The Build Your Order matrix lists 4-adapter and 6-adapter configurations. However, the specification table separately lists 32 fibers, so the maximum fiber count for the 6-adapter version should be confirmed by Fibernet Engineering before publishing a definitive figure.
FAQ’s
Engineering. Technology. Experience.
The OPM8 stores more than 1,000 results in AFL .ATD (XML) format and supports transfer for analysis and reporting.
The supplied Fibernet datasheet states that the 2 mm LC Duplex Uniboot design can save up to 50% in cabling volume.
The specification lists storage for 10,000 files, with result-storage capacity of 1,000 multi-fiber results and 1,500 single-fiber results.
Yes. The datasheet states that insertion loss, return loss and ferrule-geometry interferometer testing are performed for every fiber, with individually printed serial numbers for cable identification.
Yes. The product features state 100% insertion-loss and return-loss testing.
Yes. The supplied Fibernet product-page text specifically states that the kit is intended for use with STAR Fusion Splice Modules.
Yes. The product description positions the kit as an accessory used to support operation of the Fibernet STAR high-density solution.
The supplied Fibernet datasheet describes the module as providing MTP® connection points between trunks and harnesses. Functionally, this is a pass-through MTP® adapter application rather than an MTP-to-LC conversion module.
The supplied datasheet states that the MTP® PRO Tool is compatible with MTP® PRO connectors only.
The supplied drawing is titled ‘STAR 400 MODULE LC DUPLEX 4 ADAPTERS OM3/4’ and uses part number FSTAR400-A-GLCU4, so it does not match the MTP® Adapter Module datasheet. It should not be published as this product’s mechanical drawing until the correct drawing is supplied.
MTP® bundles and fanouts are pre-terminated multi-fiber assemblies that connect an MTP® interface to one or more MTP®, LC, SC, FC, ST or LC Uniboot terminations for high-density fiber distribution and breakout applications.
The published connector insertion-loss values are 0.3 dB for MTP® connectors and 0.15 dB for LC connectors.
No dimensions or material specifications are provided in the supplied source. These values should not be published until a datasheet is available.
The published dimensions are 149 × 64.7 × 12 mm (D × W × H).
The datasheet lists 142 × 69 × 12 mm (D × W × H).
The specification table lists connection insertion loss of 0.1 dB typical and 0.3 dB maximum for the low-loss models.
The datasheet lists 7.9 × 5.1 × 2.2 cm and 43 g.
Both models use one AA battery. The datasheet lists less than 30 hours in flash mode for VFI4 and less than 50 hours for VFI4-L.
The datasheet specifies a 2 mm cable outer diameter.
The tool is designed to change field polarity and to support field pin removal/reconfiguration from male to female and from female to male.
The supplied product-page screenshot does not provide a component list. A datasheet or engineering bill of materials is required before publishing exact kit contents.
Strong external light can cause false Traffic detection. The FID-30R indicates this condition by illuminating direction triangles on both sides of the LCD so the operator can shield the clamp head from the external light source.
The supplied FS200 datasheet lists model-dependent dynamic range up to 37 dB.
The supplied product-page screenshot does not specify supported fiber counts. This should be confirmed from the product datasheet or Fibernet Engineering.
The datasheet specifies 0.1 dB typical for all fibers and 0.35 dB maximum for a single fiber for both multimode and single-mode low-loss MT ferrules. The note states that the maximum value refers to 12-fiber MTP® and instructs customers to contact Fibernet for 24- or 48-fiber MTP® products.
The published LC connection insertion loss is 0.1 dB typical and 0.15 dB maximum.
The datasheet states that STAR400 trunks include durable strain-relief grips and pulling-eye material/equipment for faster and safer installation and mounting onto STAR400 products.
A fiber optic TAP module uses passive optical splitters to divide an optical signal into a live path and a monitoring path, allowing monitoring equipment to observe traffic without requiring an active inline monitoring device.
A One-Click™ cleaner is a dry, push-type optical connector cleaning tool designed to remove contaminants from fiber connector end faces with a single-push action.