Connect With AOC / DAC & Optical Transceivers
BONESTEC delivers AOC / DAC connectivity and optical transceiver modules for networks that require high bandwidth, stable optical performance, and dependable link behavior. Our solutions are designed for easy, fast deployment in equipment areas—so networks can scale efficiently without adding unnecessary cabling complexity or operational risk.
For OEM and ODM customers, we also provide optical transceivers that support switch-to-switch uplinks, backbone transport, and pluggable optical connectivity across telecom and enterprise environments. In mobile networks, our optical transceivers help build high-capacity optical transport paths that connect site equipment with network aggregation nodes.
Whether you’re building AI/data center interconnects, extending row-to-row / adjacent-area links, upgrading switch uplinks and optical backbone, or supporting telecom and cellular transport, we help you keep performance predictable as your network evolves.
AI Data Center Interconnect
In AI and data-center environments, AOC / DAC are used to build fast optical interconnects between servers, switches, and storage within the same facility. They support low-latency connectivity for dense racks and help simplify deployment where traditional cabling and patching take too much time.
Rack-to-Rack / Row Links
For connections that extend beyond a single rack, AOC / DAC provide a practical way to link adjacent equipment areas with clean optical signaling. This reduces the effort of long cabling runs while keeping link stability for high-throughput data paths.
Switching & Optical Uplinks
Within network switching layers, optical transceivers enable pluggable uplinks and switch-to-switch optical connectivity. They help maintain consistent optical link behavior and support network upgrades as capacity needs evolve.
Telecom & Enterprise Backhaul Transport
For telecom rooms and enterprise aggregation spaces, optical transceivers are widely used to construct dependable optical transport links for upstream data flow. This fits operators and enterprises that need scalable bandwidth with predictable optical performance across equipment locations.
Cellular Site Optical Connectivity
In mobile networks, optical transceivers support high-capacity optical transport paths used to connect site equipment with network aggregation nodes. Where short-reach optical connections are needed inside base station or shelter equipment areas, AOC / DAC can also be applied to keep installation straightforward and signaling stable.
Connect With Plastic Optical Fiber Solutions
BONESTEC delivers plastic optical fiber (POF) solutions for short-reach optical links, signal transmission, optical audio, and light delivery applications. From bulk POF fiber and field-configured connectors to factory-terminated cable assemblies, transmitters, receivers, and fiber-optic lighting, our portfolio helps create practical optical systems with flexible routing and straightforward integration.
Designed for installations where durable, easy-to-handle optical connectivity matters, our POF solutions support applications across industrial equipment, automotive and transportation systems, consumer audio, building environments, and decorative lighting. The larger-core construction commonly used in POF systems can simplify alignment and installation, helping teams deploy dependable links without the complexity associated with conventional glass-fiber handling.
Whether you are building an industrial control link, integrating optical audio equipment, routing signals inside vehicles or equipment housings, developing a custom short-distance optical connection, or delivering light to remote locations, BONESTEC helps you select the right fiber, connector, assembly, and endpoint components for a complete solution.
Industrial Automation & Equipment Connectivity
In industrial automation and equipment systems, plastic optical fiber supports optical signal and data transmission between controllers, sensors, machine modules, and distributed equipment. Its flexibility, ease of handling, and immunity to electromagnetic interference make it a practical option for routing links in electrically noisy or space-constrained environments.
With bulk fiber, connectors, industrial transceivers, and ready-to-use cable assemblies, system integrators can configure reliable optical connections for automation, control, monitoring, and equipment communication applications.
Automotive & Transportation Systems
Plastic optical fiber is widely used in automotive and transportation applications where lightweight construction, flexible routing, vibration resistance, and dependable signal transmission are important. It can support in-vehicle communication, infotainment systems, digital audio, control signaling, and interior lighting applications.
MOST-compatible components, POF jumper cables, connectors, and custom cable assemblies help OEMs and system integrators develop optical links suited to vehicle interiors, consoles, equipment compartments, and transportation systems.
Data Communication & Network Connectivity
For localized data communication and network connectivity, POF supports optical links between devices, equipment modules, control units, and access-side network systems. It offers a flexible alternative for installations where conventional copper cabling may be affected by electromagnetic interference or where optical isolation is required.
BONESTEC provides bulk fiber, connectors, ferrules, cable assemblies, and transceiver solutions to help customers build practical optical data links based on their routing, interface, and installation requirements.
Digital Audio & AV Systems
In consumer, commercial, and professional AV environments, Toslink fiber-optic cables and transceivers provide dependable digital audio transmission between compatible televisions, soundbars, receivers, game consoles, media players, and audio processors. Optical audio connectivity can also help avoid electrical ground-loop interference between connected devices.
Toslink cables, splitters, connectors, and transceivers support clean and organized audio distribution for home entertainment, multi-device AV systems, and dedicated media installations.
Fiber-Optic Lighting & Decorative Illumination
Plastic optical fiber can also be used as a light guide for decorative, architectural, display, and application-specific illumination. It carries light from a remote source to points where conventional lamps or electrical wiring may be difficult to install.
This approach supports flexible lighting layouts for signage, displays, interior decoration, landscape features, vehicle interiors, and customized lighting concepts. Fiber-optic lighting remains one of the major application areas for POF.
Connect With HDMI, DisplayPort, USB AOC & LC Fiber Cables
BONESTEC delivers HDMI, DisplayPort, and USB Active Optical Cable (AOC) solutions, together with LC fiber cable assemblies, for installations that require reliable long-distance video, data, audio, and control connectivity. Our product range helps extend high-bandwidth signals between source equipment, displays, cameras, computers, peripherals, and fiber-enabled devices while keeping cable routing clean and manageable.
HDMI, DisplayPort, and USB AOC cables integrate electrical-to-optical conversion inside the cable, enabling direct connections across longer routes than many conventional copper cables. LC fiber cables provide the passive optical infrastructure used with compatible transceivers, media converters, video-over-fiber systems, and network equipment.
From meeting rooms and digital signage to machine vision, broadcast production, control rooms, gaming installations, and temporary AV deployment, BONESTEC helps OEMs, system integrators, and AV professionals build dependable optical links matched to their interface, bandwidth, distance, and installation requirements.
Professional AV, Conference & Education Systems
In conference rooms, classrooms, training facilities, and corporate AV spaces, source equipment is often installed away from displays, cameras, USB peripherals, and control systems. HDMI and DisplayPort AOC cables support long-distance high-resolution video delivery to projectors, monitors, LED displays, and conference screens, while USB AOC supports remote cameras, touch devices, and conferencing peripherals.
These optical links help create cleaner room layouts and more flexible equipment placement while maintaining dependable presentation, collaboration, and video-conference connectivity.
Digital Signage, Video Walls & Control Rooms
Digital signage networks, multi-screen video walls, security centers, and command-and-control rooms require continuous, stable signal delivery between media sources, processors, workstations, and display endpoints. HDMI and DisplayPort AOC cables provide practical high-bandwidth connections for long routed display links, while LC fiber cables support the underlying optical infrastructure between compatible fiber devices.
For high-traffic, equipment-dense, or frequently serviced installations, armored cable options add protection where cable handling and routing conditions are more demanding.
Broadcast, Live Events & AV Rental
Broadcast production, concerts, exhibitions, live events, and AV rental projects require optical connectivity that can be deployed, recovered, and reused efficiently. HDMI and DisplayPort AOC cables support long-distance video links between production equipment, cameras, processors, LED walls, projectors, and monitors. LC fiber cable assemblies enable fiber connections for compatible broadcast, AV-over-fiber, and network equipment.
Armored, detachable, and reel-based designs are suitable for applications involving frequent pulling, coiling, temporary routing, foot traffic, and equipment movement.
Industrial Imaging, Machine Vision & Automation
In industrial inspection, automation, machine vision, and embedded-system environments, cameras, sensors, and peripheral devices may need to operate at a distance from the host computer or control unit. USB AOC cables support high-speed USB connections for cameras, imaging devices, depth-sensing systems, sensors, and other data-intensive peripherals.
Fiber-based transmission helps support stable data transfer in installations where long cable runs, electromagnetic interference, structured routing, or equipment separation are key considerations.
Data, Device & Peripheral Extension
USB AOC solutions provide long-distance host-to-device connectivity for workstations, storage devices, touch panels, USB cameras, VR/AR equipment, and specialized USB peripherals. They are suited to installations where conventional USB cable length limits can restrict system layout or affect consistent device communication.
For fiber-enabled systems, LC cable assemblies provide a flexible optical path between compatible transceivers, switches, media converters, and AV or data transport equipment.
Home Entertainment, Gaming & High-Resolution Displays
For home theaters, gaming rooms, simulators, and high-performance display setups, HDMI and DisplayPort AOC cables connect PCs, game consoles, media players, AV receivers, monitors, TVs, and projectors across longer in-room cable routes. They support clean routing through AV cabinets, walls, ceilings, and other concealed installation paths.
Different cable structures—including ultra-slim, detachable, and high-flex options—help match the installation method and display interface requirements of each project.
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