Evertz

Evertz 7890ES-OCx-2 1GE/10GE Over Dual SONET / SDH Trunk Gateway Module

Evertz Signal Processing

Professional broadcast product designed for reliable production, streaming, and modern media workflows.

Genuine
Product

Official
Warranty

Technical
Support

Fast
Delivery

Key Features

IP-over-SONET/SDH Bridge: Transports up to two 1GbE or 10GbE Ethernet streams over SONET/SDH networks.
Dual Trunk Redundancy: Provides dual SONET/SDH fiber paths for high-availability video and data transport.
Flexible SFP/SFP+ Ports: Supports copper RJ-45 or fiber transceivers for Ethernet access.
Bandwidth Control: Provides per-port bandwidth limiting with combined trunk throughput up to 1Gbps or 10Gbps.
Flexible Optical Reach: Supports 850nm, 1310nm, 1550nm, CWDM, and DWDM optics for distances up to 80km.
Advanced Diagnostics: Includes a 4-digit card-edge display with SNMP and VistaLINK remote monitoring.
Hot-Swappable Design: Front-loading architecture enables module replacement without disconnecting rear cabling.

Pricing Dhs. 0.00

Request a Quote

Secure checkout. Authorized partner. 100% genuine products.

Details that matter

Features & Specifications

Explore the features, technical details, and everything you need to know about this product.

Need help choosing? Talk to our experts →

Product Overview +

Carrier-Grade IP over SONET/SDH Bridging

The Evertz 7890ES-OCx-2 is an advanced video transport gateway card designed to bridge IP network infrastructure with established SONET/SDH telecom trunks. By mapping 1GE and 10GE Ethernet traffic onto optical OCx/STMx rings, it gives broadcast networks, live production teams, and telecommunications providers a reliable, low-latency mechanism to backhaul high-bandwidth video streams and network data across existing fiber backbones.

Dual-Trunk Resiliency & Bandwidth Optimization

To ensure maximum uptime for critical signal feeds, the 7890ES-OCx-2 routes traffic over dual SONET/SDH trunk paths for redundant path protection. Engineers can configure per-port bandwidth throttling on the trunk interfaces to optimize link capacity, preventing network congestion while ensuring deterministic performance for primary live broadcast feeds.

Technical Specifications +

technical specifications