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Rural Telecom Network Monitoring Case Study for Telecommunications: Nemont Telephone

Montana cooperative prevents outages with proactive equipment monitoring.


Quick Facts

FieldDetails
IndustryRural Telecommunications
Company TypeTelephone Cooperative & ISP
Geography/CoverageRural Montana Communities
Primary ChallengePreventing service-affecting outages on critical equipment
Solution DeployedRedundant T/Mon master stations with NetGuardian RTUs
Key ResultCaught generator relay failure before customer impact
Implementation TimeframePhased over several years
Products UsedT/Mon Master Stations, NetGuardian RTUs

About Nemont Telephone Cooperative

Nemont Telephone Cooperative was organized in 1950 by rural residents who wanted telephone service. Today, the cooperative provides cellular, telephone, internet, and cable TV services to rural Montana communities. The cooperative has gained recognition for deploying broadband in underserved areas.

Nemont Case Study

The Challenge

For a rural cooperative serving dispersed customers, prolonged outages are unacceptable. When equipment fails in remote locations, customers lose phone service, internet, and emergency communications. Greg Larson and Ron Weed, Central Office Technicians at Nemont, needed to monitor service-critical equipment before failures occurred.

  • Remote locations made manual checks impractical
  • Transport and switching gear needed constant oversight
  • Backup power required monitoring for reliability
  • Equipment failures could disrupt entire communities

The Solution

Nemont deployed T/Mon master stations with redundant configurations to create a comprehensive monitoring system. NetGuardian RTUs at remote sites collect data from critical equipment and report status back to the central T/Mon systems.

Equipment Monitored

  • Transport equipment (Calix fiber systems)
  • DMS 10 telephone switches
  • Automatic frequency controllers (AFCs)
  • Backup generators and power systems

The redundant T/Mon architecture ensures monitoring continues even if one master experiences issues. All service-affecting equipment has configured alarms to alert technicians before problems escalate.


Training and Implementation

Factory Training Attendance Larson and Weed attended multi-day training at DPS headquarters in Fresno, California in September 2012.

Hands-On System Configuration The training covered system architecture, alarm setup, troubleshooting procedures, and upcoming developments.

Advanced Capability Preview The team previewed T/Mon Web 3.0, enabling both monitoring and configuration from a web browser.

Enhanced Team Confidence "I feel much better about going back and doing things now," said Weed. "You need the hands-on stuff we did here."


The Results

The proactive monitoring system delivers early warning of equipment problems before they affect customers. When a generator relay failed, the system immediately alerted technicians, who replaced it during normal business hours rather than during an emergency outage.

"Any equipment that we have that is service affecting, we have alarms on it. Things like transport equipment, DMS 10s, AFCs, etc."

Ron Weed, Central Office Technician, Nemont Telephone

Key Outcomes

MetricResult
Proactive Problem DetectionGenerator relay caught before power failure
Complete Equipment CoverageAll service-affecting equipment monitored
Continuous System ReliabilityRedundant masters ensure continuous monitoring
Enhanced Team ConfidenceTraining improved technician capabilities

What Nemont Telephone Achieved

BenefitImpact
Prevented Service OutagesEarly warning system catches problems before customer impact occurs
Improved Operational EfficiencyRemote monitoring reduces costly emergency site visits significantly
Enhanced System ReliabilityRedundant architecture ensures continuous equipment oversight
Stronger Technical StaffFactory Training builds comprehensive technical capabilities

Products Featured in This Solution

T/Mon Master Stations Multiprotocol network alarm management with redundant architecture.

NetGuardian RTUs Remote units collecting equipment data at distributed sites.


Common Questions About Rural Telecom Monitoring

What types of equipment should rural telephone companies monitor?

Focus on service-affecting equipment: transport systems like fiber gear, telephone switches, backup generators, and environmental systems. Any equipment whose failure would interrupt customer service deserves monitoring. For rural cooperatives, backup power systems are particularly critical since grid power may be less reliable.

How does redundant monitoring improve reliability?

Redundant T/Mon master stations ensure monitoring continues even if one master experiences problems. This architecture is especially important for organizations serving rural areas where any monitoring outage could mask critical equipment failures. The redundant configuration provides backup without requiring manual intervention.

Why is hands-on training important for monitoring systems?

Modern monitoring systems offer sophisticated capabilities that require proper training to fully utilize. Factory Training at the manufacturer's facility provides hands-on experience that manuals alone cannot deliver. Technicians learn not just what buttons to push, but why certain configurations work better than others.

Can monitoring systems integrate with different manufacturers?

Yes. DPS equipment supports 30+ protocols including SNMP, Modbus, and manufacturer-specific protocols. This allows monitoring of equipment from Calix, Nokia, Cisco, generator manufacturers, and other vendors within a single platform. The multiprotocol capability is especially valuable for rural providers who often have mixed equipment environments.

What's the typical ROI for remote monitoring in rural telecom?

Preventing a single major outage typically justifies the entire monitoring investment. Consider the cost of emergency truck rolls to remote sites, overtime labor, lost revenue during outages, and potential regulatory penalties. Rural providers face higher costs per incident due to distance and limited staff, making proactive monitoring especially cost-effective.


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