Cable & Adapter Atlas

↔

Class-level requirements, not a selected or certified product.

End A

USB Type-C

End B

USB Type-C

bidirectional: Physical USB-C ends are reversible; host/device role remains setup-specific.

Sources: S040

↔

Class-level requirements, not a selected or certified product.

End A

USB Type-C

End B

USB Type-C

bidirectional: Connector ends do not fix host/device roles.

Sources: S008

–

Class-level requirements, not a selected or certified product.

End A

USB Type-A

End B

USB Type-C

not established: Host/device direction depends on the exact cable and connected devices.

Sources: S002 · S040

–

Applies only to the documented product, not every cable with these ends.

End A

USB Type-C

End B

USB Type-C

not established: Two USB-C ends are documented. Source, sink and any display direction still depend on the connected equipment.

Sources: S167

↔

Applies only to the documented product, not every cable with these ends.

End A

USB Type-C

End B

USB Type-C

bidirectional: Manufacturer-documented bidirectional USB data. That does not reverse source/sink power roles or guarantee a video source at either connected device.

Sources: S445

→

Class-level requirements, not a selected or certified product.

End A

USB Type-C

End B

HDMI Type-A

directional: Represented path is USB-C video source to HDMI display.

Sources: S036

–

Class-level requirements, not a selected or certified product.

End A

USB Type-C

End B

DisplayPort

not established: Some cited products support reverse direction; direction must be checked on the exact cable.

Sources: S037

→

Class-level requirements, not a selected or certified product.

End A

DisplayPort

End B

HDMI Type-A

directional: DisplayPort source to HDMI display. Product direction still must be confirmed.

Sources: S038

→

Class-level requirements, not a selected or certified product.

End A

DisplayPort

End B

HDMI Type-A

directional: DisplayPort source to HDMI display in the represented passive class.

Sources: S039

→

Class-level requirements, not a selected or certified product.

End A

HDMI Type-A

End B

DisplayPort

directional: HDMI source to DisplayPort display.

Sources: S039

–

Class-level requirements, not a selected or certified product.

End A

Mini DisplayPort

End B

DisplayPort

not established: Endpoint roles depend on source/display setup.

Sources: S041

–

Class-level requirements, not a selected or certified product.

End A

Mini HDMI

End B

HDMI Type-A

not established: Source/display direction depends on exact devices.

Sources: S043

–

Class-level requirements, not a selected or certified product.

End A

Micro HDMI

End B

HDMI Type-A

not established: Source/display direction depends on exact devices.

Sources: S043

↔

Describes a certification class; does not authenticate an item you own.

End A

HDMI Type-A

End B

HDMI Type-A

bidirectional: HDMI cable direction is not constrained by this certification-class record.

Sources: S056

↔

Describes a certification class; does not authenticate an item you own.

End A

HDMI Type-A

End B

HDMI Type-A

bidirectional: HDMI cable direction is not constrained by this certification-class record.

Sources: S057

↔

Describes a certification class; does not authenticate an item you own.

End A

HDMI Type-A

End B

HDMI Type-A

bidirectional: HDMI cable direction is not constrained by this certification-class record.

Sources: S057

→

Applies only to the documented product, not every cable with these ends.

End A

Three RCA component sockets

End B

15-position COMPUTER plug

directional: Documented use: component-video source → ADP-CV1 → NEC VT37 COMPUTER input.

Represented path: The two endpoint groups describe the component path in the VT37 manual. Three RCA connections are video components; audio is separate. The observed use direction is not proof of electrical one-way circuitry.

Sources: S394

→

Applies only to the documented product, not every cable with these ends.

End A

VGA input

End B

Composite video output

directional: VGA video source → VGA2VID2 → composite-video display.

Represented path: This profile selects VGA-to-composite video only. S-Video is a separate alternative output, USB is auxiliary power, and the guide establishes no audio path.

Sources: S398

→

Applies only to the documented product, not every cable with these ends.

End A

HDMI input

End B

Composite video output

directional: HDMI source → HD2VID2 → composite-video display; stereo audio uses separate RCA outputs.

Represented path: The endpoint pair models only video. Left/right RCA audio outputs and the DC power input are separate connections, not additional copies of the composite signal.

Sources: S399

→

Applies only to the documented product, not every cable with these ends.

End A

Composite video input

End B

HDMI output

directional: Composite-video source and separate stereo audio → VID2HDCON2 → HDMI display.

Represented path: Only the composite-input path is modeled. Left/right audio are separate input connections; S-Video is an alternative video input, and the power port is auxiliary.

Sources: S400

–

Named-series evidence, not a selected SKU, length or inspected sample.

End A

Triple RCA component group

End B

Triple RCA component group

not established: Component-video interconnect application; no electrical directionality is established by the series page.

Represented path: All three RCA connections belong to the component-video group. This is not the composite-video plus left/right audio grouping used by other three-RCA assemblies.

Sources: S403

→

Named-series evidence, not a selected SKU, length or inspected sample.

End A

3.5 mm TRRS mini-AV connection

End B

Composite video plus stereo RCA group

directional: Documented use: mini-AV source → C3M-100 breakout → composite video and stereo-audio inputs.

Represented path: The RCA side is one composite-video connection plus two audio connections, not three component-video channels. The 3.5 mm TRRS record is a physical-form reference only; its headset conventions are not imported.

Sources: S404

→

Applies only to the documented product, not every cable with these ends.

End A

DVI-I male · documented 29-contact form

End B

VGA female

directional: Documented application: DVI-I output on a computer to a VGA display. Reverse use is not independently established.

Represented path: The documented path starts with DVI-I source equipment; passive adaptation is not evidence that a DVI-D digital output gains an analog signal.

Sources: S416

→

Applies only to the documented product, not every cable with these ends.

End A

DVI-D male · documented 24-grid-plus-blade form

End B

VGA female

directional: DVI-D source to VGA display only; the source does not establish reverse VGA-to-DVI conversion.

Represented path: DVI-D video input becomes VGA video output. Optional USB supplies power on a separate path; it does not replace DVI as the documented video input.

Sources: S417

↔

Applies only to the documented product, not every cable with these ends.

End A

HDMI male

End B

DVI-D single-link male

bidirectional: The sheet explicitly documents DVI source to HDMI display and HDMI source to DVI display.

Represented path: Bidirectional digital-video use is documented for this cable. Its DVI-D single-link endpoint is not an analog output or a dual-link performance claim.

Sources: S418

→

Applies only to the documented product, not every cable with these ends.

End A

DVI-D male · documented 24-grid-plus-blade form

End B

HDMI female

directional: Documented DVI-D computer output to HDMI display; the separate USB connection supplies the optional audio path.

Represented path: The two searchable endpoint forms represent video. The additional USB connection is a distinct audio/power path, not an extra video source or a generic DVI audio capability.

Sources: S419

↔

Applies only to the documented product, not every cable with these ends.

End A

USB Type-C

End B

USB Type-C

bidirectional: Exact manufacturer cable; host/device roles depend on setup.

Sources: S374

↔

Applies only to the documented product, not every cable with these ends.

End A

USB Type-C

End B

USB Type-C

bidirectional: Exact manufacturer cable; host/device roles depend on setup.

Sources: S375 · S443

↔

Class-level requirements, not a selected or certified product.

End A

8P8C/RJ45-style modular

End B

8P8C/RJ45-style modular

bidirectional: Patch-cord direction is not fixed by the represented family.

Sources: S376

↔

Class-level requirements, not a selected or certified product.

End A

BNC

End B

BNC

bidirectional: RF/video cable assembly has no fixed source/sink direction in this family view.

Sources: S379

↔

Class-level requirements, not a selected or certified product.

End A

SMA

End B

SMA

bidirectional: RF cable assembly direction is not fixed by connector family.

Sources: S377

↔

Class-level requirements, not a selected or certified product.

End A

LC

End B

SC

bidirectional: Passive optical jumper direction is not fixed by connector forms.

Optical safety. Never look into a live fiber or port. Different polish at separate cord ends does not authorize direct mating of unlike polishes.

Sources: S370

–

Named-series evidence, not a selected SKU, length or inspected sample.

End A

LC PC duplex

End B

LC PC duplex

not established: Equipment direction and end-to-end Tx/Rx mapping are not resolved by a passive optical reference or by selecting its connector ends. Read the separate polarity field.

Optical safety. Never look into a live fiber or port. Different polish at separate cord ends does not authorize direct mating of unlike polishes.

Sources: S432

–

Named-series evidence, not a selected SKU, length or inspected sample.

End A

LC UPC uniboot duplex

End B

LC UPC uniboot duplex

not established: Equipment direction and end-to-end Tx/Rx mapping are not resolved by a passive optical reference or by selecting its connector ends. Read the separate polarity field.

Optical safety. Never look into a live fiber or port. Different polish at separate cord ends does not authorize direct mating of unlike polishes.

Sources: S432 · S435

–

Named-series evidence, not a selected SKU, length or inspected sample.

End A

LC UPC simplex

End B

SC APC simplex

not established: Equipment direction and end-to-end Tx/Rx mapping are not resolved by a passive optical reference or by selecting its connector ends. Read the separate polarity field.

Optical safety. Never look into a live fiber or port. Different polish at separate cord ends does not authorize direct mating of unlike polishes.

Sources: S433 · S434

–

Named-series evidence, not a selected SKU, length or inspected sample.

End A

FC adapter side

End B

ST adapter side

not established: Equipment direction and end-to-end Tx/Rx mapping are not resolved by a passive optical reference or by selecting its connector ends. Read the separate polarity field.

Optical safety. Never look into a live fiber or port. Different polish at separate cord ends does not authorize direct mating of unlike polishes.

Sources: S420

↔

Applies only to the documented product, not every cable with these ends.

End A

3-pin XLR

End B

3-pin XLR

bidirectional: Cable itself has no fixed source/sink role; equipment roles govern.

Sources: S378

↔

Applies only to the documented product, not every cable with these ends.

End A

TOSLINK

End B

Mini-TOSLINK

bidirectional: Optical cable direction is not fixed by connector forms; device optical roles govern.

Sources: S380

–

Named-series evidence, not a selected SKU, length or inspected sample.

End A

Dual RCA audio group

End B

Dual RCA audio group

not established: Stereo RCA interconnect application; the series description does not prescribe a one-way cable direction.

Represented path: Two RCA connections at each side represent the stereo pair. They are not two selectable video modes, an audio mixer or a digital-to-analog converter.

Sources: S401

–

Named-series evidence, not a selected SKU, length or inspected sample.

End A

RCA coax connection

End B

RCA coax connection

not established: RCA coax interconnect; the series page does not establish a one-way cable direction.

Represented path: The same cable series is described for digital audio or suitable 75-ohm video use. This is alternative application evidence, not simultaneous audio/video transport or signal conversion.

Sources: S402

–

Applies only to the documented product, not every cable with these ends.

End A

TOSLINK optical cable-side interface

End B

Mini-TOSLINK / 3.5 mm optical jack side

not established: The source describes mechanical optical adaptation, not certified signal direction. Resolve device output and input roles separately.

Represented path: GOP-490 adapts a male TOSLINK optical cable to a 3.5 mm combo jack. Both represented ends stay optical; no analog path, decoder, source stage or receiver stage is supplied.

Sources: S410