WireXpert 4500 Multimode Fibre Adaptor Kit
WireXpert Optical Loss Test Kit
Modern network infrastructure involves installing both copper and fiber cabling within the same premises. With the increasing demand for bandwidth, certification plays a crucial role for guaranteed data rates. Certification requires characterizing each fiber link to the desired standards in measuring the insertion loss (attenuation) and length of the fiber link. WireXpert provides you with a fast, easy and accurate way of determining the pass/fail criteria of the installation across ISO/IEC or TIA standards.
Performs autotest in less than 6 seconds
Perform Tier 1 Certification for ISO/IEC and TIA 568 C.3 Standards
Measures and certifies length and loss for single-mode at 1310nm and 1550 nm and multi-mode cabling at 850nm and 1300nm
Seamlessly integrates copper and fiber reports. Generate professional warranty and certification test reports
Double your productivity with DCSTM technology by using your remote unit as an independent optical certifier
Test Limits and Link validations
WireXpert optical loss test kit supports all the latest standards from TIA 568 C.3 to ISO 14763-3 standard. By automatically calculating the loss budgets the WireXpert saves you the trouble of having to perform cumbersome calculations and plugging in data for individual connectors and splices for different standards. In certain scenarios where end-to-end loss is required to be measured and documented, WireXpert provides with a customized link validation workflow that lets you define end-to-end loss and perform the certification.
Multi-mode and Single-mode kits
WireXpert optical loss kits are available for both Multi-mode and Single-mode fiber networks. The modular solution allows testing both types of networks on the same WireXpert unit with interchangeable adapters. Each module lets you perform very accurate loss and length measurements at two wavelengths meeting all the various standard requirements. Both kits support certification of horizontal as well as backbone cabling by supporting dual wavelength measurement on each adapter.
