Engineering atlas / Source-scoped contact index
Which face are you actually looking at?
Eight carefully scoped contacts references, five numbered schematic layouts and three deliberate no-map results. A face view, rear view and mating counterpart can reverse an interpretation. Each index identifies exactly what was and was not established.
No source diagrams were copied. These are informational, not measurement templates, universal part drawings or assembly instructions.
Engineering reference / introduced in V35
Engineering facts without pretending they are fabrication drawings.
Source-checked contact maps, termination schemes, nominal identifiers and tightly scoped example geometry are normalized into a first-class engineering layer. Every profile preserves orientation, evidence links and explicit unknowns.
Not fabrication approval.
Source-checked engineering context only. Each profile declares its interface, product or contact-count scope. Nominal identifiers are not fabrication dimensions; additional connector generations do not inherit assignments. All profiles remain fabrication-unapproved and independent review is pending.
USB Type-C
USB Type-C connector interface; connector identity alone does not establish USB generation, USB4/Thunderbolt, video transport or charging capability.
Open engineering profile ↗8P8C modular connector (commonly called RJ45)
T568A/T568B termination convention, kept separate from Ethernet service, link rate, cable category and PoE capability.
Open engineering profile ↗3.5 mm TRS connector
Physical TRS contact designations only.
Open engineering profile ↗3.5 mm TRRS connector
Physical contact sequence plus explicit CTIA/OMTP assignment ambiguity.
Open engineering profile ↗6.35 mm TS connector
Physical TS contact designations only.
Open engineering profile ↗6.35 mm TRS connector
Physical TRS contact designations only.
Open engineering profile ↗3-pin XLR connector
Neutrik-documented three-pole XLR audio wiring convention.
Open engineering profile ↗5.5 x 2.1 mm barrel connector: identification only
Nominal outer/inner diameter identification only, not an electrical replacement approval.
Open engineering profile ↗SATA 7-pin data connector
Seven-contact SATA data identification plus a product-specific header pitch example.
Open engineering profile ↗2-pole speakON loudspeaker connector
Neutrik NL2FXX-W-* terminal designations only; never an AC/DC mains or power-supply connector.
Open engineering profile ↗4-pole speakON loudspeaker connector
Neutrik NL4FXX-W-* terminal designations only; never an AC/DC mains or power-supply connector.
Open engineering profile ↗ATX 24-pin main power connector
Intel ATX Version 3.0 main-power assignment; modular PSU-side wiring is explicitly outside this profile.
Open engineering profile ↗8-pin +12 V CPU power connector (EPS12V form)
Intel ATX Version 3.0 +12 V 8-pin processor-power assignment.
Open engineering profile ↗PCIe 6-pin auxiliary power connector
Intel ATX Version 3.0 legacy PCIe 2x3 auxiliary-power assignment.
Open engineering profile ↗PCIe 8-pin auxiliary power connector
Intel ATX Version 3.0 legacy PCIe 2x4 auxiliary-power assignment.
Open engineering profile ↗12VHPWR 16-contact auxiliary power connector
Historical ATX Version 3.0 12VHPWR assignment. This profile does not claim equivalence to later 12V-2x6 revisions.
Open engineering profile ↗SFP / SFP+ / SFP28 host connector form
Example Molex SFP/SFP+ host connector geometry; module electrical pad assignment is not published by this profile.
Open engineering profile ↗QSFP+ host connector form
Example TE QSFP+ host-connector geometry; full module signal assignment remains outside this profile.
Open engineering profile ↗QSFP-DD host connector / cage form
Example Molex QSFP-DD host connector geometry; full 76-pad electrical assignment remains outside this profile. Molex2027180103 lists76loadedcircuits, manufacturer NumberOfRows1,0.80mm mating pitch, right-angle surface mounting, copper-alloy contacts and high-temperature thermoplastic housing. The one-row property belongs to this connector, separate from cage port counts.
Open engineering profile ↗5-pin XLR connector
Contact-count and connector-family identity only; device function remains application-specific.
Open engineering profile ↗4-pin XLR connector
Contact-count and connector-family identity only; device function remains application-specific.
Open engineering profile ↗6-pin XLR connector
Contact-count and connector-family identity only; device function remains application-specific.
Open engineering profile ↗8-pole speakON loudspeaker connector
Eight-pole loudspeaker-connector identity only; amplifier channel assignment remains system-specific.
Open engineering profile ↗IEC 60320 C5 cord connector
IEC 60320 C5/C6 grounded appliance-coupler pair; V40 publishes count/ground-presence boundary only. Current source example: Exact source example 6052.0043: construction: Cordset C5 connector;black PVC moulded housing;protection class I. rating: UL/CSA7A125VAC50/60Hz. pin temperature c: 70. Full current official document text read. No numeric axes adopted from unviewed diagrams.; Cordset cable length and wire gauge are excluded from connector envelope. Pin-temperature class differs from allowed ambient operating range.; Regulatory declaration/certificate references do not prove a literal moulded approval mark on an individual product. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗IEC 60320 C6 appliance inlet
IEC 60320 C5/C6 grounded appliance-coupler pair; V40 publishes count/ground-presence boundary only. Current source example: Exact source example 6160.0081: construction: C6 screw-on panel inlet;turned solid pins;2.8x0.8mm quick-connect terminals;protection class I. rating: IEC2.5A250VAC50Hz;UL/CSA7A125VAC60Hz. pin temperature c: 70. Full current official document text read. No numeric axes adopted from unviewed diagrams.; Cordset cable length and wire gauge are excluded from connector envelope. Pin-temperature class differs from allowed ambient operating range.; Regulatory declaration/certificate references do not prove a literal moulded approval mark on an individual product. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗IEC 60320 C7 cord connector
IEC 60320 C7/C8 Class II non-grounded appliance-coupler pair. Current source example: Exact source example 6013.0474: construction: Cordset C7 connector;black PVC moulded housing;protection class II. rating: IEC2.5A250VAC50Hz. pin temperature c: 70. Full current official document text read. No numeric axes adopted from unviewed diagrams.; Cordset cable length and wire gauge are excluded from connector envelope. Pin-temperature class differs from allowed ambient operating range.; Regulatory declaration/certificate references do not prove a literal moulded approval mark on an individual product. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗IEC 60320 C8 appliance inlet
IEC 60320 C7/C8 Class II non-grounded appliance-coupler pair. Current source example: Exact source example 6160.0008: construction: C8 drop-in panel inlet;horizontal short solder terminals;blackPA6housing;protection class II. rating: IEC2.5A250VAC50Hz;UL/CSA7A125VAC60Hz. pin temperature c: 70. Full current official document text read. No numeric axes adopted from unviewed diagrams.; Cordset cable length and wire gauge are excluded from connector envelope. Pin-temperature class differs from allowed ambient operating range.; Regulatory declaration/certificate references do not prove a literal moulded approval mark on an individual product. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗IEC 60320 C17 cord connector
IEC 60320 C17/C18 Class II non-grounded appliance-coupler pair. Current source example: Exact source example 3-101-794: construction: Cordset C17 moulded connector;V-Lock retention;protection class II;black PVC housing. rating: UL/CSA10A125VAC50/60Hz. pin temperature c: 70. Full current official document text read. No numeric axes adopted from unviewed diagrams.; Cordset cable length and wire gauge are excluded from connector envelope. Pin-temperature class differs from allowed ambient operating range.; Regulatory declaration/certificate references do not prove a literal moulded approval mark on an individual product. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗IEC 60320 C18 appliance inlet
IEC 60320 C17/C18 Class II non-grounded appliance-coupler pair. Current source example: Exact source example 6102.3200: construction: C18 front/rear screw-on panel inlet;4.8x0.8mm quick-connect terminals;protection class II. rating: IEC10A250VAC50Hz;UL/CSA15A250VAC60Hz. pin temperature c: 70. Full current official document text read. No numeric axes adopted from unviewed diagrams.; Cordset cable length and wire gauge are excluded from connector envelope. Pin-temperature class differs from allowed ambient operating range.; Regulatory declaration/certificate references do not prove a literal moulded approval mark on an individual product. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA L5-20P locking plug
Manufacturer listing identifies L5-20P as 2-pole, 3-wire grounding; V40 publishes count only, not terminal placement. Current source example: Exact source example L520P: construction: 2pole3wiregrounding nylon cord plug with rubber dust shield. rating: 20A125VAC. temperature: 60Cmaximumcontinuous;-40Cminimumwithoutimpact. New exact Hubbell-PRO L520P/L620P variants, not inherited HBL2311/HBL2321 part dimensions.; Axial dimension excludes exposed blade projection and is an adjustment range.; Drawing pairs2.13in with54.1mm and1.89in with48.5mm as printed; latter conversion differs by0.49mm. Retain mm primary and flag discrepancy rather than silently reconcile. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA L5-20R locking receptacle
Manufacturer listing identifies L5-20R as 2-pole, 3-wire grounding; V40 publishes count only, not terminal placement. Current source example: Exact source example HBL2310: construction: Single flush nylon-face receptacle;brass grounding strap;back and side wired;2pole3wiregrounding. rating: 20A125VAC. temperature: 75Cmaximumcontinuous;-40Cwithoutimpact. Exact named variant only. Wire accommodation excluded from connector dimensions.; HBL2310flush variant is different from existing shrouded angled source;preserve both exact scopes.; No literal terminal labels or visible face legend transcribed from faint photograph. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA L6-20P locking plug
Manufacturer listing identifies L6-20P as 2-pole, 3-wire grounding; V40 publishes count only, not terminal placement. Current source example: Exact source example L620P: construction: 2pole3wiregrounding nylon cord plug with rubber dust shield. rating: 20A250VAC. temperature: 60Cmaximumcontinuous;-40Cminimumwithoutimpact. New exact Hubbell-PRO L520P/L620P variants, not inherited HBL2311/HBL2321 part dimensions.; Axial dimension excludes exposed blade projection and is an adjustment range.; Drawing pairs2.13in with54.1mm and1.89in with48.5mm as printed; latter conversion differs by0.49mm. Retain mm primary and flag discrepancy rather than silently reconcile. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA L6-20R locking receptacle
Manufacturer listing identifies L6-20R as 2-pole, 3-wire grounding; V40 publishes count only, not terminal placement. Current source example: Exact source example HBL2323: construction: Cord-mounted female Insulgrip connector body;nylon clamp,brass contacts,pressure terminal screws;2pole3wiregrounding. rating: 20A250VAC. temperature: 75Cmaximumcontinuous;-40Cwithoutimpact. Exact named variant only. Wire accommodation excluded from connector dimensions.; HBL2310flush variant is different from existing shrouded angled source;preserve both exact scopes.; No literal terminal labels or visible face legend transcribed from faint photograph. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗OSFP host connector form
TE example connector 2324869-1; product-example position count and pitch only, not a universal OSFP fabrication specification. Molex2139120022 is an OSFP female right-angle surface-mount connector with60loadedcircuits, manufacturer NumberOfRows1,0.60mm mating pitch, copper-alloy contacts with gold mating plating and a high-temperature thermoplastic housing.
Open engineering profile ↗CFP2 host connector form
Amphenol CFP2 example; product-family position count and pitch only, not a universal fabrication specification. Current source example: Exact source example P222: construction: 104positions;insert-moulded top-contact assemblies with press-fit cage system. durability cycles: 200. voltage vdc: 3.3. Complete ordering suffix not selected;cage/heat-sink option dimensions and3mmPCBthickness are not connector envelope.; Port count1x1/1x2/1x4 is cage port count,not contact row count. No row count inferred. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗CFP4 host connector form
Amphenol CFP4 example; product-family position count and pitch only, not a universal fabrication specification. Current source example: Exact source example P223: construction: 56positions;insert-moulded top-contact assemblies with press-fit cage system. durability cycles: 200. voltage vdc: 3.3. Complete ordering suffix not selected;cage/heat-sink option dimensions and3mmPCBthickness are not connector envelope.; Port count1x1/1x2/1x4 is cage port count,not contact row count. No row count inferred. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗N-Type coaxial connector
Family-level mechanical-coupling boundary only; electrical performance varies by exact connector and assembly. Amphenol RF 172100 is a straight N-Type plug. Its table reports brass body; white-bronze finish, brass contact; gold finish, cable-crimp construction; crimp contact termination, threaded coupling, 50-ohm impedance, a 11-GHz frequency ceiling and 500 minimum mating cycles. It identifies a PTFE insulator. These are exact-part manufacturer specifications, not family-wide ratings or independent test results.
Open engineering profile ↗RP-N-Type coaxial connector
Reverse-polarity family boundary; not interchangeable with standard N-Type merely because the outer body is similar.
Open engineering profile ↗TNC coaxial connector
Family-level mechanical-coupling boundary only; exact impedance and performance remain configuration-dependent. Amphenol RF 122108 is a straight TNC plug. Its table reports brass body; nickel finish, brass contact; gold finish, cable-crimp construction; crimp contact termination, threaded coupling, 50-ohm impedance, a 11-GHz frequency ceiling and 500 minimum mating cycles. These are exact-part manufacturer specifications, not family-wide ratings or independent test results.
Open engineering profile ↗RP-TNC coaxial connector
Reverse-polarity family boundary; standard and reverse-polarity TNC are not collapsed into one mating interface. Amphenol RF 122108RP is a straight RP-TNC plug. Its table reports brass body; nickel finish, phosphor-bronze contact; gold finish, cable-crimp construction; crimp contact termination, threaded coupling, 50-ohm impedance, a 11-GHz frequency ceiling and 500 minimum mating cycles. It identifies a PTFE insulator. These are exact-part manufacturer specifications, not family-wide ratings or independent test results.
Open engineering profile ↗MCX coaxial connector
Family-level coupling boundary only; exact electrical performance depends on configuration. Amphenol RF 919-NM174P51A1X is a right-angle MCX plug. Its table reports beryllium-copper body; gold/white-bronze finish, beryllium-copper contact; gold finish, pcb through-hole construction; solder contact termination, push-on coupling, 50-ohm impedance, a 6-GHz frequency ceiling and 500 minimum mating cycles. It identifies a PTFE insulator. These are exact-part manufacturer specifications, not family-wide ratings or independent test results.
Open engineering profile ↗MMCX coaxial connector
Family-level coupling boundary only; exact electrical performance depends on configuration. Amphenol RF 262116TR is a straight MMCX jack. Its table reports brass body; gold finish, beryllium-copper contact; gold finish, pcb surface-mount construction; solder contact termination, push-on coupling, 50-ohm impedance, a 6-GHz frequency ceiling and 500 minimum mating cycles. It identifies a PTFE insulator. These are exact-part manufacturer specifications, not family-wide ratings or independent test results.
Open engineering profile ↗SMB coaxial connector
Family-level coupling boundary only; exact electrical performance depends on configuration. Exact example142144 only: Amphenol RF lists push-on mating, a right-angle PCB through-hole jack with solder contact termination, a brass body and contacts, and a PTFE insulator. It is a50-ohm configuration; panel mounting is Not Applicable. These construction and mounting facts do not describe all SMB parts.
Open engineering profile ↗DIN 1.0/2.3 coaxial connector
Family-level coupling boundary only; exact electrical performance and cable suitability remain configuration-dependent. Exact example282100-75 only: Amphenol RF lists push-pull mating, a right-angle PCB through-hole jack with rear bulkhead mounting and solder contact termination. The body is brass, contacts are beryllium copper, and the insulator is PTFE. It is the75-ohm configuration. The page/drawing frequency conflict remains unresolved; no maximum frequency is adopted.
Open engineering profile ↗M12 D-coded Ethernet connector
D-coded M12 Ethernet family; V40 publishes the four-position/coding boundary only.
Open engineering profile ↗M12 X-coded Ethernet connector
X-coded M12 Ethernet family; V40 publishes the eight-position/coding boundary only.
Open engineering profile ↗Mini-SAS internal SFF-8087 connector
Amphenol example connector; 36-contact count tied to the inspected SFF-8087 product, not a fabrication drawing.
Open engineering profile ↗Mini-SAS external SFF-8088 connector
Amphenol Mini-SAS HD cable-family reference distinguishes the older external SFF-8088 interface as 26-pin. Exact exampleTE1761987-7 only: the manufacturer EVERCLEAR brochure p.2 explicitly places this receptacle in External Mini-SAS/SATA applications. Its live product page lists right-angle surface-mount PCB termination, an LCP housing, phosphor-bronze contacts with gold mating plating and tin PCB-termination plating. This receptacle is supplied without a shell;1888321-1 is a separate shield accessory. These are component-scoped construction and mounting facts, with no pin map or universal cable capability asserted.
Open engineering profile ↗Mini-SAS HD internal SFF-8643 connector
Amphenol example connector; 36-contact count tied to the inspected SFF-8643 product, not a fabrication drawing. TE brochure7-1773461-9 page2 explicitly specifies0.75mm contact pitch for its internal Mini-SAS HD SFF-8643 family, with LCP receptacle housing and copper-alloy contacts. Page3 lists internal connector examples separately from the external family.
Open engineering profile ↗Mini-SAS HD external SFF-8644 connector
Amphenol Mini-SAS HD cable-family reference identifies the external SFF-8644 interface as 36-pin. Exact exampleTE2149027-1 is the1x1 receptacle assembly in the brochure p.6 external Mini-SAS HD family;1x1 describes ports. That external section specifies an LCP receptacle housing, nickel-silver shield, copper-alloy contacts and a preassembled one-piece PCB interconnect. It describes a cable latch and EMI skirt and publishes250-cycle durability for this external connector family. Internal SFF-8643 properties are excluded; this is source documentation, not hardware certification.
Open engineering profile ↗OCuLink SFF-8611 / SFF-8612 connector family
Molex NPIO/OCuLink family spans multiple lane sizes and circuit counts; V40 intentionally does not publish one universal contact count.
Open engineering profile ↗50-position 2.54 mm IDC ribbon header
TE 1-5102153-0 example component: 50 positions, two rows and a 2.54 mm centerline with documented mating alignment and ejection-latch retention.
Open engineering profile ↗40-position 2.54 mm IDC ribbon header
TE 1-1761685-3 example component: 40 positions, two rows and a 2.54 mm centerline with mating alignment and ejection-latch retention.
Open engineering profile ↗34-position 2.54 mm IDC ribbon receptacle
TE 2-1658527-8 example component: 34 positions, two rows, 2.54 mm centerline, IDC wire termination and polarized mating alignment.
Open engineering profile ↗CHAMP 50-position connector
TE 229974-1 example component: 50 positions, two rows, cable-to-cable/free-hanging construction and a 2.16 mm centerline.
Open engineering profile ↗M8 A-coded 4-position connector
Phoenix Contact manufacturer overview provides male/female face-view numbering for the four-position M8 A-coded form.
Open engineering profile ↗M8 D-coded Ethernet connector
Phoenix Contact manufacturer overview publishes the four-position M8 D-coded PROFINET face views and TD/RD assignment.
Open engineering profile ↗M12 A-coded 5-position connector
Phoenix Contact manufacturer overview provides male/female face-view numbering for the five-position M12 A-coded form.
Open engineering profile ↗M12 B-coded 5-position connector
Phoenix Contact manufacturer overview provides male/female face-view numbering for the five-position M12 B-coded form.
Open engineering profile ↗M12 L-coded 5-position power connector
Phoenix Contact 1276587 is a five-position L-coded M12 power cable. Its 63 V DC and 12 A/16 A ratings are product- and conductor-size-specific, not family-wide defaults.
Open engineering profile ↗12V-2x6 16-circuit PCIe power connector
Molex 2191161161 documents a 16-circuit, three-row 12V-2x6 header with 12 power plus 4 signal circuits, 3.00 mm mating pitch, polarization and first-mate/last-break behavior.
Open engineering profile ↗USB 3.0 front-panel 19-pin internal connector
Intel support documentation groups motherboard-header positions 1–19 into power, SuperSpeed receive/transmit, ground, USB differential and over-current functions.
Open engineering profile ↗USB 3.1 front-panel Key-A 20-pin header
USB-IF Revision 1.1 Key-A 20-pin reference design supporting one USB Type-C front-panel port. Key-A and Key-B are mechanically distinct, and the internal cable is not reversible/flip-able.
Open engineering profile ↗M23 12-position signal connector
Phoenix Contact 1628494 example: 12 signal positions, N coding, pin contacts, crimp connection, standard rotation and 28 mm × 28 mm flange context.
Open engineering profile ↗etherCON ruggedized RJ45 connector system
Neutrik NE8FDY-C6 is a CAT6 D-shape panel example with push-pull locking and an explicit restricted mating set; older etherCON carriers are not universally interchangeable with it.
Open engineering profile ↗opticalCON DUO 2-fiber connector system
Neutrik opticalCON DUO carries two optical fibers around LC-Duplex connectivity and uses a push-pull locking system; protection is specified as IP65 in the mated condition.
Open engineering profile ↗opticalCON QUAD 4-channel fiber connector system
Neutrik opticalCON QUAD is a four-channel optical system using LC-based connectivity and push-pull locking; protection is specified as IP65 in the mated condition.
Open engineering profile ↗PCI Express x16 164-position card-edge connector
Amphenol 10146067-113A0LF example: vertical x16 card-edge connector, 164 positions and 1.00 mm pitch.
Open engineering profile ↗MCIO / SFF-TA-1016 connector family
Molex MCIO family overview: 38–148 circuits at 0.60 mm pitch, with 4x, 8x, 16x and 20x options plus vertical/right-angle connector variants and anti-reverse mechanical features.
Open engineering profile ↗M12 S-coded 3-position power connector
Phoenix Contact 1290812 example: three-position M12 S-coded straight plug-to-straight-socket power cable.
Open engineering profile ↗M12 S-coded 4-position power connector
Phoenix Contact 1276633 example: four-position M12 S-coded angled plug-to-straight-socket power cable.
Open engineering profile ↗M12 T-coded 4-position DC power connector
Phoenix Contact 1276619 example: four-position M12 T-coded straight plug-to-straight-socket DC power cable.
Open engineering profile ↗M12 K-coded 5-position power connector
Phoenix Contact 1276606 example: five-position M12 K-coded straight plug; the cited product references IEC 61076-2-111.
Open engineering profile ↗M12 M-coded 6-position power connector
Phoenix Contact 1276555 example: six-position M12 M-coded straight plug; manufacturer notes special M-coding for mismating protection.
Open engineering profile ↗M12 Y-coded 8-position hybrid connector
Phoenix Contact 1276285 example: shielded eight-position M12 Y-coded hybrid cable for Ethernet CAT5/PWE; IEC 61076-2-113 context.
Open engineering profile ↗SFF-TA-1002 1C 56-contact connector
SNIA REF-TA-1012 Rev 1.0 documents this variation with 56 contacts and up to 18 differential data pairs using GSSGSSG structure; the same reference shows alternate assignment contexts rather than one universal logical map.
Open engineering profile ↗SFF-TA-1002 2C 84-contact connector
SNIA REF-TA-1012 Rev 1.0 documents this variation with 84 contacts and up to 26 differential data pairs using GSSGSSG structure; the same reference shows alternate assignment contexts rather than one universal logical map.
Open engineering profile ↗SFF-TA-1002 4C 140-contact connector
SNIA REF-TA-1012 Rev 1.0 documents this variation with 140 contacts and up to 44 differential data pairs using GSSGSSG structure; the same reference shows alternate assignment contexts rather than one universal logical map.
Open engineering profile ↗SFF-TA-1002 4C+ 168-contact connector
SNIA REF-TA-1012 Rev 1.0 documents this variation with 168 contacts and up to 52 differential data pairs using GSSGSSG structure; the same reference shows alternate assignment contexts rather than one universal logical map.
Open engineering profile ↗PCI Express x1 36-position card-edge connector
Amphenol PCI Express card-edge series context: 36 positions and 1.00 mm contact pitch for the x1 form.
Open engineering profile ↗PCI Express x4 64-position card-edge connector
Amphenol PCI Express card-edge series context: 64 positions and 1.00 mm contact pitch for the x4 form.
Open engineering profile ↗PCI Express x8 98-position card-edge connector
Amphenol PCI Express card-edge series context: 98 positions and 1.00 mm contact pitch for the x8 form.
Open engineering profile ↗Mini PCI Express / mSATA 52-position socket
Molex 67910-5700 example: 52 circuits at 0.80 mm pitch; the manufacturer drawing shows odd-numbered positions on one card side and even-numbered positions on the other.
Open engineering profile ↗3-pin Mini-XLR (Switchcraft Tini-QG) connector
Switchcraft sealed Tini-QG drawing provides a front mating-side view with contacts 1 through 3 numbered and a button-latch housing context.
Open engineering profile ↗4-pin Mini-XLR (Switchcraft Tini-QG) connector
Switchcraft sealed Tini-QG drawing provides a front mating-side view with contacts 1 through 4 numbered and a button-latch housing context.
Open engineering profile ↗5-pin Mini-XLR (Switchcraft Tini-QG) connector
Switchcraft sealed Tini-QG drawing provides a front mating-side view with contacts 1 through 5 numbered and a button-latch housing context.
Open engineering profile ↗LEMO 3T 75-ohm broadcast triax connector
LEMO product example: one 75-ohm triax contact system, push-pull locking and circular keying in the cited 3T product family.
Open engineering profile ↗LEMO 4A 75-ohm broadcast triax connector
LEMO product example: one 75-ohm triax contact system, push-pull locking and circular keying in the cited 4A product family.
Open engineering profile ↗LEMO 00 NIM-CAMAC 50-ohm triax connector
LEMO product example: one 50-ohm triax contact system, push-pull locking and circular keying in the cited 00 NIM-CAMAC product family.
Open engineering profile ↗USB Type-A
USB-IF compliance guidance fixes Standard-A at four contacts. The physical connector does not identify USB generation, negotiated speed, current capability or exact device behavior.
Open engineering profile ↗USB Type-B
USB-IF compliance guidance fixes Standard-B at four contacts. The connector form alone does not identify USB generation, peripheral function or supported transfer rate.
Open engineering profile ↗Mini-USB Type-B
USB-IF compliance guidance fixes Mini-B at five contacts. USB-IF notes Mini-B connector certification is no longer available even though Mini-B use remains permitted for the time being.
Open engineering profile ↗Micro-USB Type-B
USB-IF compliance guidance fixes Micro-B at five contacts. The physical form does not establish charger behavior, USB generation or cable quality.
Open engineering profile ↗SuperSpeed USB Type-B
The cited USB-IF legacy map names nine Standard-B contacts: the legacy USB 2.0 power/data/ground set plus added SuperSpeed transmit/receive pairs and drain. This interface assignment does not identify negotiated speed or product support.
Open engineering profile ↗SuperSpeed Micro-USB Type-B
The cited USB-IF legacy map names ten Micro-B contacts: the five-contact legacy Micro-USB set plus added SuperSpeed transmit/receive pairs and drain. The assignment does not identify negotiated speed or product support.
Open engineering profile ↗HDMI Type-A
A TE Standard HDMI receptacle example is 19-position. V54 uses that manufacturer evidence only for connector-form contact count; HDMI version, TMDS/FRL behavior, video modes, ARC/eARC and cable capability remain outside the count.
Open engineering profile ↗Mini HDMI Type-C
A TE Mini HDMI Type-C receptacle example is 19-position. V54 uses that evidence only for connector-form contact count, not HDMI version or device/cable capability.
Open engineering profile ↗Micro HDMI Type-D
A TE Micro HDMI Type-D receptacle example is 19-position. V54 uses that evidence only for connector-form contact count, not HDMI version or device/cable capability.
Open engineering profile ↗DisplayPort connector
A TE DisplayPort receptacle example is 20-position. V54 uses that evidence only for connector-form contact count; DisplayPort revision, link rate, lane use, MST and adapter behavior remain device/path-specific.
Open engineering profile ↗Mini DisplayPort connector
A TE Mini DisplayPort receptacle example is 20-position. Some products reused this physical form for Thunderbolt 1/2, so exact-device evidence is required before assigning protocol capability.
Open engineering profile ↗BNC connector
Amphenol RF documents BNC as a bayonet-coupled family with 50-ohm and 75-ohm variants and MIL-STD-348 interface context. V54 does not normalize every variant into one contact map or performance ceiling.
Open engineering profile ↗SMA coaxial connector
Amphenol RF documents SMA as a 50-ohm threaded RF connector family with MIL-STD-348 interface context. V54 intentionally avoids promoting family-typical RF limits into universal per-product guarantees.
Open engineering profile ↗RP-SMA coaxial connector
Amphenol RF describes RP-SMA as changing the center-contact gender while retaining the SMA-style threaded interface. Shell terminology and center-contact gender must therefore be inspected together.
Open engineering profile ↗F-type coaxial connector
Amphenol RF documents F-Type as a threaded 75-ohm coaxial family. V54 keeps performance, center-conductor construction and installation quality outside the generic connector profile.
Open engineering profile ↗LC fiber connector
Corning's cited generic specification treats LC assemblies as keyed optical interfaces intended to intermate with same-type connectors/adapters under the applicable TIA/EIA-604 interface standard. Optical polish and path requirements remain separate.
Open engineering profile ↗SC fiber connector
Corning's cited generic specification treats SC assemblies as keyed optical interfaces intended to intermate with same-type connectors/adapters under the applicable TIA/EIA-604 interface standard. Optical polish and path requirements remain separate.
Open engineering profile ↗Full-size SD card form
Default Speed, High Speed and UHS-I conventional first-row scope. Extra-row UHS-II and SD Express variants are explicitly outside this count-only reference.
Open engineering profile ↗microSD card form
Default Speed, High Speed and UHS-I conventional first-row scope. Extra-row UHS-II and SD Express variants are explicitly outside this native assignment.
Open engineering profile ↗VGA DE-15 connector
Dell P2016 User’s Guide Rev. A02, page 15 only. NEC VT37 differences are separately documented, not merged into this table.
Open engineering profile ↗RCA connector
Neutrik NF2C-B/2 assembly example and Denon AVR-1507 application examples are kept separate. Two interface paths are not a count of socket solder legs.
Open engineering profile ↗TOSLINK connector
The represented cable interface is optical. Toshiba’s module explanation separates the fiber path from internal electronics; Focusrite examples show why receiver format and decoder support must be checked independently of connector fit.
Open engineering profile ↗Mini-TOSLINK connector
A nominal 3.5 mm optical plug is not an analog TRS assignment. Apple’s general input guidance, Google’s explicit Chromecast Audio output and Hosa’s optical adapter have distinct scopes; the Early 2015 MacBook statement remains digital/analog source wording.
Open engineering profile ↗DVI-D single-link connector
Numbered grid positions only; flat blade excluded from this count. Single-link population is kept separate from a full dual-link receptacle. This page publishes count-only evidence, not an invented single-link pin map.
Open engineering profile ↗DVI-D dual-link connector
Numbered grid positions only; flat blade excluded from this count. The full DDWG Rev. 1.0 interface table is represented; exact product wiring can leave positions unused.
Open engineering profile ↗DVI-I dual-link connector
24 numbered positions plus C1–C5, including the analog return contact. The full DDWG Rev. 1.0 interface table is represented; exact product wiring can leave positions unused.
Open engineering profile ↗DVI-I single-link connector
Molex 0743232031 documents 23 loaded circuits in a digital/analog single-link component. Single-link population is kept separate from a full dual-link receptacle. This page publishes count-only evidence, not an invented single-link pin map.
Open engineering profile ↗ST fiber connector
TE 5504008-series / 501381-1 example from 408-4151 Rev B, page 1. The stainless-steel ferrule is specific to that documented kit, not every ST product.
Open engineering profile ↗FC fiber connector
Corning 722-series FC-PC and 740-series adapter documentation, revision 2016-11-29. Key options and ferrule material are manufacturer-series evidence, not a universal FC dimensional standard.
Open engineering profile ↗HD-BNC coaxial connector
Amphenol HD-BNC guide, printed pages 3–4, 9 and 11. Separate 50/75-ohm options and an explicitly named 12G subset are retained; no family-wide maximum is calculated.
Open engineering profile ↗Mini-BNC coaxial connector
Amphenol’s one-page broadcast brief lists Mini-BNC separately. Its panel-pitch examples are not dimensions of the mating interface.
Open engineering profile ↗M.2 card edge interface
Dell version-12 module examples, ATP compatibility guidance and the exact ASUS host manual are bounded evidence. No independently inspected M.2 mechanical standard or contact assignment is supplied; the linked M.2-versus-NVMe guide addresses protocol separately.
Open engineering profile ↗CompactFlash Type I card interface
PATA CompactFlash is not SATA CFast or PCIe/NVMe CFexpress. The RDF8 example establishes only its stated CompactFlash UDMA7 family support.
Open engineering profile ↗CFast card interface
CFA identifies CFast with SATA and lists it separately from PATA CompactFlash and PCIe/NVMe CFexpress. A family-name resemblance does not establish an adapter path.
Open engineering profile ↗CFexpress Type A card interface
The Type A form uses one PCIe lane in the cited CFA explanation. Version, NVMe context and a named reader’s supported cards remain separate layers.
Open engineering profile ↗CFexpress Type B card interface
Type B uses two PCIe lanes in the CFA explanation. Shared XQD geometry is not firmware support; the D850 change is exact-model evidence.
Open engineering profile ↗FireWire 4-pin connector
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗FireWire 6-pin connector
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗FireWire 9-pin connector
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗6-pin Mini-DIN (PS/2 form)
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗4-pin Mini-DIN (S-Video form)
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗5-pin DIN connector: MIDI and legacy uses
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗6P4C modular plug (often sold as RJ11)
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗6P6C modular plug (often sold as RJ12)
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗4-position modular handset form
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗DE-9 D-sub (commonly called DB9)
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗DB25 D-sub connector
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗DVI-A connector
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗eSATA 7-pin data connector
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗SATA 15-pin power connector
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗Slimline SATA connector
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗U.2 / U.3 SFF-8639 68-position drive connector
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗Micro SATA connector
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗Centronics / CHAMP 36-position connector
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗8-pin Mini-DIN connector
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗68-contact VHDCI SCSI connector
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗36-contact MDR / IEEE 1284C form
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗LEMO 3K.93C SMPTE 304M HDTV camera connector
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗3-pin PC fan connector / motherboard header
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗4-pin PWM PC fan connector / motherboard header
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗Internal USB 2.0 dual-port header — keyed 2×5, pin 9
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗HD Audio front-panel header — keyed 2×5 (Intel example)
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗12 V four-pin motherboard RGB header (MSI JRGB)
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗5 V addressable RGB header (MSI JRAINBOW)
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗LP4 four-contact peripheral power housing
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗Miniature four-position floppy-drive power housing
Named wiring from the pinout research; connector shape alone does not establish capabilities.
Open engineering profile ↗IEC 60320 C14 appliance inlet
Exact source example 6100.3200: construction: Screw-on front/rear panel inlet; 4.8 x0.8 mm quick-connect terminals; protection class I. pin temperature c: 70. rating: IEC10 A; UL/CSA15 A at250 VAC. Exact listed order number; regional ratings remain distinct. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗IEC 60320 C15 hot-condition cord connector
Exact source example 4781.0000: construction: Straight rewireable cord connector; black housing; protection class I. pin temperature c: 120. rating: IEC10 A; UL/CSA15 A at250 VAC. Exact listed order number; regional ratings remain distinct. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗IEC 60320 C16 hot-condition appliance inlet
Exact source example 6110.4215: construction: Front snap-in inlet for1.5 mm panel; 4.8 x0.8 mm quick-connect terminals; protection class I. pin temperature c: 120. rating: IEC10 A; UL/CSA15 A at250 VAC. Exact listed order number; regional ratings remain distinct. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗IEC 60320 C19 cord connector
Exact source example 4795.0000: construction: Straight rewireable cable-mounted C19 connector; black housing; protection class I. pin temperature c: 70. rating: IEC16 A; UL/CSA20 A at250 VAC. Exact listed order number; regional ratings remain distinct. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗IEC 60320 C20 appliance inlet
Exact source example 4793.3000: construction: Front snap-in C20 inlet for1 mm panel; 6.3 x0.8 mm quick-connect terminals; protection class I. pin temperature c: 70. rating: IEC16 A; UL/CSA20 A at250 VAC. Exact listed order number; regional ratings remain distinct. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗SAS SFF-8482 drive connector
Exact source example 787170002: contacts: 29 loaded:14signal plus15power. construction: Right-angle female SMT connector; PCB locator and retention. recommended pcb mm: 2.36. Molex marks part as not formally published and limited information. Both pitches are listed without per-contact axis mapping; do not assign one to signal or power without drawing. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗SlimSAS connector family
Exact source example P197: construction: 4X and8X straight/right-angle cable-assembly variants; exact series must control impedance/protocol.. current max a: 0.5. voltage max vdc: 30. durability min cycles: 250. Series-level scope; no complete assembly suffix or assumed dimensions. Old2019.04document read at official current URL; capability wording is variant-specific. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗ix Industrial connector
Exact source example IX31G-A-10S-CV(7.0): contacts: 10. construction: IDC straight cable plug with female contacts. termination: IDC24-25AWG per31code. rated voltage: 50VAC /60VDC. rated current: All pins1.5A/pin; pins1,2,6,7 up to3A/pin under catalog conditions. 10mm parallel mounting pitch is connector-to-connector spacing, excluded from contact pitch. No generic marking or pinout reconstructed. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗50-position Mini Delta Ribbon (MDR) connector
Exact source example 10150-3000PE: contacts: 50. construction: Shielded wiremount solder-cup plug; wiper-on-wiper contacts. wire acceptance awg: 24-30 (acceptance only, not geometry). New connector source corrects scope beyond existing10350-1230-00junction-shell source. No shell dimension adopted as connector dimension. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗68-position Mini Delta Ribbon (MDR) connector
Exact source example 10168-900AXX (ordering family): contacts: 68. construction: Shielded straddlemount solder-tail plug; wiper-on-wiper contacts. mounting: Straddlemount. No complete suffix chosen without order record. Linked TS-0698 PDF has no web text and direct403, so drawing dimensions and rows remain unverified. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA 5-20P plug
Exact source example HBL5366C: construction: Cord-mounted straight-blade male5-20P plug;2pole3wire grounding. rating: 20A125VAC. temperature: -40C without impact to75C continuous. Exact named part only. Product specification is not a specimen measurement or interoperability approval. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA 5-20R receptacle
Exact source example HBL5369C: construction: Cord-mounted female5-20R connector body;2pole3wire grounding; screw terminals. rating: 20A125VAC. temperature: -40C without impact to75C continuous. Exact named part only. Product specification is not a specimen measurement or interoperability approval. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA 5-15P plug
Exact source example 515PV: construction: Grounding cord plug,2pole3wire; keyed housing and body align during assembly; separate clamp over jacket. rating: 15 A125 V. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA 5-15R receptacle
Exact source example 515CV: construction: Straight-blade cord connector,2pole3wire grounding; PVC body; brass contacts. rating: 15 A125 V. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA 1-15P plug
Exact source example 101-P: construction: Straight-blade polarized2pole2wire non-grounding plug; thermoplastic body; brass contacts. rating: 15 A125 V. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA 1-15R connector
Exact source example 102-WP: construction: Straight-blade polarized2pole2wire non-grounding cord connector; thermoplastic body; brass contacts. rating: 15 A125 V. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA 6-15P plug
Exact source example 615PV: construction: Straight-blade2pole3wire grounding plug; PVC body; brass blades. rating: 15 A250 V. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA 6-15R receptacle
Exact source example 5661: construction: Single board/wall-mounted receptacle;2pole3wire self-grounding; thermoplastic nylon face and brass triple-wipe contacts. rating: 15 A250 V. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA 6-20P plug
Exact source example 620PA: construction: Armored straight-blade2pole3wire grounding plug; PVC/steel body; brass blades. rating: 20 A250 V. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA 6-20R receptacle
Exact source example 5461-CR: construction: Narrow-body single receptacle;2pole3wire grounding; corrosion-resistant side-wired industrial version. rating: 20 A250 V. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA 14-30P plug
Exact source example 9432-P: construction: Angled straight-blade3pole4wire grounding plug; tough nylon body; solid brass blades. rating: 30 A125/250 V. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA 14-30R receptacle
Exact source example 55054-P00: construction: Surface-mount3pole4wire grounding receptacle; side-wired; thermoplastic body and galvanized-steel strap. rating: 30 A125/250 V. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA 14-50P plug
Exact source example 9452-P: construction: Angled straight-blade3pole4wire grounding plug; tough nylon body; solid brass blades. rating: 50 A125/250 V. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA 14-50R receptacle
Exact source example 55050-P00: construction: Surface-mount3pole4wire grounding receptacle; side-wired; thermoplastic body and galvanized-steel strap. rating: 50 A125/250 V. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA TT-30P RV plug
Exact source example 830-E: construction: Angled2pole3wire grounding plug; current part replaces830-T. rating: 30 A125 V. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA TT-30R RV receptacle
Exact source example 7313: construction: Flush-mount2pole3wire grounding receptacle; side-wired steel strap; thermoplastic construction. rating: 30 A125 V. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA L14-20P locking plug
Exact source example 2411: construction: Locking3pole4wire grounding plug; impact-modified nylon body; solid brass contacts. rating: 20 A125/250 V. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA L14-20R locking connector
Exact source example 2413: construction: Locking3pole4wire grounding connector; impact-modified nylon body; solid brass contacts. rating: 20 A125/250 V. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA L14-30P locking plug
Exact source example 2711: construction: Locking3pole4wire grounding plug; impact-modified nylon body; solid brass contacts. rating: 30 A125/250 V. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA L14-30R locking connector
Exact source example 2713: construction: Locking3pole4wire grounding connector; impact-modified nylon body; solid brass contacts. rating: 30 A125/250 V. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA 10-30P plug
Exact source example 9332-P: construction: Angled straight-blade3pole3wire non-grounding plug; tough nylon body; solid brass blades. rating: null. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA 10-30R receptacle
Exact source example 5207-S10: construction: Flush-mount3pole3wire non-grounding receptacle; side-wired; high-impact thermoplastic and copper contacts. rating: 30 A125/250 V. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA 10-50P plug
Exact source example 9450-P: construction: Angled straight-blade3pole3wire non-grounding plug; tough nylon body; solid brass blades. rating: 50 A125/250 V. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗NEMA 10-50R receptacle
Exact source example 5050-P00: construction: Surface-mount3pole3wire non-grounding receptacle per detailed description; thermoplastic body; side-wired galvanized-steel strap. rating: 50 A125/250 V. Exact manufacturer part; construction, role and regional rating remain scoped. No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗opticalCON DUO SMPTE camera-link cable system
Exact source example P259: construction: Preassembled hybrid cable connector with2single-mode fibers and4copper contacts. shield: Overall copperbraided shield;stainless strength member. Family construction only;not compatible withSMPTE304M No physical compatibility, pin map or hardware validation is established.
Open engineering profile ↗IEC 60320 C1 cord connector
Interpower Rev10-17 C1/C2,ClassII,Cold; Bulgin describes 2conductors. The named cord-connector row is explicitly non-rewireable only. This reference identifies role/construction context; it is not a current normative mechanical specification or installation instruction.
Open engineering profile ↗IEC 60320 C2 appliance inlet
Interpower Rev10-17 C2/C1,ClassII,Cold; Bulgin describes 2conductors. This reference identifies role/construction context; it is not a current normative mechanical specification or installation instruction.
Open engineering profile ↗IEC 60320 C9 cord connector
Interpower Rev10-17 C9/C10,ClassII,Cold; Bulgin describes 2conductors. The named cord-connector row is explicitly non-rewireable only. This reference identifies role/construction context; it is not a current normative mechanical specification or installation instruction.
Open engineering profile ↗IEC 60320 C10 appliance inlet
Interpower Rev10-17 C10/C9,ClassII,Cold; Bulgin describes 2conductors. This reference identifies role/construction context; it is not a current normative mechanical specification or installation instruction.
Open engineering profile ↗IEC 60320 C15A very-hot-condition cord connector
Interpower Rev10-17 C15A/C16A,ClassI,Very Hot; Bulgin describes 3conductors. This reference identifies role/construction context; it is not a current normative mechanical specification or installation instruction. Exact reference: 4310.0003;Straight rewireable C15A cable connector;screw-clamp terminations;black phenolic housing;historical phase-out.
Open engineering profile ↗IEC 60320 C16A very-hot-condition appliance inlet
Interpower Rev10-17 C16A/C15A,ClassI,Very Hot; Bulgin describes 3conductors. This reference identifies role/construction context; it is not a current normative mechanical specification or installation instruction. Exact reference: 6172.0004;Front-side screw-on C16A inlet;flangewithcountersunkholes;6.3x0.8mm blade termination designation;historical phase-out.
Open engineering profile ↗IEC 60320 C21 very-hot-condition cord connector
Interpower Rev10-17 C21/C22,ClassI,Very Hot; Bulgin describes 3conductors. This reference identifies role/construction context; it is not a current normative mechanical specification or installation instruction. Exact reference: 1658.0000;Straight rewireable C21 cord connector;screwclamps;black thermoplastic housing.
Open engineering profile ↗IEC 60320 C22 very-hot-condition appliance inlet
Interpower Rev10-17 C22/C21,ClassI,Very Hot; Bulgin describes 3conductors. This reference identifies role/construction context; it is not a current normative mechanical specification or installation instruction. Exact reference: 6173.0010;Front-side snap-in C22 inlet;solderterminals;black PA housing;specified1.5mm mountingpanel.
Open engineering profile ↗IEC 60320 C23 cord connector
Interpower Rev10-17 C23/C24,ClassII,Cold; Bulgin describes 2conductors. The named cord-connector row is explicitly non-rewireable only. This reference identifies role/construction context; it is not a current normative mechanical specification or installation instruction.
Open engineering profile ↗IEC 60320 C24 appliance inlet
Interpower Rev10-17 C24/C23,ClassII,Cold; Bulgin describes 2conductors. This reference identifies role/construction context; it is not a current normative mechanical specification or installation instruction. Exact reference: 4794.4200;Front-side snap-in C24 inlet;solderterminals;specified1.5mm mountingpanel;historical phase-out.
Open engineering profile ↗Lightning connector
Apple111103 reference appearance,boot geometry and cable-writing clues only.
Open engineering profile ↗XQD card interface
Exact SonyQD-G120F G-series example;approximate card geometry and listed interface context.
Open engineering profile ↗Apple original wired MagSafe — L-style and T-style
Apple manufacturer-generation identification and magneticcharging context. L-style reference has its cable leaving a cylindrical body along the side; T-style has a centered cable behind the rectangular body.
Open engineering profile ↗Apple wired MagSafe 2 laptop power connector
Apple manufacturer-generation identification and magneticcharging context. Apple labels a separate MagSafe2 exterior body view with centered cable entry; no contact face is shown.
Open engineering profile ↗Apple wired MagSafe 3 laptop power connector
Apple manufacturer-generation identification and magneticcharging context. Apple labels a separate MagSafe3 exterior body view with a braided cable; no contact face is shown.
Open engineering profile ↗MPO multi-fiber connector
MTP PRO product-series identification:push-pullbody,permanentkeys andexplicitsetting-colorindicators are separate fromguidepins.
Open engineering profile ↗MT-RJ fiber connector
ExactSFMTRJBK:receptacle role,OptiChannelseries,Snap-InKeystonemounting,phosphorbronzesleeves.
Open engineering profile ↗IEC 60320 C13 cord connector
Thermoplastic housing rated UL 94V-0; Protection Class I. The 70 °C pin temperature differs from the allowable operation range of −25 °C to 70 °C. Component ratings: IEC 10 A / 250 VAC / 50 Hz; UL/CSA 15 A / 250 VAC / 60 Hz. These do not rate an installed cordset.
Open engineering profile ↗JST PH wire-to-board connector family
PHR-4: positions: 4; rows: 1; pitch: 2 mm (Contact mating centerline pitch); coupling: Friction lock; dimensions: 6 mm (Catalog housing dimension A); dimensions: 9.8 mm (Catalog housing dimension B). Only PHR-4; no family-wide generalization.
Open engineering profile ↗JST XH wire-to-board connector family
XHP-4: rows: 1; pitch: 2.5 mm (Contact mating centerline pitch); coupling: Friction lock. Only XHP-4; no family-wide generalization.
Open engineering profile ↗JST SH miniature wire-to-board connector family
SHR-06V-S-B: positions: 6; rows: 1; pitch: 1 mm (Contact mating centerline pitch); coupling: Friction lock; dimensions: 5 mm (Catalog housing dimension A); dimensions: 9 mm (Catalog housing dimension B (with protrusions)). Only SHR-06V-S-B; no family-wide generalization.
Open engineering profile ↗JST GH secure-lock wire-to-board connector family
GHR-04V-S: positions: 4; rows: 1; pitch: 1.25 mm (Contact mating centerline pitch); coupling: Secure lock; catalog distinguishes outer and center lock versions; dimensions: 3.75 mm (Catalog housing dimension A); dimensions: 6.25 mm (Catalog housing dimension B). Only GHR-04V-S; no family-wide generalization.
Open engineering profile ↗Hirose U.FL micro-coaxial RF connector
Hirose U.FL-R-SMT-1(01): mounting: surface-mount; shell construction: Phosphor bronze receptacle shell with silver plating; insulator: Milky-white LCP, UL94V-0. Only Hirose U.FL-R-SMT-1(01); no family-wide generalization.
Open engineering profile ↗I-PEX MHF I micro-coaxial RF connector
I-PEX MHF I manufacturer feature-table family: smt reference size: 3.1 x 3.0 mm; cable options: Micro-coax OD 0.81, 1.13, 1.32, 1.37, 1.8 or 2.0 mm; selection depends on plug type; rf range: Up to 9 GHz; published plug VSWR limits depend on cable diameter. Only the I-PEX MHF I manufacturer feature-table family feature table; no exact individual part properties or mating approval are established.
Open engineering profile ↗I-PEX MHF 4 low-profile micro-coaxial RF connector
I-PEX MHF 4 manufacturer feature-table family: mated height: 1.2 mm maximum, family mated-configuration feature; cable options: Micro-coax AWG 36, outer diameter 0.81 mm; rf range: Up to 9 GHz; plug VSWR limits are separately tabulated by frequency. Only the I-PEX MHF 4 manufacturer feature-table family feature table; no exact individual part properties or mating approval are established.
Open engineering profile ↗Molex Mini-Fit Jr. connector family
Molex 0039012240: coupling: Lock to mating part: yes; keying: Polarized to mating part: yes; keyed to mating part: no; shell: Natural nylon housing. Only Molex 0039012240; no family-wide generalization.
Open engineering profile ↗Molex Micro-Fit 3.0 connector family
Molex 430451200: populated contacts: 12; dimensions: 10.29 mm (Manufacturer stated mated height); mounting: through-hole; shell: shrouded. Only Molex 430451200; no family-wide generalization.
Open engineering profile ↗Hirose DF13 miniature crimp connector family
Hirose DF13-6S-1.25C: positions: 6; dimensions: 6.25 mm (Drawing elevation dimension A); dimensions: 9.15 mm (Drawing elevation dimension B). Only Hirose DF13-6S-1.25C; no family-wide generalization.
Open engineering profile ↗TE 0.5 mm top-contact FPC ZIF connector — 1-2492111-7
1-2492111-7: positions: 17; mounting: surface-mount; coupling: ZIF with stuffer actuator; dimensions: 14.1 mm (Manufacturer connector length); dimensions: 2 mm (Manufacturer connector height); dimensions: 5.2 mm (Manufacturer connector width); dimensions: 0.3 mm (Accepted flex-cable thickness (not connector body)). Only 1-2492111-7; no family-wide generalization.
Open engineering profile ↗TE 0.5 mm bottom-contact FPC ZIF connector — 1-2492104-0
1-2492104-0: positions: 10; mounting: surface-mount; coupling: ZIF with stuffer actuator; dimensions: 10.6 mm (Manufacturer connector length); dimensions: 2 mm (Manufacturer connector height); dimensions: 5.2 mm (Manufacturer connector width); dimensions: 0.3 mm (Accepted flex-cable thickness (not connector body)). Only 1-2492104-0; no family-wide generalization.
Open engineering profile ↗5.5 x 2.5 mm barrel connector: identification only
Tensility 55-00050: mounting: cable; shell: Nickel-plated shell; black outer sleeve; dimensions: 5.5 mm (Connector outer diameter); dimensions: 2.5 mm (Mating bore size (manufacturer center-pin diameter field)); dimensions: 12 mm (Plug barrel length (L12 in description)); dimensions: 38 mm (Overall connector length). Only Tensility 55-00050; no family-wide generalization.
Open engineering profile ↗FME coaxial connector family
Amphenol RF 192104 BNC-to-FME adapter: orientation: Straight between-series BNC plug to FME plug adapter; body: Brass body with nickel finish; contact finish: Brass contacts with gold finish; impedance: 50 ohms, complete named adapter specification. Only Amphenol RF 192104 BNC-to-FME adapter; no family-wide generalization.
Open engineering profile ↗FAKRA keyed coaxial connector family
Rosenberger FAKRA manufacturer family: keying: Color-coded plastic housings with 13 distinct mechanical/color codes plus one neutral coding; coupling: Primary and secondary locks; impedance: 50 ohms, manufacturer-family feature; rf range: DC up to 6 GHz, manufacturer-family feature. Only the Rosenberger FAKRA manufacturer family feature table; no exact individual part properties or mating approval are established.
Open engineering profile ↗