software upgrade (3 years)
• Free hardware warranty (1 year)
• Free technical support (product lifecycle)
QSFP DD 200G Active Optical Cable
Dual density, high cost-effectiveness, high performance
Compared with the 100G QSFP28 AOC, the Amphenol QSFP DD to QSFP DD 200G active fiber optic cable assembly has been expanded from 4 channels to 8 channels, doubling the port density. QSFP DD AOC provides NRZ modulation up to 25Gb/s, with a total bandwidth of up to 200Gb/s, and can support 100 meters of parallel multimode fiber. This series of connectors is an ideal solution for ultra-high capacity network and data center applications.
Port density reaches twice that of QSFP28
Each channel supports a data rate of up to 25.78125Gb/s
100 meter parallel multimode fiber
The total bandwidth is up to 200G
An economically efficient, high-performance, plug and play interconnect solution
Anfeno 100G QSFP28 to QSFP28 active fiber optic cable components are a reliable, cost-effective, and highly functional integrated solution widely used for high-density signal transmission in most storage, data center, and high-performance computing application scenarios, supporting fiber optic cable connections up to 100 meters.
Each channel supports transmission speeds of up to 25.78125 Gb/s or 28.05 Gb/s
Transmission distance up to 100 meters (MMF)
Complies with QSFP28 MSA standard
Supports 100G Ethernet and Infiniband EDR with 128GFC fiber channel protocol
Compact, lightweight, and low-power consumption
Mini SAS HD Active Optical Cable
Amphenol Mini SAS HD active fiber optic cable is the first active fiber optic cable (AOC) in the market that fully complies with SAS 2.1 and SAS 3.0 industry standards, as well as SFF-8643 interface standards. This fiber optic cable is mainly used for external enterprise storage applications (box to box, server to storage, server to switch), belonging to the Amphenol ICC Mini SAS HD product series, which can meet all on-board connector and cabling application needs from 1 meter to 100 meters. It can provide comprehensive flexibility for system architecture and a complete product line to meet the needs of high-speed storage and high-density input/output systems.
High density, excellent performance, and reliability
The Amphenol 300G CXP2 to CXP2 active fiber optic cable is an ideal cable solution for data center/high-performance computing hardware applications, enabling cost-effective plug and play cabling connections. The CXP2 packaging provides hardware panel port density that exceeds most existing SFF industry standards.
Full duplex 12 channel transmission
Total bandwidth up to 300 Gb/s
The data transmission speed of each channel can reach up to 25.78125 Gb/s
Supports 10.3125 Gb/s CDR on/off control
Power consumption at each end:< 6W