Telco Systems 2471-40-I2-REV-D Sbrt Data MXR Unit

Overview

The Telco Systems Sbrt Data MXR Unit (model 2471-40-I2-REV-D) is a high performance modular cross-connect platform designed to deliver reliable data transport in carrier and enterprise networks. It combines compact mechanical design with robust optical management, allowing operators to scale capacity without sacrificing space or power efficiency.

Key Features

• Modular architecture supports easy expansion and reconfiguration
• Supports up to 40 fiber ports per chassis for dense wavelength division multiplexing (DWDM) applications
• Hot-swappable line cards reduce downtime during maintenance or upgrades
• Integrated monitoring and alarm interface for proactive fault detection
• Low power consumption with efficient cooling fans for continuous operation
• Secure rack mounting with optional vibration isolation kits

Technical Specifications

• Model number: 2471-40-I2-REV-D
• Chassis dimensions: 44U height, 19 inch rack width, depth 800 mm
• Operating temperature range: 0 to 45 degrees Celsius
• Power supply: Dual redundant 120/240 V AC inputs, 250 W max per unit
• Fiber type: Single mode (OS1/OS2) and multimode (OM3/OM4) supported
• Connector types: LC duplex standard, optional SC or MPO adapters
• Management interface: Ethernet 10/100/1000BASE-T with SNMP v2/v3 support
• Compliance: RoHS, FCC Part 15 Class B, CE marking

Typical Applications

• Metro and long haul carrier networks requiring high density fiber aggregation
• Data center interconnect (DCI) solutions that need scalable bandwidth and rapid provisioning
• Enterprise campus backbones where redundancy and hot-swap capability are critical
• Government or defense installations with strict environmental and security standards
• Cloud service provider infrastructure needing reliable, low latency transport

The Sbrt Data MXR Unit delivers the flexibility to adapt to growing traffic patterns while maintaining a small footprint and high reliability. Its modular design and comprehensive monitoring tools make it an ideal choice for operators looking to future-proof their optical transport networks.