The VIAVI OLP-3xV2 are a range of broadband power meters (PM) for quick, easy, and convenient measurement of optical power levels and loss in fiber networks. Easy-to-use for technicians at any skill level SmartPocket V2 broadband PM complement VIAVI optical light sources (OLS) for insertion loss and continuity testing in both single mode and multimode networks in all environments. Robust and compact they fit perfectly in your pocket.

Benefits

• Ready when you need it - ultra-high reliability and high-availability
• Dependable, German design
• Designed with outdoor environment in mind
• Over 70 hours continuous use with 2x AA Alkaline batteries
• Instant On - no boot time
• Easy to use
• High-Visibility backlight graphical display with context-sensitive softkeys
• No setup "OptiChek" measurement mode
• Fast Auto-λ, Multi-λ mode when paired with SmartPocket V2 optical light sources
• Clear pass/fail information
• Automatic upload of results via VIAVI Mobile Tech App

Key Features

• 1 nm incremental wavelength settings
• Universal optical interface supports all 2.5 mm with option for 1.25 mm connectors
• Fiber Tracing - detecting optical light source tone(s) generated by SmartPocket V2 optical light sources
• Storage for over 1000 test results and PC download capability
• Bluetooth connectivity to the VIAVI Mobile Tech App
• 3-way powering - alkaline AA, NiMH AA rechargeable, AC power adapter
• 3-year recalibration period

Applications

• Measuring optical power levels and link insertion loss for both single mode and multimode networks
• Network Build and Maintenance for
• Enterprise/LAN
• Access and Metro (LAN/WAN)
• FTTx (e.g. Home/Antenna)
• Standard and high-power level measurement

Products

• The OLP-35V2 (InGaAs) is optimized for standard telecommunication networks and multimode or single mode applications
• The OLP-35SC (InGaAs) provides the same capabilities as the OLP-35V2 and comes with a fixed SC adapter
• The OLP-38V2 (filtered InGaAs) is a higher-power version (up to +26 dBm) for CATV HFC (with analogue RF transmission) or amplified DWDM systems applications