AFL intros PON power meter with integrated VFL

Sept. 2, 2008
SEPTEMBER 2, 2008 -- The Noyes OPM4-FTTx power meter with integrated visual fault locator is designed to measure downstream optical power at 1490 nm and 1550 nm simultaneously in PON networks.

SEPTEMBER 2, 2008 -- AFL Telecommunications (search for AFL Telecommunications) today announced the introduction of the Noyes OPM4-FTTx power meter with integrated visual fault locator (VFL).

According to the company, the device is designed to measure downstream optical power at 1490 nm and 1550 nm simultaneously in FTTx passive optical networks (PONs). Using the "set reference" feature, comparisons can be made between 1490-nm and 1550-nm power levels measured at different parts of the network.

The new power meter includes an integrated VFL for short-range fault location and connectivity testing. With a large dual-wavelength, backlit LCD display, the meter shows power at both wavelengths in units of dBm or μ W and remaining battery life, say AFL representatives.

Handheld, rugged, and light weight, the OPM4-FTTx is simpler to use, faster, and more accurate than traditional PON meters, claims the company, making it the perfect optical power meter for FTTx installation and repair technicians.


Visit AFL Telecommunications

Learn more about the test and measurement industry at Lightwave's Test & Measurement Resource Center.

Sponsored Recommendations

April 10, 2025
The value of pluggable optics in open-line systems is also becoming more apparent. This webinar describes this trend and explores how such modules can best be employed. Register...
April 25, 2025
This webinar will examine trends and advancements at the system and optical module levels for data center interconnect. Register today to join the discussion.
April 11, 2025
Taking a comprehensive approach to developing electronic products is the key to successful outcomes.
March 12, 2025
Join us for an engaging discussion with industry experts on the intersection of AI and optics. Moderated by Sean Buckley, editor-in-chief of Lightwave+BTR, this panel will explore...