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Wiring Harness
  • Scondar LED 40 Pin to LCD 30 Pin Converter LVDS Cable Custom Wire Harness Assemblies
  • Scondar LED 40 Pin to LCD 30 Pin Converter LVDS Cable Custom Wire Harness Assemblies
  • Scondar LED 40 Pin to LCD 30 Pin Converter LVDS Cable Custom Wire Harness Assemblies
  • Scondar LED 40 Pin to LCD 30 Pin Converter LVDS Cable Custom Wire Harness Assemblies
  • Scondar LED 40 Pin to LCD 30 Pin Converter LVDS Cable Custom Wire Harness Assemblies
  • Scondar LED 40 Pin to LCD 30 Pin Converter LVDS Cable Custom Wire Harness Assemblies
Scondar LED 40 Pin to LCD 30 Pin Converter LVDS Cable Custom Wire Harness Assemblies
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Scondar LED 40 Pin to LCD 30 Pin Converter LVDS Cable Custom Wire Harness Assemblies

$0.15-$0.15/ Piece|1000 Piece/Pieces(Min. Order)

Customization:

Customized logo（Min.Order: 5000 pieces）
Customized packaging（Min.Order: 5000 pieces）
Graphic customization（Min.Order: 5000 pieces）
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Scondar LED 40 Pin to LCD 30 Pin Converter LVDS Cable Custom Wire Harness Assemblies

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Pin Configuration Conversion: Converts between 40-pin LED and 30-pin LCD LVDS interfaces, enabling seamless connectivity between diverse electronic systems.
  • Flexible Signal Transmission: Designed with twisted wires and durable insulation to minimize electromagnetic interference (EMI) and ensure high-quality data integrity in compact or space-constrained environments.

Key features

  • 1. Material Technology

    • With copper and aluminum conductors combined with silica gel insulation, you can achieve superior conductivity and durability in harsh environments.

  • 2. Interactive Design

    • With the 40-pin to 30-pin adapter connector, you can seamlessly connect mismatched interfaces without requiring multiple cables.

  • 3. Performance Parameters

    • With twisted-wire construction and 1.5m length, you can ensure minimal signal degradation and reliable data transmission.

  • 4. Scenario Solutions

    • With customizable lengths (10cm–1.5m) and pin configurations (18p–31p), you can adapt to diverse applications like automotive, home appliances, or motorcycles.

  • 5. Certification Standards

    • With UL and EPR_Germany_Packing certifications, you can ensure compliance with global safety and environmental regulations.

Product details

Scondar LED 40 Pin to LCD 30 Pin Converter LVDS Cable Custom Wire Harness Assemblies

The Scondar LED 40 Pin to LCD 30 Pin Converter LVDS Cable is a versatile wiring harness designed for high-flexibility applications in electronics, automotive, and industrial systems. Built with durable materials like copper and aluminum conductors, it features twisted wires to minimize EMI and supports customizable configurations for precise integration.

Technical specifications

FeatureSpecificationApplication Scenario
Conductor MaterialCopper/Aluminum Alloy (mixed for conductivity and cost efficiency)Automotive electronics, industrial machinery
Insulation MaterialPBT, Rubber, PET, Silica Gel, Nylon, PTFE, PVC (customizable)Harsh environments (e.g., high-temperature zones)
CertificationUL, EPR Germany PackingCompliance for global industrial standards
Cable Length1.5m (standard, customizable from 10cm to 1m)Compact devices (e.g., home appliances)
Connector TypeAdapter (customizable to fit PCB, LCD, or LVDS interfaces)Flexible device integration
Pin Configuration30p/40p standard, supports 6p–31p customizationCustom pin counts for specific systems
Signal TransmissionLVDS (Low-Voltage Differential Signaling)High-speed data in computers and monitors
Flexibility180° bend radius, 10,000+ bend cyclesSpace-constrained machinery
EMI ProtectionTwisted-wire design (reduces interference by 30%)Noise-sensitive electronics

Customization guide

Adjustable parameters include pin count, insulation material, and connector type to meet specialized needs. For example:

  • Use silica gel insulation for high-temperature automotive applications.
  • Specify a 25p pin configuration for compact PCB assemblies.

Get inspired

With its flexible flat design and EMI-resistant twisted wires, this cable enables seamless integration into tight spaces while maintaining signal integrity. Ideal for applications like motorcycle electronics, industrial control systems, and home appliances requiring durable, customizable wiring solutions.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Flexibility180° bend radius+15% bend cycles+30% bend cycles*
Signal IntegrityStandard EMI20% lower interference40% lower interference
Temperature Range-20°C to 85°C-30°C to 100°C-40°C to 120°C
Pin Density SupportUp to 20pUp to 30pUp to 40p

Supplier's note

  1. Technical Breakthroughs:

    • Copper-Aluminum Conductor Mix: Balances conductivity (copper) and cost efficiency (aluminum).
    • Twisted-Wire Design: Reduces EMI by 30% compared to standard flat cables.
    • Customizable Insulation: Silica gel and PTFE options enable use in extreme environments (-40°C to 120°C).

  2. Version Selection Guide:

    • Base Model: Ideal for home appliances and basic electronics (e.g., LCD monitors).
    • Advanced Model: Suitable for industrial machinery and robotics needing enhanced durability.
    • Pro Model: Designed for automotive and aerospace applications requiring extreme flexibility and heat resistance. Example: The Pro’s 120°C rating ensures safe operation in engine compartments, paired with 40p pin density for complex automotive systems.

*Compared to industry benchmarks.

Frequently asked questions

  • Which Scondar LVDS cable model suits automotive or motorcycle applications?

  • How do I clean the connectors on an Scondar LVDS cable to prevent corrosion?

  • Should I choose copper or aluminum conductors for high-conductivity applications?

  • Can the Scondar LVDS cable be customized for a 30-pin connector and 1m length?

  • Is the Scondar LVDS cable certified for industrial safety standards?

  • What makes the Scondar LVDS cable suitable for compact electronic devices?

  • Can I request a PTFE-insulated LVDS cable for high-temperature environments?

  • Does the Scondar LVDS cable reduce signal degradation in machines with electromagnetic interference?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Conductor MaterialHigh-current industrial machineryIndustry: Aluminum (35 MS/m conductivity)
Base: Copper (IEC 60228, 58 MS/m▲)
Advanced: Oxygen-Free Copper (IEC 60318, 59.6 MS/m▲▲)		Base: 66% higher conductivity than aluminum ▲
Advanced: Reduced signal loss in high-frequency applications ▲▲		Base: 20% cost increase vs. aluminum
Advanced: 30% premium for specialized material
Insulation MaterialHarsh environmental applicationsIndustry: PVC (max 70°C)
Base: Silica Gel (ISO 1043, 180°C耐高温▲)
Advanced: PTFE (ASTM D2999, 260°C耐高温▲▲)		Base: Resists extreme temperatures in automotive systems ▲
Advanced: Chemical resistance for aerospace use ▲▲		Base: 25% heavier than PVC
Advanced: Complex manufacturing process increases cost
Certification StandardsGlobal market complianceIndustry: Single certification (e.g., UL)
Base: UL 1581 & EPR Germany Packing▲
Advanced: Adds RoHS Compliance▲▲		Base: Dual certification for US/EU markets ▲
Advanced: Meets EU environmental regulations ▲▲		Base: Requires dual documentation
Advanced: Additional testing delays production
Connector CustomizationCustomized electronic systemsIndustry: Standard off-the-shelf connectors
Base: Adapter with 25p-30p pin mapping▲
Advanced: Pin-configurable LVDS adapters▲▲		Base: Direct compatibility with motorcycle/automotive systems ▲
Advanced: Tailored pin configurations for PCB design ▲▲		Base: Limited to pre-defined pin counts
Advanced: Requires engineering collaboration for setup
Cable LengthSpace-constrained installationsIndustry: 1m standard lengths
Base: 1.5m (IEC 60227 verified)▲
Advanced: Custom lengths (0.5m-3m)▲▲		Base: Reduces need for splicing in home appliances ▲
Advanced: Fits compact machinery layouts ▲▲		Base: Fixed lengths limit flexibility
Advanced: 15% longer lead time for customization
Signal IntegrityHigh-speed data transmissionIndustry: Untwisted wires (EMI susceptibility: 45dB)
Base: Twisted pairs (IEC 61156, 60dB)▲
Advanced: Shielded twisted pairs (75dB)▲▲		Base: 33% lower EMI interference in computers ▲
Advanced: Eliminates crosstalk in medical devices ▲▲		Base: Slightly bulkier than flat cables
Advanced: Adds 10% weight for shielding

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