All electronics ship with US style plugs.You may need a voltage converter or a plug adapter.
Special Features
100G DWDM TRANSCEIVER: QSFP28 module delivers 100 Gbps data rates over DWDM networks using 1553.33nm wavelength on ITU Channel 30, ideal for data center interconnects and campus backbone expansions
TAA COMPLIANT: Manufactured in USA or UK to meet mandatory requirements for U.S. Federal Government, military (DoD), and GSA-schedule projects with full compliance certification
30KM REACH CAPABILITY: Supports distances up to 30 km with appropriate amplification and dispersion compensation, utilizing PAM4 modulation technology for efficient signal transmission over 100GHz grid DWDM infrastructure
DUPLEX LC CONNECTOR: Features industry-standard duplex LC connector interface with Digital Optical Monitoring (DOM) support for real-time performance tracking and network diagnostics
COMPATIBLE: Direct replacement for QSFP-100G-2DW30-S, providing cost-effective 100-Gigabit connectivity without the complexity of coherent optics for medium-range spans
Description
The AddOn QSFP28 Transceiver Module (QSFP-100G-2DW30-S) delivers enterprise-grade 100-Gigabit connectivity for DWDM network applications. This TAA Compliant module is manufactured in the USA or UK, meeting mandatory requirements for U.S. Federal Government, military, and GSA-schedule deployments. Operating at 1553.33nm wavelength on ITU Channel 30 within the 100GHz grid, this transceiver supports data rates up to 100 Gbps and reaches distances up to 30 km with appropriate amplification. The module features duplex LC connectors and utilizes PAM4 modulation technology for efficient signal transmission. Designed for data center interconnects and campus backbone expansions where fiber infrastructure is limited, this QSFP28 transceiver provides a cost-effective solution for medium-range DWDM deployments without the complexity of coherent optics. Digital Optical Monitoring support enables real-time performance tracking. Ideal for high-density networking environments requiring reliable 100G throughput over existing DWDM infrastructure.
