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Outdoor Areas
Harsh Environment
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Pre-Connected Drop Cable
Pre-Connected Drop Cable for FTTH Applications
2023-12-15
FTTH
Outdoor Areas
Harsh Environment
Corning OptiTap connector, H-connector in-line Receptacle assemblies provide a robust and sealed connection solution for fiber to the home (FTTH) connectivity. The hardened connector end incorporates female optitap connector within a slim, sealed, threaded polymer housing allowing easy connection to either a multiport terminal or in-line extension receptacle. The female H-connector in-line receptacle mates to a original H-Connector and original Corning Optitap male connector, It's a perfect solution for OSP cable extension. The Female hardened connector assemblies provides an ideal solution for direct burial, conduit, or aerial installations.
Compatible with Corning-OptiTap and H-Connector;
Factory terminated for high performance;
Available with one or both ends connectorized;
Hybrid available (one end with an female OptiTap Connector, another end with male optitap connector);
Available in dielectric or toneable;
Designed for aerial, direct-buried or duct installation;
IP-68 water and dust protection, rovides superior weather resistance for FTTA and other outdoor applications ;
-40℃~85℃ operating temperature;
Product name | H-Connector In-line Receptacle compatible with Corning Optitap |
Cable Type | Dielectric or Tonable |
Cable diameter | 5.0mm round cable or 4.5*8.1mm flat cable or 4.5*9.8mm toneable cable |
Application | Aerial , Direct Buried , Duct |
Termination | Both end or one end |
Specifications - Connector A | |
Reflectance, Typical | -65 dB |
Insertion Loss, Typical | ≤ 0.15 dB |
Connector Type | Female OptiTap connector(H-Connector In-line Receptacle) |
Specifications - Connector B | |
Reflectance, Typical | -65 dB |
Insertion Loss, Typical | ≤ 0.15 dB |
Connector Type | None or Hardend male Optitap/male H-connector |
Optical Characteristics | |
Fiber Type | Single-mode |
Fiber count | 1F |
Fiber Category | G.652.D |
Wavelengths | 1310 nm / 1550 nm |
Maximum Attenuation | 0.35 dB/km / 0.25 dB/km |