IP68 Waterproof ODVA Connector (ODVA/MPO ODVA/DLC ODVA/SC) Fiber Optic Assemblies For Outdoor FTTA Solution

• Waterproof ODVA fiber optic connectors are the waterproof connectors to connect the RRH patch panel with IP68 grade to ensure the protection from water immersion or dust, the ODVA assemblies are suitable for industrial, aerospace and defense industries.
• Waterproof ODVA fiber optic connectors are rugged, waterproof fiber connection systems designed for reliable use in harsh environments.

• The ODVA connector family includes three main types: ODVA/MPO, ODVA/DLC and ODVA/SC. Each suited for different fiber counts and interfaces while sharing a common waterproof design. In all cases, the goal is the same: to provide a robust, IP68 rated connection that keeps dust and water out, even in demanding field conditions.
• These ODVA connector assemblies protect standard fiber interfaces (LC duplex, SC simplex, or MPO multi-fiber) within a durable, sealed housing.

• This version integrates a multifiber MPO connector (typically 8, 12, 16, 24, 36 or 48 fibers) into a larger rugged housing. It is used when multiple fiber channels are needed in one connection, such as high-bandwidth links or daisy-chain deployments.
• ODVA/MPO connectors provide the same environmental protection for an MPO interface, allowing quick plug-and-play of multi-fiber cables in outdoor settings.
• They are common in some fiber-to-the-antenna deployments (e.g. connecting a base station to a remote hub with a single multi-fiber trunk) and other industrial applications that require high fiber-count cable assemblies. Despite the higher fiber count, the ODVA/MPO still features a sealed coupling mechanism similar to the other types, ensuring an IP67/68 grade connection for all fibers.
• ODVA/MPO to MPO patch cable:

• ODVA/MPO connector:

• ODVA/MPO adapter (ODVA/MPO socket):

• This version houses a standard duplex LC connector pair inside a single rugged ODVA shell.
• It carries two fibers (usually for transmit/receive) and mates with duplex LC adapters.
• ODVA/DLC connector is widely used for FTTA cable assemblies because most base station equipment uses LC duplex transceivers. The connector’s outer coupling mechanism locks into an ODVA adapter receptacle, but internally it terminates in two LC ferrules. This gives it full compatibility with standard LC ports once the housing is removed or via an ODVA/DLC bulkhead adapter.
• ODVA/DLC to DLC patch cable:

• ODVA/DLC to DLC connector:

• ODVA/DLC adapter (ODVA/DLC socket):

• This version contains a single SC fiber connector (often SC/APC for single-mode) inside the waterproof housing.
• It carries one fiber and mates with an ODVA/SC adapter on panels or equipment.
• ODVA/SC assemblies are typically used in systems that require a single fiber link per connector – for example, some legacy radio units or industrial devices with SC ports.
• Like the LC type, it relies on the same sealing housing concept (usually a threaded or bayonet coupling nut on a plastic shell) to achieve an IP67 waterproof fiber connector that shields a standard SC interface.
• ODVA/SC to SC patch cord:

• ODVA/SC connector:

• ODVA/SC adapter (ODVA/SC socket)

• Telecommunications Fiber To The Antenna (FTTA/CPRI): The original and most widespread use of ODVA connectors is in fiber-to-the-antenna deployments for cellular networks. Mobile carriers use ODVA-DLC assemblies to link base station equipment (BBU) to remote radio heads (RRH) on towers or rooftops. These connectors withstand outdoor exposure on towers, connecting CPRI fiber cables to radios in 3G, 4G/LTE, and 5G networks. ODVA connectors simplify installation and maintenance of antenna fiber feeds by enabling quick-disconnect of fiber lines during equipment swaps or upgrades, all while ensuring a sealed link in all weather conditions.
• Smart Cities and IoT Networks: As cities deploy more outdoor fiber for smart infrastructure (traffic systems, environmental sensors, public Wi-Fi and kiosks, etc.), ODVA cable assemblies provide a reliable solution for connecting devices in the field. For example, an outdoor surveillance camera or environmental sensor node in a smart city may use an ODVA waterproof fiber connector to connect into the city’s fiber backbone, ensuring the link is protected from rain, dust, and tampering. The easy plug-and-play nature of ODVA connectors also helps technicians quickly hook up or replace devices on street poles and smart city fixtures without specialized tools.
• Industrial Automation: In industrial environments such as factories, oil and gas facilities, and energy plants, fiber optic cables are increasingly used to interconnect control systems and sensors. ODVA assemblies are well-suited here, as they can handle extreme temperatures, vibration, and exposure to chemicals or oils. For instance, an ODVA-SC or LC connector might be used to connect a fiber run to an outdoor PLC enclosure or between machines on a factory floor, providing a secure, locking connection that won’t be disrupted by machine movement or dust. Their IP67 sealing and corrosion-resistant housing make them ideal for industrial Ethernet or automation networks that extend outdoors or into harsh production areas.
• Rail and Transport Infrastructure: Transportation systems like railway communication networks, roadside traffic monitoring, and tunnel security systems often rely on fiber optics for high-speed, EMI-immune data links. ODVA connectors are deployed along rail lines and highways to join fiber segments or hook up equipment (such as signal controllers, traffic cameras, or trackside sensors). They can handle the continuous vibration from trains or vehicles and are unaffected by weather or dirt along transportation routes. Additionally, their quick mating design is beneficial during maintenance of rail signal cabinets or intelligent transportation systems, minimizing downtime.
• Outdoor Security and Surveillance: Many security cameras, perimeter sensors, and surveillance networks now use fiber for long-distance and high-bandwidth connectivity. When these devices are outdoors – for example, cameras on building exteriors, fence-line intrusion detection systems, or gate access controls – ODVA fiber connectors ensure the connections remain waterproof and secure. An ODVA outdoor fiber adapter might be installed on a weatherproof NEMA enclosure, allowing a camera’s fiber jumper to plug in externally. This gives installers a convenient way to connect/disconnect field devices for service, while maintaining an environmental seal to protect the sensitive optical link from moisture or dust ingress over years of operation.

KCO Fiber supply high quality of ODVA patch cable and ODVA socket that can be high compatible with big brand ODVA connector such as Senko ODVA, etc. If have any technial issue or inquiry about this products, please contact with our sales team to get best support.