LOOPBACK-QSFP5 兼容光模块 40G
F-tone LOOPBACK-QSFP5 Attenuation (5.0dB loopback QSFP+ ports for testing on host boards. Substituting a transceiver with an electrical loopback is cost-effective.
F-tone LOOPBACK-QSFP5 Attenuation (5.0dB loopback QSFP+ ports for testing on host boards. Substituting a transceiver with an electrical loopback is cost-effective.
F-tone LOOPBACK-QSFP0 Attenuation (0dB loopback QSFP+ ports for testing on host boards. Substituting a transceiver with an electrical loopback is cost-effective.
F-tone LOOPBACK-QSFP3.5 Attenuation (3.5dB loopback QSFP+ ports for testing on host boards. Substituting a transceiver with an electrical loopback is cost-effective.
F-tone LOOPBACK-SFP28-3.5 is an Attenuation (3.5dB) 25G loopback module for testing SFP28 transceiver ports and is a cost-effective alternative for testing.
F-tone LOOPBACK-SFP28-0 is an Attenuation (3.5dB) 25G loopback module for testing SFP28 transceiver ports and is a cost-effective alternative for testing.
F-tone LOOPBACK-SFP28-5 is an Attenuation (5dB) 25G loopback module for testing SFP28 transceiver ports and is a cost-effective alternative for testing.
F-tone LOOPBACK-SFP5 10G SFP+ testing loopback module with 5.0dB attenuation, 0W power option for simulating device connections without data transmission.
F-tone LOOPBACK-SFP3.5 10G SFP+ testing loopback module with 3.5dB attenuation, 0W power option for simulating device connections without data transmission.
F-tone LOOPBACK-SFP0 10G SFP+ testing loopback module with 0dB attenuation, 0W power option for simulating device connections without data transmission.
F-tone LOOPBACK-QSFP28-5 100G QSFP28 test loopback module, 5.0dB attenuation, used to simulate device connection in network test without data transmission.
F-tone LOOPBACK-QSFP28-0 100G QSFP28 test loopback module, 0dB attenuation, used to simulate device connection in network test without data transmission.
F-tone LOOPBACK-QSFP28-3.5 100G QSFP28 test loopback module, 3.5dB attenuation, used to simulate device connection in network test without data transmission.