Utility Network Modernization

Secure and reliable communication for critical infrastructure
With increasingly complex and data-driven operation, utility companies require communication systems that can ensure reliable, robust and secure transmission of mission-critical data, voice and video traffic. As data volumes are increasing exponentially, utility customers are modernizing their networks from legacy systems to cutting-age packet transport networking.
Utilities also often act as the carrier of carriers and their key customers are mobile operators, broadband service providers and large enterprises. As a result, the network should be adaptable for diverse traffic types ranging from mobile backhaul, FTTx and SLA bound business data.
Tejas multi-purpose platforms support the scalability, latency and reliability requirements for these applications such as smart grids, cloud computing, mobile backhaul and enterprise data services.
Utility Networks

Key Features

Robust transmission of captive applications

Cater to a wide range of applications: Tele-protection, Smart Grid, SCADA, video conferencing, LAN and WAN

Low Latency, Bandwidth intensive commercial carrier-of-carrier services

Achieve commercial monetization by providing network infrastructure to Enterprises, TSP, ISP, DCI, rural broadband initiatives

Efficient Network modernization

Ensure minimally disruptive SONET/SDH to packet network migration with industry leading Circuit Emulation solution from Tejas

High Availability

Be secure with comprehensive OAMP features and sub-50ms Protection switching requirements even in harsh environmental conditions

Hierarchical QoS

Sophisticated Hierarchical Quality of Service (QoS) features allow preferential treatment and prioritization of utility traffic profiles such as SCADA, Video Surveillance or LAN traffic

Centralized Network Management

Unified end-to-end network management for multiple technologies from the same system ensures operational efficiency

Minimally disruptive network modernization

Multiple options supported – native TDM, pure packet and TDM to packet with industry leading Circuit Emulation solution

Support transition to IP based SCADA

IP based transport support SCADA modernization in different domains such as power, water, transportation

Enable Tele-protection

Distance and Differential Tele-protection over T1/ E1, optical, IP-MPLS, MPLS-TP

Smart Grid data collection and aggregation

Low latency, high-capacity switching and routing for smart grid

LTE-R

Solution for Railways to enhance communication and safety

Hierarchical QoS

HQoS features allow preferential treatment and prioritization of utility traffic profiles such as SCADA, Video Surveillance or LAN traffic

Products and Resources

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