EEDPCableINDUSTRIAL · INTERCONNECT

Technical Reference · LVDS-CABLE-ASSEMBLIES

Differential Display Interconnects

Custom LVDS Cable Assemblies for Board-to-Panel Links

Define both endpoints, pair grouping, power and control mapping, shielding, route, and system tests

This pillar covers the manufacturer-level LVDS request after the platform specifies an LVDS link. Release begins with one controller-board revision and one panel option, then reconciles both connector codes, contact views, differential channels, power and controls, grounds, cable construction, installed route, and device validation. Use a board-to-panel, shielded-routing, or JAE FI-X child page only for that page's narrower decision.

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LVDSShieldedMedical MonitorsIndustrial DisplaysOEM / ODMDifferential Signaling
LVDS cable assembly hero image showing board-to-panel connector detail and stable routed harness structure
OEM · ODM READY
SEC · 01Product Specifications Overview

Define the Board-to-Panel LVDS Relationship

Start from the released board and panel documents. Confirm both connector part numbers, the pin map and pair grouping, installed length and route, shielding termination, grounding points, and project test plan before selecting a pin-range, shielding, connector, or device-specific page.

SPECIFICATION TABLEROWS · 08
01Supported Project Range20-pin to 50-pin directions can be reviewed as a supply range; exact support is connector-, pinout-, and platform-specific
02Typical ApplicationsMedical monitors, industrial displays, digital signage, and embedded systems whose released interface specifies LVDS
03Signal StructureReleased differential-pair grouping plus power, control, ground, and any reserved conductors
04Connector SystemsComplete board-side and panel-side part numbers, mating direction, keying, lock, and cable exit
05Cable StylesProject-defined pair construction, jacket or wrap, shield coverage, drain or shell termination, and grounding
06Key FocusPin-map correspondence, pair grouping, installed fit, shield termination, and system-level validation
07Length RangeReleased finished length and tolerance based on connector exits, bend zones, retention, and service space
08VerificationPin-map, continuity, workmanship, and any electrical or EMC checks defined by the project method and sample scope
LVDS routing layout reference showing display harness structure

LVDS routing layout reference

Shielded LVDS harness detail

Shielded harness detail

Display-side LVDS connector detail

Display-side connector detail

END OF SEC · 01Need a custom LVDS structure or shielding setup?
SEC · 02Link Type & Structure

Link Type & Structure

Organize connector, pin-count, pitch, routing-space, and release requirements before narrowing the manufacturing scope.

Specification

REF-01

Board-to-Panel LVDS

For LVDS links between control boards and display panels in internal display systems.

LVDSDisplayBoard to Panel
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Specification

REF-02

High-Reliability LVDS Routing

For LVDS harnesses that need stronger shielding execution and stable long-term installation fit.

ShieldingRoutingReliability
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Specification

REF-03

20-50 Pin LVDS

For LVDS projects where pin count, connector family, pin mapping, shielding, and route release need review together.

20-50 PinLVDSSpecification
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Specification

REF-04

JAE FI-X Compatible LVDS

For LVDS display projects where the JAE FI-X connector system is already fixed and cable-side / panel-side mating, lock type, and pin count need a compatibility review.

JAE FI-XConnectorLVDS
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SEC · 03Display Systems

Display Systems

Use device type, installed position, and validation focus to choose the matching application page.

Application

REF-01

Industrial Monitor Projects

For industrial display and monitor programs that still rely on LVDS interconnect architecture.

IndustrialMonitorDisplay
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Application

REF-02

Embedded Display Systems

For embedded systems that continue to use LVDS display interfaces in controlled internal layouts.

EmbeddedDisplayLVDS
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Application

REF-03

Medical Monitors

For diagnostic displays, bedside screens, and medical workstations that still rely on LVDS display harnesses.

MedicalMonitorLVDS
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SEC · 04Engineering / DFM

Engineering & DFM

Engineering review turns two endpoint interfaces into one controlled harness definition. Pair grouping, wire order, connector orientation, shielding and grounding, bend space, retention, and validation criteria must remain tied to the same drawing revision.

01

Confirm Interface and Pin Definition

Confirm both complete connector part numbers, mating views, pin mapping, differential-pair grouping, and non-signal conductors before sample release.

02

Assess Shielding and Routing

Review pair construction, shield coverage and termination, grounding, route length, bend space, fixing conditions, and strain relief against the installed environment.

03

Release Controlled Drawing

Freeze dimensions, pin mapping, connector references, and key process notes in a controlled drawing so samples and production stay aligned to one definition.

04

Approve Before Production

Use the approved drawing, route-fit review, sample scope, and system validation criteria as the release basis before production.

LVDS engineering drawing-set review with routed harness foreground and controlled document context

LVDS engineering drawing set

LVDS shielding and routing review inside a display-interconnect build

Shielding and routing review

SEC · 05Quality Assurance

Quality Assurance & Verification Focus

Quality evidence should show correspondence to the released endpoints, pin map, pair construction, shield termination, and installed route. Shielding language alone does not establish EMI performance; final results remain tied to the system configuration and agreed validation method.

QA · 01

Assembly Risk Control

Common issues in LVDS work include unstable differential structure, inconsistent shielding execution, pin-mapping errors, and weak assembly repeatability across batches.

QA · 02

Testing Focus

Pin-map, continuity, and workmanship checks establish the assembly baseline. Any differential, impedance, or EMC check requires an agreed method, fixture, reference plane where relevant, limits, sample scope, and system configuration.

QA · 03

Supporting Records

FAIR, OQC reports, inspection records, and conformance files matter because they tie each shipment back to the approved drawing, sample definition, and production requirements.

LVDS assembly risk-control reference scene

Assembly risk-control reference

LVDS electrical verification and inspection record scene

Electrical verification and inspection record

LVDS shipment-side support document and packed-harness context

Shipment-side support document set

FAIR · OQC · TEST REPORTRequest a sample quality report for your LVDS project
SEC · 06Typical Program Types

Common Selection Paths

Select the next page from the constraint that is already fixed: a board-to-panel topology, an EMI-sensitive installed route, or a replacement interface whose connector and pin map must be reconstructed.

CASE · 01

Board-to-Panel Definition

  • Start with complete control-board and panel connector references
  • Confirm pair grouping, pin map, length, cable exit, and enclosure clearance
  • Use the board-to-panel path when endpoint definition is the primary decision
CASE · 02

Shielding or EMC Constraint

  • Define interference sources, shield coverage, drain or shell termination, and grounding points
  • Record the installed route and system configuration used for validation
  • Use the shielded-routing path when EMC evidence controls release
CASE · 03

Replacement or Platform Revision

  • Compare old and new connector part numbers, mating views, pin maps, and fixing details
  • Separate visually similar versions when pair grouping or power assignment differs
  • Use samples as supporting references while the released drawing remains authoritative
SEC · 07Order Process

Order Process & Delivery

Most LVDS programs move through scope definition, engineering review, sample validation, and controlled production. The clearer that path is, the easier it becomes for sourcing and engineering teams to move the project forward.

01

Inquiry & Scope Definition

Start from interface definition, application context, target length, and expected quantity so technical review begins from a clear scope.

02

Engineering Review

Review pin mapping, shielding structure, routing conditions, and manufacturability before the project moves into sample build or production.

03

Sample & Validation

Approve the released transmitter-panel pair through netlist checks, installed-route inspection, loaded supply measurements, display-operation cases, and any named channel or EMC test.

04

Production & Shipment

Build the released LVDS connector, cable, shield, and pin-map configuration under controlled inspection, with tester revision, lot identity, and shipment records linked to the approved assembly.

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SEC · 08FAQ

FAQ