AFL unveils contractor-optimized OTDRs
New Noyes series OTDRs target metro/access and FTTX PON troubleshooting.
As advertised by the company, the new Noyes CS260 OTDR family offers two models:
-- The CS260-10 FTTx PON Activation and Troubleshooting OTDR: A 1625 nm Live PON OTDR providing 35 dB dynamic range, best-in-class 0.8 m event and 3.5 m attenuation dead zones, integrated PON power meter and Visual Fault Locator (VFL).
-- The CS260-20 Metro/Access Troubleshooting OTDR: 1310/1550 OTDR with 28 dB dynamic range, 0.8 m event and 3.5 m attenuation dead zones plus integrated Visual Fault Locator.
"A large number of network operators utilize contractors to install and verify new metro and broadband access networks, including Fiber-to-the-Home (FTTH) PONs," explains Michael Scholten, senior product marketing manager for AFL's Noyes Test and Inspection division. "Those same network operators often don't want to subcontract customer-facing network activation and maintenance tasks. These operators must equip their direct staff to verify signal levels at the subscriber, install and activate premise equipment, and troubleshoot any problems."
The CS260-10 and CS260-20 are billed as "purpose-built for optical network activation and troubleshooting tasks." With its integrated PON power meter, the CS260-10 enables technicians to verify PON power levels at an FTTx PON ONU or ONT. If downstream signals are absent or power is too low, the CS260-10's 1625 nm Live PON OTDR allows a technician to scan the network from the ONU/ONT or a network access point to locate fiber faults such as macro-bends, breaks, poor splices and dirty or damaged connectors. The live PON OTDR utilizes an out-of-band 1625 nm wavelength to prevent disruption to the 1310, 1490 and 1550 nm signals present on an in-service PON.
The CS260-20 is designed to troubleshoot point-to-point metro/access networks operating in the 1310 and/or 1550 nm wavelength regions. Its short dead zones enable precise location of fiber faults. With 28 dB dynamic range, the CS260-20 can locate faults in networks up to 60 km (40 miles) in length.
Both CS260 models are derivatives of AFL's OFL280 and FLX380 FlexTester families and offer the same ease-of-use, high-contrast indoor/outdoor display and over 12 hours of continuous battery operation. Both models also include an integrated VFL (visible red laser) designed to visually pinpoint the location of macro-bends or breaks in splice closures, access terminals and splitter cabinets.
CS260 OTDR results may be saved in industry-standard .SOR files and uploaded to PC via the built-in USB interface. Windows-compatible TRM Test Results Manager software is supplied with the CS260s to support trace review, batch editing and professional test report generation.