Viavi E8138C-65 OTDR EVO Module
Request a quote
Viavi E8138C-65 is an OTDR EVO module with 50 dB dynamic range, integrated light source and power meter, and PON-optimized testing for fiber commissioning.
Product details
| Model | E8138C-65 |
| Manufacturer | Viavi |
| Category | Network & Fiber Optic Test |
| Availability | Made to order |
Description
Overview
The Viavi E8138C-65 is an OTDR EVO module for T-BERD/MTS-6000A and MTS-8000 field test platforms. This advanced module enables characterization of single-mode and multimode fibers anywhere on the link with up to 50 dB dynamic range and integrated light source and broadband power meter capabilities for comprehensive fiber analysis.
Key Features
- Up to 50 dB dynamic range for comprehensive fiber characterization
- Integrated CW light source and broadband power meter for single-mode wavelengths
- Single connector port supporting 1310, 1550, and in-service 1650 nm wavelengths
- PON-optimized for testing through 1x128 splitters
- Industry-leading dead zone performance with 0.5 m event dead zone
- FiberComplete™ version for automated bidirectional OTDR, IL, and ORL measurements
- Built-in encircled flux multimode source compliant with IEC 61280-1-4 and TIA-526-14-B standards
Benefits
- Complete fiber element characterization on links with elements 2 m apart
- Integrated tools reduce need for multiple instruments
- Instantaneous automatic traffic detection prevents live signal interference
- Smart Link Mapper (SLM) eliminates interpretation errors without sacrificing test time
- Reduced measurement uncertainty and improved repeatability
Applications
- PON (Passive Optical Network) commissioning and troubleshooting
- Single-mode and multimode fiber testing
- Fiber network commissioning and upgrades
- Live network troubleshooting with traffic detection
Specifications
| Dynamic Range (range) | Very Long Range: 42dB - 46dB |
| Wavelength | 1310/1550/1650nm |
| Form Factor | Modular |
Request a quote
Viavi E8138C-65 OTDR EVO Module
Response within 24 hours
No obligation
Direct communication