A Quad OTDR combines multimode and single-mode OTDR wavelengths in one instrument. The supplied FS300-325 datasheet supports 850/1300 nm multimode and 1310/1550 nm single-mode testing.
FAQ’s
Engineering. Technology. Experience.
A STAR Fanout Kit is an accessory kit designed for use with Fibernet STAR Fusion Splice Modules and standard loose-tube fiber cables.
A Visual Fault Locator is a visible red-laser fiber troubleshooting tool used to trace fibers and visually locate faults such as sharp bends, breaks and poorly mated connectors. AFL also uses the term Visual Fault Identifier (VFI).
An optical fiber identifier is a non-intrusive test instrument used to detect light and identify active signals in a fiber without disconnecting the link. The FID-30R/FID-31R detect Tone, Traffic and ONU signals by bending the fiber in the clamp head.
An optical loss test kit combines an optical power meter and optical light source to measure optical power and insertion loss on installed fiber links. The FlowScout® kits pair the OPM8 power meter with an OLS8 light source.
An OTDR is used to characterize optical fiber links by locating and measuring events such as connectors, splices, splitters, macro-bends and fiber ends over distance.
AFL states that SLP8/SMLP8 kits include an optical power meter, optical light source, adapter cap, quick reference guide and carry case. BAS and PLUS configurations add FlexReports software options and a USB cable as specified.
The PFL0920 kit includes the MTP® PRO Field Tool, a gripper and a pin exchanger.
The standard package includes the optical fiber identifier, soft case FID-CASE-02, instruction manual M-FID30R, quick reference guide QRG-07-E or J, and strap ST-01.
The TLF1163 extended kit includes the MTP® PRO Field Tool, gripper, pin exchanger, MTP PRO jumper, cleaner, and aqua and yellow female pin exchanger 10-packs.
The VFI4 is used for fiber tracing, continuity checks, splice verification, identifying poorly mated connectors, checking mechanical connector installation and locating faults inside OTDR dead zones.
Both models support fiber identification and ONU detection. The FID-30R additionally includes a built-in optical power meter; the FID-31R does not.
In the supplied datasheet, standard models are generally rated for 500+ cleanings, while SC PRO and LC PRO are rated for 775+ cleanings.
The TS100 is designed as a guided optical troubleshooter that automatically measures key parameters and recommends corrective actions. The FS200 and FS300 provide full OTDR modes and trace analysis for deeper verification and troubleshooting.
VFI4 is the 5 mW high-power model with up to 10 km range. VFI4-L is the 1 mW low-power model with up to 4 km range.
FOCIS Lightning®2 is a self-contained multi-fiber and single-fiber optical connector inspection system with an integrated touchscreen, auto-focus, auto-centering and automated pass/fail analysis.
The introductory text states a maximum capacity of 96 fibers, while the specification table lists configurations of 144 fibers and 48 MTP ports / 576 fibers. This source conflict should be resolved by Fibernet Engineering before a definitive maximum is published.
The MTP® PRO Tool Kit is a field-service kit for MTP® PRO connectors that supports polarity changes and male/female pin reconfiguration.
The MPO ESD cleaner is intended for 12f/24f MPO or MTP® connectors and provides electrostatic discharge suppression for use in electrostatic protected areas. The supplied datasheet lists IEC 61340-5-1 compliance.
The specification table lists an operating range of -10°C to +50°C and a storage range of -20°C to +60°C.
AFL specifies measurement accuracy of ±0.25 dB under the stated calibration and test conditions.
The VFI4 High Power model has a published output power of 5 mW and a range of up to 10 km.
The STAR 1U High Density ODF is a 1U rack-mount optical distribution frame designed for high-density data center fiber distribution using Fibernet STAR modules.
The STAR 1U-FX is a short-depth 1U optical distribution frame designed for high-density data center fiber distribution. The supplied datasheet specifies two trays, eight STAR module positions and front, side and rear access.
The STAR400 2U is a modular, pre-terminated optical distribution frame for high-density data center fiber distribution. The source datasheet describes six pull-out trays, plug-and-play STAR modules and tool-free installation.
The STAR400 4U is a modular, pre-terminated optical distribution frame for high-density data center fiber distribution. The source datasheet specifies 12 pull-out trays, modular STAR400 connectivity and tool-free installation.
Wave ID allows the OLS8 to encode wavelengths so a compatible OPM8 can automatically identify and measure them. AFL states that up to three wavelengths can be tested simultaneously, reducing wavelength-setting errors and test time.
The mechanical drawing shows a depth of approximately 238.3 mm, making it a short-depth 1U platform compared with deeper data center fiber enclosures.
AFL lists enterprise LAN, data center, FTTH PON, high-power broadband, multimode and single-mode fiber networks as target applications.
It helps adapt standard loose-tube fiber cabling for use with the STAR Fusion Splice Module so the high-density solution can be installed and operated as intended.