Yes. The listed choices include single-mode, G.657.A2 bend-insensitive single-mode, 50/125, 62.5/125, OM3 bend-insensitive and OM4 bend-insensitive fiber.
FAQ’s
Engineering. Technology. Experience.
Yes. Electrical testing can be performed according to the defined product and customer test requirements before the assembly is released.
The ordering matrix includes 0.9 mm and 250 µm pigtail constructions in addition to simplex, duplex, tactical duplex and LC Uniboot cable options.
Yes. The ordering tables list Secure LC and Secure SC options for patch cords and adapters. The required mating profiles and connector arrangement should be confirmed for each installation.
The ordering guide includes Normal, PC, UPC and APC polish selections. The specific polish must be matched to the optical interface and the selected connector and fiber configuration.
Yes. The ordering information lists both. The source reports back-reflection values of −55 dB for UPC and −65 dB for APC, using the datasheet's notation.
Yes. Internal copper cabling and cable harness integration can form part of the overall manufacturing scope.
Yes. The ordering scheme defines connector selection separately for Side 1 and Side 2. Listed options include ST, FC, SC, LC, LX 0.5 and MU, as well as an unconnectorized option.
Yes. Component selection can include matching of connector interfaces, fiber type and polarization requirements to support integration into the target optical system.
Yes. Where required by the system architecture, applicable fiber-optic assemblies and interconnects can be incorporated into the final product.
Yes. Where required, Fibernet can integrate assembled PCBAs into cable, fiber-optic and electromechanical assemblies and continue toward higher-level system integration.
Yes. The NPI process is designed to enable continuity from industrialization and validation into ongoing serial manufacturing within the same manufacturing organization.
Yes. Fibernet can develop assembly fixtures, test fixtures, jigs, positioning aids and appropriate 3D-printed production tooling according to the manufacturing process.
Yes. Fibernet can design assembly and test fixtures, workstations, jigs and tooling, including SolidWorks-based mechanical design as required by the manufacturing and test process.
Yes. NPI support can include Bill of Materials (BOM) and Approved Vendor List (AVL) development, substitute management and Long Lead Item (LLI) management according to the project requirements.
Yes. Fibernet provides specialty optical fibers and custom fiber assemblies, including precision fiber preparation, splicing and connectorization.
The company also has experience supporting high-power laser applications. The appropriate fiber, optical interfaces and assembly configuration are determined according to the intended application’s technical requirements.
Yes. Fibernet provides optical, electronic and mechanical engineering support, NPI services, manufacturing process planning and in-house production capabilities.
Startups can engage Fibernet for selected engineering or manufacturing activities or discuss a broader project scope according to their product requirements and development stage.
Yes. Fibernet offers optical infrastructure monitoring solutions, including Lion’s Den and FiberGuard.
These solutions address physical infrastructure security through monitoring and detection capabilities designed to identify tampering, damage or other relevant events and support operational response.
Yes. Fibernet provides optical connectivity expertise and components that can support the transition from suitable copper-based communication links to fiber-optic infrastructure.
Each application requires an evaluation of communication interfaces, fiber type, distance, mechanical constraints and operating conditions.
The scope of an upgrade depends on the compatibility and technical requirements of the existing equipment.
Yes. Instrument matching can include accessories, adapters, fiber interfaces, inspection and cleaning tools required for the intended measurement or splicing workflow.
Yes. Fibernet provides engineering support for component selection based on the required wavelength, power level, optical interface and application requirements.
Yes. Fibernet provides fiber-optic and copper connectivity solutions, FTTx infrastructure, optical distribution equipment and GPON-based Passive Optical LAN components.
Fibernet works with infrastructure integrators and technical teams to support network planning, connectivity upgrades and new deployments according to campus architecture, building requirements and future expansion needs.
Yes. Fibernet can provide integration assistance and compatibility testing according to the project requirements.
Yes. Fibernet supports optical transceiver and data-communication module selection based on the required system interface and communication requirements.
Fibernet has manufacturing capabilities in both copper cable assemblies and fiber-optic assemblies, allowing applicable products to incorporate both connectivity technologies within a broader system-manufacturing environment.
Yes. PCBAs can be integrated as part of the broader electromechanical and system-assembly process.
Yes. Component procurement and material preparation can be incorporated into the manufacturing workflow according to the project scope.
Yes. According to project scope, Fibernet can support procurement planning, manufacturing BOM preparation, AVL management and Long Lead Item identification.
Yes. Fibernet supports complex cable assemblies and custom wire harness manufacturing according to customer specifications and engineering documentation.
Yes. Build-to-Print manufacturing is specifically intended for production based on customer drawings, BOMs, schematics and related engineering documentation.