100G QSFP28 Bidi optical transceiver module is a high performance module used in short distance data reception and interconnection applications, it has four channels, can be programmed to plug in and unplug, multiple modules and QSFP28 transceivers, suitable for 100 Gb Ethernet applications . This 100G optical transceiver reduces the electrical data channels of the original four hosts to two 50Gb/s optical channels to achieve 100Gb/s aggregate bandwidth, which also makes this 100G QSFP optical transceiver module. Able to carry out optical communication up to 100m through the dual-fiber duplex LC multimode OM4 optical cable, the pull tab of the transceiver also breaks through the shortcomings of being difficult to insert and unplug in a denser environment.

This optical module is designed to operate on multimode fiber systems using 850nm and 900nm nominal wavelengths, a 38-contact QSFP28 edge type connector for electrical interface and a traditional duplex LC MMF connector for optical interface. This 100G optical transceiver uses the latest integrated circuit and VCSEL technology to provide reliable high performance, long life and continuous service.

feature

1. Complies with 100GbE Electrical Specification 802.3bm (Annex 83E CAUI-4) without host FEC

2.100G link distances up to 70m OM3, 100m OM4 (per TIA Informative Guidance Recommendation V2) and 150m OM5 (per TIA-492AAAE specification).

3.40G link distances up to 75m OM3, 110m OM4 (per TIA Informative Guidance Recommendation V2) and 160m OM5 (per TIA-492AAAE specification).

4. Compliant with QSFP28 MSA specification, including new features compliant with SFF-8636

5.Class 1 eye safety

6. Pull Tab: Easy Transceiver Insertion and Extraction

7. +10°C to +70°C case temperature operating range

8. Dual wavelength VCSEL bidirectional optical interface, PAM4 2×50-Gb/s 850 nm/900 nm

9. Proven High Reliability 850-nm and 900-nm Technology: VCSEL Emitters and PIN Detectors

10. Hot-swappable QSFP28 transceiver, easy to install and maintain

11. Two-wire serial (TWS) interface with digital monitoring and maskable interrupts for extended functionality