Fiber Optic Center will be at at the EPIC Technology Meeting on Specialty Optical Fibers: New Designs and Novel Applications - Schedule your meeting today
Viavi MAP-300 SM IL/RL (1310/1490/1550/1625nm)
MORL-A13456-MSTD
Viavi MAP-300 IL and IL/RL meter - 1310/1490/1550/1625nm SMF single output FC/APC source - standard power head with AC901 FC adapter - 1 slot module -- 1 year warranty [REFERENCE JUMPERS NOT INCLUDED]
One single-slot module contains up to four sources (1310, 1490, 1550, 1625 nm), and integrated power meter, and an optional 2x2 optical switch for automated bidirectional testing.
RL measurements are based on time-domain technology and are often referred to as “mandrel-free.” Mandrel-free technology dramatically reduces test time by eliminating the need to make slow,
difficult, manual terminations during both setup and execution of RL measurements. It also measures length further eliminating the need for extra steps to verify quality. Leveraging decades of OTDR
technology, the VIAVI mORL-A1 delivers 80 dB of RL dynamic range and can measure jumpers as short as 70 cm in as quickly as 6 seconds per two wavelengths.
IL is measured using the power meter method. Precise launch power monitoring and depolarization technology provides true 0.001 dB resolution. IL measurements are completed in parallel using the
same optical stimulus, requiring less time overall.
RL measurements are based on time-domain technology and are often referred to as “mandrel-free.” Mandrel-free technology dramatically reduces test time by eliminating the need to make slow,
difficult, manual terminations during both setup and execution of RL measurements. It also measures length further eliminating the need for extra steps to verify quality. Leveraging decades of OTDR
technology, the VIAVI mORL-A1 delivers 80 dB of RL dynamic range and can measure jumpers as short as 70 cm in as quickly as 6 seconds per two wavelengths.
IL is measured using the power meter method. Precise launch power monitoring and depolarization technology provides true 0.001 dB resolution. IL measurements are completed in parallel using the
same optical stimulus, requiring less time overall.
