Remotely control fiber line quality, length and connectivity when using fixed test equipment for link verification, introduction of fiber optic cable installation and service activation
Use EXFO's link-aware technology to test PON or P2P fiber links with OTDRs without special testing techniques - then turn them into troubleshooting and monitoring tools
Use traceable test methods to measure fiber end-to-end attenuation at 1650 nm in the field using reflection filters or at the node using test equipment
Monitor fiber links up to the demarcation point (e.g., subscriber premises terminal) without relying on PON equipment
Measure short- and long-term link degradation with high resolution and large dynamic range beyond that of PON equipment
Detects and locates fiber faults at 1625 nm in a fully automated manner and compares current and past results
Connect it to any management system through an open, fully documented, resource-based Web services architecture using HTTP and XML (REST).
Standard module - number of optical ports a SC-APC or FC-APC 1/4/8/12 ports
Expandable models - number of optical ports 4-port SC-APC optical switch box (OSC)
8-port LC-APC OSC
12-port MTP-APC OSC
Up to eight (8) OSCs per unit
Scalable, modular set-up
Field configurable 8 to 96 ports
Built-in optical switch type MEM
1 X 8 optical switches built into first stage
Insertion loss (typical) 0.8 dB
Built-in optical switch lifetime (minimum number of cycles) 1 000 000 000 (109)
External optical switch (1 x n)d High number of ports 576/720 ports
Data storage 16 GB (standard) or 32 GB (optional)
Maximum nominal traffic channel wavelength (nm) 1610
OTDR wavelength (nm) 1625±3/1650±4
Event blind zone (m) 0.5
Continuous monitoring of fiber networks around the clock
Manage dark fiber SLAs
Correlate and analyze network failures
Perform automated OTDR testing for network operations and maintenance
