IDU-SI Rugged PoE Switch
RADWIN IDU-SI is a managed rugged and fanless Ethernet switch with full Layer 2 and comprehensive Layer 3 switching capabilities and high-power PoE budget, supporting extended temperature ranges and being very compact, with DIN rail mount adapter for installation in challenging environments, including outdoor cabinets assuring ease of use when using RADWIN’s PtP and PtMP radios.
RADWIN IDU-SI supports up to 360Watt PoE output. Up to 90W PoE in four 2.5GbE ports and four 1GbE ports up to a total of 68 Gbps switching capacity. The IDU-SI aggregates data into two high-speed 1G/10G SFP+ ports. The IDU-SI has a terminal block connector for dry contacts (I/O) and a RJ45 to DB9 console serial port.
Managed by RADWIN’s WINManage network management system, the IDU-SI provides a multi-layer, end-to-end managed solution for RADWIN’s global partner and integrator networks.
IDU-SI Product highlights
- Extended temperatures: -40 to +70 C
- 360W total PoE budget
- 4 x PoE (30/60/90W) ports up to 2.5G
- 4 x PoE (30/60/90W) ports up to 1G
- 2 x 1G/10G SFP+ ports
- Dry contact – Digital Input/Output Relay
- Dual DC power input (redundancy)
- HTTP/S web GUI and Telnet/SSH CLI for remote management
- Console port for local management
IDU-SI Main values
Full layer 2 and comprehensive Layer 3 switching and routing
Supports a variety of network topologies with comprehensive tools for network redundancy and protection.
High-power PoE budget for RADWIN PtP and PtMP radios
Ethernet PoE ports capable of connecting and feeding both 3rd party devices and all RADWIN radios.
Backbone compatibility
Seamless integration with IP/Ethernet backbone with 10Gbps fiber interfaces and end-2-end network management.
Easy installation and maintenance
Friendly WEB GUI and CLI allows technicians to easily and rapidly deploy the IDU-S . Supported by RADWIN NMS for day-to-day operations and maintenance.
DIN rail rack mount and rugged for installation in outdoor cabinets
The IDU-SI supports extended temperature range and can be used in harsh environments in a variety of critical infrastructure scenarios.
High throughput copper and fiber Ethernet interfaces
Traffic aggregation with high performance and throughput, at data rates of 1 Gbps and 2.5 Gbps.