This dual LED source is a general purpose test source for multimode systems at 850 / 1300 nm. Typical applications include fiber optic attenuation measurement, polarity testing and fiber identification on critical systems.

This dual optical laser source is a general purpose test source for single mode systems, at 1310-1550 nm. Typical applications include fiber optic attenuation measurement, polarity testing and fiber identification on critical systems.

This LED & laser quad source is a general purpose test source for multimode & single mode systems at 850, 1300 nm & 1310, 1550 nm. Typical applications include fiber optic attenuation measurement, polarity testing and fiber identification on critical systems.

An economical, in-line PON meter used during FTTH / PON service turn-up or maintenance, to perform a live optical power test with optical loss test (OLT) equipment. Easy to use, compact, rugged & economical true PON / GPON tester Fast reading and settling time Sunlight-readable backlit display Pass/fail display and LEDs 1310 nm upstream, 1490/1550 … <a href="https://www.tempocom.com/products/gpon-pon-power-meter-t6102aa-apc/">Continued</a>

An economical, in-line PON meter used during 10G FTTH / PON service turn-up or maintenance, to perform a live test with the OLT equipment. Easy to use, compact, rugged & economical true PON meter Fast reading and settling time Sunlight-readable backlit display Pass / fail display 1270 & 1310 nm upstream, 1490 & 1577 nm … <a href="https://www.tempocom.com/products/10g-xg-pon-power-meter-t6106/">Continued</a>

The T6106-APC is an in-line PON meter used during 1G/10G FTTH/PON service turn-up or maintenance, to perform a live test with the optical loss test (OLT) equipment. The T6106-APC can also be used as a terminated device to measure the downstream 1G and 10G power levels.

A simple and reliable optical power meter for testing power and loss on typical multimode & single mode fiber optic systems. It provides high accuracy and simplicity of use. Send and identify one of 12 unique test tones. Great for quickly verifying continuity, polarity and rack labeling. High power detector optons with superior performance. 3x … <a href="https://www.tempocom.com/products/ki9600a-ingaas/">Continued</a>

A simple and reliable optical power meter for testing power and loss on high power fiber optic systems up to +24 dBm. It provides high accuracy and simplicity of use. An advanced netral density filter design offers improved accuracy for this type of instrument, and use of an InGaAs detector provides better accuracy and response … <a href="https://www.tempocom.com/products/ki9600a-h3b/">Continued</a>

A simple and reliable optical power meter with a large area 5 mm Ge detector for testing power and loss on fiber optic systems or free-space light beams up to +10 dBm. Ideal for: Plastic fiber, PCS, single mode, multimode, multi-fiber ribbon cable such as MMC, MPO 12 – 72 fiber up to 12 fibers … <a href="https://www.tempocom.com/products/ki9600xl-ge5/">Continued</a>

A simple and reliable free space or optical fiber light meter tester with a large-area 5 mm Silicon detector. It is ideal for testing power & loss on fiber optic systems or free-space light beams up to +5 dBm. Ideal for: plastic fiber, PCS, multimode, multi-fiber ribbon cable such as MMC, MPO 12 – 72 … <a href="https://www.tempocom.com/products/pocket-optical-power-meter-t9600xl-si5/">Continued</a>

A shirt-pocket size fiber optic source ideal for general testing of PCS or POF systems at 660 nm. It provides, high test accuracy and simplicity of use. A variety of POF specific connector adapters are available for most POF connector styles. Rugged, drop-resistant construction User defeatable auto turn-off Excellent stability Lanyard, shirt pocket clip & … <a href="https://www.tempocom.com/products/pocket-fiber-optic-pof-test-source-t9809am/">Continued</a>

A shirt-pocket size LED fiber source ideal for general testing of multimode, PCS or POF systems at 850 and 1300 nm. It provides, high accuracy and simplicity of use. It can also achieve useful short-range testing on singlemode systems at 1300 nm, since it has a specified output level into SMF.