The useful distinction
Recognize it. Then verify it.
opticalCON QUAD is a rugged four-channel optical field connector system distinct from the two-fiber DUO family. [C257A]
Source-scoped identification facts
Each value retains its exact example, role and measurement axis. Facts from different parts must not be combined into an invented component.
| Connector role | cable connectorS277Named source examples retain separate role, part, view and axis limits; values are not a universal family specification. Named series only, not every family part: opticalCON QUAD. Documented role: cable connector. No complete cable assembly code or geometry inferred from family illustration. IP65claim applies when mated. |
|---|---|
| Coupling / latch | push-pull (Claim C257B); Spring-loaded push-pull locking with automatic protective sealing shutterS323 · S277Named source examples retain separate role, part, view and axis limits; values are not a universal family specification. V48 optical-channel and mechanical-boundary reference only; no optical budget, wavelength, transceiver or end-to-end link approval is inferred. Named series only, not every family part: opticalCON QUAD. Documented role: cable connector. No complete cable assembly code or geometry inferred from family illustration. IP65claim applies when mated. |
| Manufacturer | NeutrikS277Named source examples retain separate role, part, view and axis limits; values are not a universal family specification. Named series only, not every family part: opticalCON QUAD. Documented role: cable connector. No complete cable assembly code or geometry inferred from family illustration. IP65claim applies when mated. |
| Series | opticalCON QUADS277Named source examples retain separate role, part, view and axis limits; values are not a universal family specification. Named series only, not every family part: opticalCON QUAD. Documented role: cable connector. No complete cable assembly code or geometry inferred from family illustration. IP65claim applies when mated. |
Not recorded: Dimensions / axis, Mounting, Keying / polarization, Shell / form, Exact part / implementation, Recorded markings, View convention. Unknown fields stay unknown; illustrations supply no measurements or pin assignments.
Recorded variant and source limits
- Four optical channels do not establish wavelength, fiber type, transceiver suitability or allowable optical loss for a real link.
- No ferrule geometry, polishing tolerance or fabrication dimensions are published.
Bounded facts, visible unknowns
Specifications and limits
| Documented identification | Connector-family identity is source-backed; exact variant/count remains implementation-specific. [C257A] |
|---|---|
| Mechanical dimensions | No independently reviewed mechanical drawing in V43; do not use this page for fabrication, fit testing or tolerance work. |
| Engineering pinout | Source-checked engineering profile available; independent review pending. Open engineering profile → |
| Verified device list | Not included. Check exact device and accessory documentation. |
Use the source-backed form or position count only for identification. Resolve ratings, protocol, direction, wiring, cable construction and exact device support from the relevant equipment and component documentation.
Before you connect
What to check
- Identify the exact connector family and variant from the equipment or cable documentation.
- Keep shape, contact count, protocol, electrical rating and device support as separate facts.
- Do not force, rewire or adapt a connector from this recognition record; resolve the remaining requirements first.
What is not established
This field note does not approve a connection, adapter, cable assembly, rewiring scheme or fabricated part. It intentionally omits unsupported pin assignments and mechanical tolerances.
Your next step
Move from the form to the requirement.
The source trail
Evidence for this page
AI-assisted inspection is not independent engineering review. Source scope and access limitations are disclosed below. Procedural checklists are editorial requirements, not hardware measurements.
Neutrik describes opticalCON QUAD as a rugged four-channel fiber-optic connection system.
Neutrik · opticalCON QUAD ↗S277: full source recordInspect review dependencies → (private workspace)
