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.
Source checked · no independent review claimed · Fabrication approved: no
Original pinout diagram; read the exact variant and view below. Not to scale.
Contact count
18
Numbered grid positions only; flat blade excluded from this count.
Mating boundary
Shape is not the verdict.
Match the exact DVI variant and analog contact area without force. Physical fit does not prove active links, analog support or converter direction.
Orientation
How to read this profile
Count the small-contact grid separately from the blade and any surrounding analog contacts. No numbered mating-face, solder-side or PCB assignment is published for this single-link profile.
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.
Documented examples; not a mating drawing or compatibility approval
Nominal contacts
18S414 · S411 · S412Numbered grid positions only; flat blade excluded from this count.; nominal engineering count, not automatically positions, population or a device wiring map. Numbered grid positions only; flat blade excluded from this count.
Connector role
plug (DDS-19AMMM-SL7A01)S936Named source examples retain separate role, part, view and axis limits; values are not a universal family specification. DDS-19AMMM-SL7A01. Documented role: plug. 1m cable length,7.3mm cableOD and28AWG wire are not connector envelope or contact pitch.; Full exact primary part page read. Linked2D drawing access failed; contact rows and dimensional axes remain unknown.; Part-specific values differ from older generic LTW brochure40VAC. Do not force brochure voltage onto this exact part.
Coupling / latch
Screw-thread retention; straight overmoulded male cable connector (DDS-19AMMM-SL7A01)S936Named source examples retain separate role, part, view and axis limits; values are not a universal family specification. DDS-19AMMM-SL7A01. Documented role: plug. 1m cable length,7.3mm cableOD and28AWG wire are not connector envelope or contact pitch.; Full exact primary part page read. Linked2D drawing access failed; contact rows and dimensional axes remain unknown.; Part-specific values differ from older generic LTW brochure40VAC. Do not force brochure voltage onto this exact part.
Manufacturer
Amphenol LTW (DDS-19AMMM-SL7A01)S936Named source examples retain separate role, part, view and axis limits; values are not a universal family specification. DDS-19AMMM-SL7A01. Documented role: plug. 1m cable length,7.3mm cableOD and28AWG wire are not connector envelope or contact pitch.; Full exact primary part page read. Linked2D drawing access failed; contact rows and dimensional axes remain unknown.; Part-specific values differ from older generic LTW brochure40VAC. Do not force brochure voltage onto this exact part.
Series
DDS DVI-D single (DDS-19AMMM-SL7A01)S936Named source examples retain separate role, part, view and axis limits; values are not a universal family specification. DDS-19AMMM-SL7A01. Documented role: plug. 1m cable length,7.3mm cableOD and28AWG wire are not connector envelope or contact pitch.; Full exact primary part page read. Linked2D drawing access failed; contact rows and dimensional axes remain unknown.; Part-specific values differ from older generic LTW brochure40VAC. Do not force brochure voltage onto this exact part.
Exact part / implementation
DDS-19AMMM-SL7A01 (DDS-19AMMM-SL7A01)S936Named source examples retain separate role, part, view and axis limits; values are not a universal family specification. DDS-19AMMM-SL7A01. Documented role: plug. 1m cable length,7.3mm cableOD and28AWG wire are not connector envelope or contact pitch.; Full exact primary part page read. Linked2D drawing access failed; contact rows and dimensional axes remain unknown.; Part-specific values differ from older generic LTW brochure40VAC. Do not force brochure voltage onto this exact part.
The flat digital blade is not an invented numbered signal 25. Different vendor counts can include or exclude it.
No housing dimensions, tolerances, insertion depth, PCB layout or fabrication approval is established.
Full receptacle contact presence is not evidence that a source, cable or receiver operates both links.
Do not apply voltage or modify connector pins based on a reference table. Exact device wiring and operating requirements remain separate.
DVI 1.0 digital-only connector (Table 5-1) used for single-link operation: Receptacle mating face per DVI 1.0 Figure 5-1/5-3; pin 1 upper left.
AutomationDirect ATLAS industrial monitor DVI-D video input (device-specific): Manufacturer sketch shows rows 1-8, 9-16, 17-24 left to right; the page does not say whether it is the panel (receptacle) face.
Hatteland Technology HA-SDM-2M single-link DVI-D male-to-male cable (device-specific): Male plug; manufacturer drawing labels pin 1, pin 9 and pin 17 on the plug face.
DDWG DVI 1.0 digital-only connector (Table 5-1), used single-link: DDWG DVI 1.0 Fig. 5-1 (p. 45), receptacle mating face: pin 1 top-left; pins 1-8 top row, 9-16 middle row, 17-24 bottom row, left to right; pin 24 bottom-right; flat-blade / micro-cross area to the right. Fig. 5-5 (p. 47) shows the plug face mirrored: pin 1 top-right, blade on the left.
AutomationDirect Atlas industrial monitor DVI-D video input (device-specific, single-link wiring): Manual's face drawing (p. A-2) shows rows 1-8, 9-16, 17-24 left to right with the cross-shaped analog area on the right; it is not labelled plug or receptacle. Use pin numbers, not drawn positions.
Prior view context (not a source-view value): Count the small-contact grid separately from the blade and any surrounding analog contacts. No numbered mating-face, solder-side or PCB assignment is published for this single-link profile.
Dell distinguishes 18 grid contacts in single-link DVI cables from 24 in dual-link cables. The flat blade is a separate visual feature and is not included in this numbered-grid count.
Dell · Video Display and Multiple Video Display General Information — DVI questions ↗ Article 000052929, version 13; modified 17 April 2026. First FAQ on dual link, E-Port dock note, and active/passive adapter definitions. · General article includes simplified descriptions and a broad conversion chart; those are not adopted as universal compatibility rules. E-Port wording is not an inventory of every dock revision.
Molex distinguishes digital single-link, digital dual-link and analog cable families and states that plug contacts may be partially loaded according to the signal set.
Molex · MicroCross DVI Connector System — signal interface and cable assemblies ↗ PDF p. 2: DVI-I Receptacle Connector Front View and signal roles; p. 3: single/dual-link and analog cable families; partially loaded plug note. · Archived brochure, not evidence of current availability. Plug contacts may be partially loaded for a signal set. Do not transfer full receptacle assignments to unspecified cables or PCB terminals.
C801Hsource checked
DVI 1.0 digital-only connector (Table 5-1) used for single-link operation: original contact normalization. Statuses distinguish comparison agreement, source limits and named-device wiring.
Digital Display Working Group (DDWG) · Digital Visual Interface (DVI) ↗ Section 2.6 Signal List (signal descriptions), p. 23 of 76; Section 5.2.1.1, Table 5-1 Digital-Only Connector Pin Assignments, p. 43 of 76; Section 5.2.1.2, Table 5-2 Combined Analog and Digital Connector Pin Assignments, p. 44 of 76; Section 5.2.6.1, Figure 5-6 Analog Plug Connector Mating Interface Dimensions, p. 47 of 76; Sections 2.2.2.1-2.2.2.2 T.M.D.S. Link System/Monitor Requirements, p. 13 of 76 · Source scope and unresolved evidence are preserved in the engineering variant. Recorded original location/access note: http://www.ddwg.org/lib/dvi_10.pdf (retrieved from Internet Archive capture https://web.archive.org/web/20060630104414/http://www.ddwg.org:80/lib/dvi_10.pdf; ddwg.org no longer serves it)
C801Isource checked
AutomationDirect ATLAS industrial monitor DVI-D video input (device-specific): original contact normalization. Statuses distinguish comparison agreement, source limits and named-device wiring.
DDWG DVI 1.0 digital-only connector (Table 5-1), used single-link: original contact normalization. Statuses distinguish comparison agreement, source limits and named-device wiring.
Digital Display Working Group (DDWG) · Digital Visual Interface (DVI) ↗ Fig. 5-1 Digital-only Receptacle Connector Mating Interface Dimensions, p. 45 of 76; Sec. 2.2.2, Table 2-1 Single and Dual Link Operation and Sec. 2.2.2.1-2.2.2.2 link requirements, pp. 12-13 of 76; Sec. 2.6 Signal List (signal descriptions, link/channel mapping), p. 23 of 76; Sec. 5.2.1.1, Table 5-1 Digital-Only Connector Pin Assignments, p. 43 of 76; Sec. 5.2.1.2, Table 5-2 Combined Analog and Digital Connector Pin Assignments, p. 44 of 76; Sec. 5.2.6.1, Fig. 5-6 Analog Plug Connector Mating Interface Dimensions, p. 47 of 76 · Source scope and unresolved evidence are preserved in the engineering variant.
Digital Display Working Group (DDWG) · Digital Visual Interface (DVI) ↗ Fig. 5-1 Digital-only Receptacle Connector Mating Interface Dimensions, p. 45 of 76; Sec. 2.2.2, Table 2-1 Single and Dual Link Operation and Sec. 2.2.2.1-2.2.2.2 link requirements, pp. 12-13 of 76; Sec. 2.6 Signal List (signal descriptions, link/channel mapping), p. 23 of 76; Sec. 5.2.1.1, Table 5-1 Digital-Only Connector Pin Assignments, p. 43 of 76; Sec. 5.2.1.2, Table 5-2 Combined Analog and Digital Connector Pin Assignments, p. 44 of 76; Sec. 5.2.6.1, Fig. 5-6 Analog Plug Connector Mating Interface Dimensions, p. 47 of 76 · Source scope and unresolved evidence are preserved in the engineering variant.
8 source records support this profile. No independent engineering review or hardware validation is claimed.
Page scope: No new drawing. Existing original unnumbered artwork remains an identification illustration, not the numbered source view.
Assessment 2026-10-22 · earliest scheduled source review 2027-01-05. This is a recorded-date assessment, not a live source check. Page-level independent review is not established by this panel.
Digital Display Working Group (DDWG) · Unclassified publisher domain · inspected 2026-10-07 · due 2027-01-05
Within inspection window
Scoped support: Primary DDWG specification authored in 1999, read from an explicitly third-party document mirror. Digital-only and combined assignments, interface grouping and numbered receptacle/plug views.
Not established / limitations: Mirror hosting is not an official live DDWG publication channel. No independent authentication, fabrication approval, current product conformance, universal PCB layout or timing guarantee.
Locator: Printed/PDF pp. 43–47; Tables 5-1 and 5-2; Figures 5-1, 5-3 and 5-5.
Scoped support: Primary manufacturer brochure hosted by Mouser. Numbered DVI-I front view and named cable-family distinctions.
Not established / limitations: Archived brochure, not evidence of current availability. Plug contacts may be partially loaded for a signal set. Do not transfer full receptacle assignments to unspecified cables or PCB terminals.
Locator: PDF p. 2: DVI-I Receptacle Connector Front View and signal roles; p. 3: single/dual-link and analog cable families; partially loaded plug note.
Scoped support: Bounded use: 18 versus 24 grid positions; source/cable/display requirements; named E-Port single-link wiring despite accepting dual-link-shaped cables; active versus passive circuitry.
Not established / limitations: General article includes simplified descriptions and a broad conversion chart; those are not adopted as universal compatibility rules. E-Port wording is not an inventory of every dock revision.
Locator: Article 000052929, version 13; modified 17 April 2026. First FAQ on dual link, E-Port dock note, and active/passive adapter definitions.
Digital Display Working Group (DDWG) · Unclassified publisher domain · inspected 2026-10-20 · due 2027-01-18
Within inspection window
Scoped support: Exact named pinout variant only; not capability or compatibility approval.
Not established / limitations: Source scope and unresolved evidence are preserved in the engineering variant. Recorded original location/access note: http://www.ddwg.org/lib/dvi_10.pdf (retrieved from Internet Archive capture https://web.archive.org/web/20060630104414/http://www.ddwg.org:80/lib/dvi_10.pdf; ddwg.org no longer serves it)
Locator: Section 2.6 Signal List (signal descriptions), p. 23 of 76; Section 5.2.1.1, Table 5-1 Digital-Only Connector Pin Assignments, p. 43 of 76; Section 5.2.1.2, Table 5-2 Combined Analog and Digital Connector Pin Assignments, p. 44 of 76; Section 5.2.6.1, Figure 5-6 Analog Plug Connector Mating Interface Dimensions, p. 47 of 76; Sections 2.2.2.1-2.2.2.2 T.M.D.S. Link System/Monitor Requirements, p. 13 of 76
Scoped support: Exact named pinout variant only; not capability or compatibility approval.
Not established / limitations: Source scope and unresolved evidence are preserved in the engineering variant.
Locator: Appendix A, p. A-2, 'Video Input Pin Assignment - DVI-D' table and face drawing; Appendix A, p. A-2, Video Input Pin Assignment, DVI-D table (Pin No./Name/Description) and connector sketch
Scoped support: Exact named pinout variant only; not capability or compatibility approval.
Not established / limitations: Source scope and unresolved evidence are preserved in the engineering variant.
Locator: p. 10/19, DVI-4 'DVI-I (12+5) Single Link Male to RGB/VGA (15-pin HD D-SUB female) signal adapter', DVI MALE PIN / Description / HD15 FEMALE PIN table and male-face drawing; p. 3/19, HA-SDM-2M Standard DVI-D 18+1pin Male Signal Cable (Single Link Digital), DVI-D MALE PIN / Description / DVI-D MALE PIN table
Digital Display Working Group (DDWG) · Unclassified publisher domain · inspected 2026-10-20 · due 2027-01-18
Within inspection window
Scoped support: Exact named pinout variant only; not capability or compatibility approval.
Not established / limitations: Source scope and unresolved evidence are preserved in the engineering variant.
Locator: Fig. 5-1 Digital-only Receptacle Connector Mating Interface Dimensions, p. 45 of 76; Sec. 2.2.2, Table 2-1 Single and Dual Link Operation and Sec. 2.2.2.1-2.2.2.2 link requirements, pp. 12-13 of 76; Sec. 2.6 Signal List (signal descriptions, link/channel mapping), p. 23 of 76; Sec. 5.2.1.1, Table 5-1 Digital-Only Connector Pin Assignments, p. 43 of 76; Sec. 5.2.1.2, Table 5-2 Combined Analog and Digital Connector Pin Assignments, p. 44 of 76; Sec. 5.2.6.1, Fig. 5-6 Analog Plug Connector Mating Interface Dimensions, p. 47 of 76
Digital Display Working Group (document hosted by Molex via TTI) · Unclassified publisher domain · inspected 2026-10-20 · due 2027-01-18
Within inspection window
Scoped support: Exact named pinout variant only; not capability or compatibility approval.
Not established / limitations: Source scope and unresolved evidence are preserved in the engineering variant.
Locator: p. 2, 'Combined Connector (with micro-cross)' pin/signal table; p. 2, 'Digital Only Connector' pin/signal table
Trace 7 claims to their source records
C013B · P013
Dell distinguishes 18 grid contacts in single-link DVI cables from 24 in dual-link cables. The flat blade is a separate visual feature and is not included in this numbered-grid count.
Claim scope: Grid-count convention; not the total of all visible metal, connected conductors or PCB terminals.
Molex distinguishes digital single-link, digital dual-link and analog cable families and states that plug contacts may be partially loaded according to the signal set.
Claim scope: Manufacturer cable-family scope. No complete single-link terminal assignment is supplied here.
DVI 1.0 digital-only connector (Table 5-1) used for single-link operation: original contact normalization. Statuses distinguish comparison agreement, source limits and named-device wiring.
Claim scope: Pinout variant only; see comparison and per-contact status. Not fabrication approval.
Recorded evidence only. An inspection date, publisher label, source link or generated packet is not independent technical review, hardware testing, fabrication approval or a compatibility verdict.