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Using FIBERTEK adapters, the LANTEK display unit can measure length in the loop-back mode. Using FIBERTEK in both the display and remote units, the system can measure signal loss and length with dual wavelength
and bi-directional capabilities.
To improve productivity, talkset capability is available for FIBERTEK. Simply plug in the talkset to the display and remote units, installers can communicate over fiber in the same fashion as over copper.
FIBERTEK supports network specific certification tests including 1000Base-LX and 1000Base-SX for Gigabit Ethernet. This allows the installer to easily certify fiber for the most common network types. All fiber tests are stored in the same way as copper tests and can be uploaded to a PC running LANTEK Reporter to create reports.
| Specifications |
Specifications |
| Detector |
|
| Receive Wavelength: |
MM: 850 nm, 1300 nm
SM: 1310 nm,1550 nm |
| Transmitter Laser Type |
|
MM 850 nm:
MM 1300 nm:
SM 1310 nm:
SM 1550 nm: |
VCSEL
Fabry-Perot MCW (Grin Lens Focused)
Fabry-Perot MCW (Grin Lens Focused)
Fabry-Perot MCW (Grin Lens Focused) |
| Measurement Accuracy |
|
Attenuation:
Length: |
MM 850/1300 nm: 0.25dB
SM 1310/1550 nm: 0.25dB
(+/- 3%) + 1 meter |
| Display Resolution |
|
Attenuation:
Length: |
MM 850/1300 nm: 0.1dB
SM 1310/1550 nm 0.1dB
MM 850/1300 nm: 1.0 meter
SM 1310/1550 nm 1.0 meter |
| Linearity |
0.2 dB |
| Length Range |
MM 850 nm: 3,000 meters
MM 1300 nm: 6,000 meters
SM 1310 nm: 10,000 meters
SM 1550 nm: 10,000 meters |
| Minimum Length |
5 meters |
| Physical |
|
Operating Temperature:
Ambient Airflow: |
18 to 30°C at Specified Accuracy
0.3 Ms @ 20°C |
| Network Specifications |
1000BASE-SX/LX, IEEE-802.3z,
1000BASE-F, 10BASE-FL/FB, ATM-155/622 |
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The FIBERTEK™ fiber accessory is
the perfect solution for certifying or troubleshooting fiber backbones and fiber to the desktop installations in
commercial buildings or campus environments. Working with LANTEK® 6 & 7, FIBERTEK measures signal loss and length over Multimode and Singlemode fiber. With an easy
fiber adapter switch, FIBERTEK can support dual wavelength and bidirectional
testing.
Working in conjunction with the FIBERTEK module, the IDEAL TRACETEK™ is a cost effective tool to support fiber diagnostic and distanceto-fault capabilities. TRACETEK generates traces similar to an expensive OTDR, thus helping installers quickly locate faults. TRACETEK works by injecting pulsed laser light into one end of the fiber and measuring the amount of light that is reflected back from events along the fiber cable. With TRACETEK, installers can quickly perform fiber troubleshooting and save time on the jobs.
FIBERTEK is available in two basic kits, one each for Multimode and Singlemode. The multimode kit contains two adapters each with a light source and a receiver: an 850 nm VCSEL laser to allow certification of fiber to support
Gigabit Ethernet and a 1300 nm Fabry-Perot laser. The Singlemode kit contains two adapters also, a 1310 nm and a 1550 nm Fabry-Perot laser source with receivers.
- Measures signal loss and length over Multimode and Singlemode fiber
- Supports 850 nm VCSEL light source to enable Gigabit Ethernet certification
- Supports network specific autotests available for the most popular network types
- Provides talkset capability for enhanced communications
- Works with TRACETEK™ to support a unique combination of fiber measurement and troubleshooting capabilities
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FIBERTEK™ also comes in a premium version that includes works by injecting pulsed laser light into one end of the fiber and measuring the amount of back reflection along the fiber path. Events such as connectors or bad splices show up as spikes on the display. TRACETEK™ is a cost effective tool to support MM/SM fiber diagnostic and distance-to-fault capabilities. With TRACETEK™, the customers can perform fiber troubling shooting without an expensive OTDR. |
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The LANTEK® tester’s innovative design securely holds all test adapters, including
FIBERTEK™ and TRACETEK™, with no protruding connectors. |
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Ideal Tool Index 
