Fiber OWL test kits are ideal for the fiber optic professional who requires standards-based certification of fibre links, including TIA-568, ISO 11801, various Ethernet standards, among others.  The Fiber OWL can also be configured with custom standards to meet the needs of various fibre optic applications.

Fiber OWL 4 kits are now 10-Gigabit Ethernet ready.  This new update allows fibre optic professionals to certify their fibre links for 10-Gigabit Ethernet, the next generation of fibre network.  

Each Fiber OWL test kit comes with a N.I.S.T. Traceable Fiber OWL optical power meter one or more complementary fibre optic light sources, based upon your application.  Many configurations are available.  Included with each test kit are a hard-shell carrying case, protective rubber boots, carrying straps, 9-volt batteries, certificate of NIST-traceability, and a CD-ROM with free OWL Reporter Software and operation manual.

Fiber OWL BOLT Series Auto-Wavelength Test Kits offer the ultimate in user-friendliness.  Not only does the Fiber OWL 4 BOLT perform optical link length tests, but when used together with the WaveSource fibre optic light source in automatic mode, the meter and light source use auto-wavelength switching technology that coordinates wavelengths automatically, without the need for further user intervention.  This feature increases productivity by decreasing testing time and human error.  The WaveSource line of light sources also includes the least-expensive quad-wavelength fibre optic light source on the market, integrating all four popular wavelengths into one unit (850/1300nm for multimode and 1310/1550nm for singlemode).

Fiber OWL Series Auto-Wavelength Test Kits offer the same auto-testing capability of the Fiber OWL BOLT series, but without length testing capability.

Fiber OWL 4 series meters come standard with a small state-of-the-art UNIVERSAL adapter fully reliable to allow use of ST, SC, FC or any 2.5 mm patch cables as test cable which saves money on consumables (test cables wear out). Sorry physics and optics do not allow the same universal connector to work well on any brand of the light source. Hence, light sources must have ST, SC, or FC connector ports.