For patch cords, provide fiber type, secure connector interfaces, polish, cable length and housing color/key code. For adapters, provide sleeve type, interface types on both sides, fiber count, flange type and housing color/key code.
FAQ’s
Engineering. Technology. Experience.
Provide the fiber type, cable construction, connector at each end, polish type, length and required polarity. These are the selection fields identified in Fibernet's product ordering matrix.
Useful starting information can include wavelength, optical power, gain or loss requirements, modulation or data-rate requirements, fiber type, connector type, polarization requirements, physical interface, environmental constraints, budget and project schedule.
Useful starting information includes what must be measured, wavelength or fiber type, expected power or loss range, link length, required test environment, development, production or field use, connector interfaces, desired level of automation and any calibration or test-station requirements.
The best starting point is a drawing, specification or system requirement that defines the required fiber type, connector interfaces, cable lengths, routing, breakout points, electrical connections, mechanical protection and testing requirements.
A useful starting package can include the approved prototype or design, drawings, specifications, BOM data, performance requirements, known suppliers, test requirements, expected production volumes and any existing manufacturing documentation.
The datasheet specifies 0.1 dB typical insertion loss for SM UPC, SM APC and MM PC configurations. It lists 55 dB return loss for SM UPC and 65 dB for SM APC. These are datasheet values, not a substitute for confirming the ordered configuration.
For zirconia-ferrule multimode and single-mode versions, the source datasheet lists typical insertion loss below 0.1 dB and maximum insertion loss of 0.3 dB. Confirm the applicable inspection and acceptance conditions for your order.
It lets one user control four computers from one keyboard, mouse and monitor while keeping the computer channels isolated.
A Bit Error Rate tester is used to evaluate digital-link performance by measuring transmission errors under defined test conditions. It can be part of link characterization and system validation.
A custom cable assembly is manufactured according to specific product requirements rather than supplied as a standard off-the-shelf cable. The specification can define conductor type, connectors, contacts, pinout, dimensions, routing, termination methods, labeling and test requirements.
A custom fiber optic cable assembly is an optical interconnect manufactured around defined system requirements such as fiber type, connector interfaces, length, routing, breakout points, mechanical protection and optical performance.
A Hardware Security Inspection is a structured inspection of physical equipment performed before deployment according to defined security and acceptance requirements.
It is used in optical links where a laser transmitter launches into multimode fiber and the specified design calls for an offset launch to address Differential Mode Delay (DMD). Always confirm the equipment manufacturer's requirements.
A production-intent unit is built using materials, tooling, processes and documentation representative of the intended production environment. Its purpose is to verify the manufacturing methodology before serial manufacturing begins.
A transmitter/receiver solution that carries analog audio over an optical-fiber link. Fibernet's RCA version is designed as a one-way audio path.
It is a matched physical fiber connection interface. Fibernet specifies that its secure connector plugs into the corresponding secure adapter, helping reduce unintended or incorrect patching in a controlled fiber installation.
It is a single-mode optical patch cord intended for FTTx connectivity. Fibernet's published design combines a helical metal armor layer, aramid yarn reinforcement and a TPU jacket for a protected, flexible cable assembly.
An optical power meter measures optical power, while a compatible light source provides a known optical signal. Together they can be used for optical loss testing and verification of fiber links and assemblies.
An Optical Time Domain Reflectometer (OTDR) is used to characterize a fiber link and identify distance-dependent events such as connectors, splices and faults along the optical path.
Automated Optical Inspection uses imaging systems to verify visible PCB assembly characteristics such as component placement, orientation, polarity and certain solder-related conditions.
Build-to-Print cable manufacturing means producing an assembly according to customer-provided engineering documentation such as drawings, schematics, BOMs, cable tables, pinouts and manufacturing requirements.
Build-to-Spec manufacturing means manufacturing the cable assembly according to defined customer technical and functional requirements. The manufacturing process is established around the agreed product specification.
Hardware Assurance is the process of increasing confidence in hardware before it is introduced into its intended operational environment. Depending on the applicable process, it may include physical inspection, product identification, documentation review, verification and documented acceptance activities.
myBLOCKER is a compact hardware video blocker designed to connect a computer to a display while maintaining one-way video transmission from the computer to the monitor.
New Product Introduction is the structured process of transferring a product from development or prototype stage into a controlled, repeatable manufacturing environment. It may include manufacturing engineering, BOM preparation, supply-chain planning, tooling, quality requirements, production-intent builds, documentation and production-line validation.
New Product Introduction (NPI) is the structured process of translating an approved design or prototype into a stable, documented and repeatable manufacturing process. For optical and laser systems, this can include DFM/DFA, BOM and AVL development, tooling, fixtures, test planning, verification, validation and production-transfer activities.
Product Industrialization is the process of converting an engineering design into a product that can be manufactured consistently. It typically includes production engineering, BOM preparation, tooling, assembly planning, quality definition, testing and process validation.
Selective soldering is a controlled process used to solder specific through-hole connections without exposing the entire assembly to a conventional soldering process.
Surface Mount Technology (SMT) is a PCB assembly process in which electronic components are mounted directly onto the surface of a printed circuit board. SMT supports automated placement and is widely used in modern electronic manufacturing.