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LVDS Single Channel RGB FPC50 Pin LCD Modules Converter for Small 7~10.1\" Screen Includes VGL VGH VCOM LED Inverter

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Signal Conversion: Enables seamless LVDS-to-TTL and RGB signal conversion for LCD modules, supporting 50-pin FPC interfaces.
  • Compatibility: Designed to interface with standard LVDS-based LCD panels (VGL/VGH/VCOM/VGamma) and ordinary LCD modules, bridging gaps between different display technologies.

Key features

  • 1. Advanced Material Technology for Durability

  • With FR4 flame-retardant material construction, ensure reliable operation in high-temperature and demanding environments.

  • 2. Versatile LVDS-to-TTL Signal Conversion Design

  • With an 8-pin LVDS female to 50-pin TTL male converter design, seamlessly interface between digital systems and LCD modules for simplified setup.

  • 3. High-Speed Signal Processing Performance

  • Supports real-time LVDS-to-RGB signal conversion at up to 60Hz, delivering crisp display output with minimal latency.

  • 4. Adaptable for Diverse Applications

  • Designed for both consumer electronics (monitors, tablets) and industrial systems (POS terminals, embedded displays), enabling deployment across 50+ use cases.

  • 5. Compliance with Industry Standards

  • Meets RoHS and FCC certifications for environmental safety and electromagnetic compatibility, ensuring seamless integration with global display standards.

Product details

LVDS Single Channel RGB FPC50 Pin LCD Modules Converter for Small 7~10.1\" Screen Includes VGL VGH VCOM LED Inverter

The Small RGB LCD Panel Conversion Board FPC50 Pin Signal Converter enables seamless signal conversion between LVDS and TTL interfaces, supporting RGB and LVDS communication. Designed for LCD modules, this board bridges digital systems with 8-pin LVDS inputs and 50-pin TTL outputs, ensuring compatibility and high-speed data transfer.

Technical specifications

FeatureSpecificationBenefit
Signal ConversionLVDS to 50-pin TTLEnsures interoperability between systems
Communication InterfacesRGB, LVDSFlexible compatibility with LCD modules
MaterialFR4 (Flame Retardant 4)Thermal stability and durability
Connector Types8-pin female (LVDS) + 50-pin male (TTL)Secure, high-density signal transmission
CertificationsCE, RoHSMeets global safety and environmental standards

Customization guide

Adjustable parameters include:

  • Pin count (customizable from 30 to 60 pins)
  • Connector types (e.g., micro HDMI, USB-C for expanded interfaces)
  • Component layout (optimized for specific signal integrity requirements)
    Tailor these to meet industrial, automotive, or medical-grade specifications.

Get inspired

This converter empowers designers to integrate legacy LVDS-based LCD panels into modern TTL-driven systems, enabling applications like industrial HMI displays, medical monitors, and automotive infotainment systems.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Signal Speed1.5 Gbps+15% (1.7 Gbps)+30% (1.95 Gbps)
Thermal PerformanceStandard CoolingEnhanced CoolingPremium Thermal Dissipation
CertificationsCECE, FCCCE, FCC, RoHS
Pin Density50 pins (fixed)60 pins (adjustable)Custom up to 80 pins

Supplier's note

  1. Technical Breakthroughs:

    • LVDS-to-TTL Efficiency: The Pro Model’s 1.95 Gbps speed (30% faster than Base) ensures ultra-low latency for high-resolution displays.
    • Thermal Management: The Pro’s premium thermal design enables stable operation in environments up to 85°C, ideal for automotive or industrial use.
    • Customizable Pin Layout: The Advanced and Pro models allow pin count adjustments, accommodating specialized interfaces like medical-grade sensors.
  2. Version Selection Guide:

    • Base Model: Suitable for standard LCD modules requiring basic signal conversion (e.g., retail signage).
    • Advanced Model: Optimal for high-speed applications like industrial HMI panels needing 1.7 Gbps throughput.
    • Pro Model: Designed for harsh environments (e.g., automotive cockpits) where thermal stability and triple-certification compliance are critical.

With the Pro Model’s triple-certified thermal design, you can deploy systems in extreme conditions while maintaining signal integrity. Pair its 1.95 Gbps speed with customizable pin layouts to create seamless interfaces for advanced LCD ecosystems.

Frequently asked questions

  • Which LVDS to TTL converter suits small industrial displays?

  • Is this LVDS to RGB converter FDA-approved for medical devices?

  • How does the 8-pin LVDS interface compare to other connectors for LCD modules?

  • Can the 50-pin TTL connector be customized for different pin configurations?

  • What makes this board suitable for high-speed signal applications?

  • Does the FR4 material improve heat resistance compared to other PCBs?

  • Which LCD modules work with this RGB 50-pin converter?

  • Can I modify the PCB layout for embedded systems integration?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Signal Conversion SpeedHigh-resolution displays (e.g., 4K monitors)LVDS up to 2.5Gbps (Advanced ▲▲ vs Industry 1.5Gbps)
(JEDEC JESD22)
Advanced model supports 8K@30Hz (▲▲), Base handles 4K@60Hz (▲)Advanced consumes 20% more power due to high-speed ICs
Interface CompatibilityMulti-standard devices (e.g., industrial displays)Dual RGB/LVDS support
(Industry: often single interface)
Reduces need for multiple adapters, simplifies integration (▲)Slightly larger footprint than single-interface boards
Power EfficiencyBattery-powered devices (e.g., tablets)1.8W (Advanced ▲) vs 2.3W (Base)
(IEC 62301)
Advanced extends battery life by 20% (▲) in portable devicesAdvanced’s power-saving ICs add $15 to cost
Signal IntegrityHigh-noise environments (e.g., factories)EMI Class B compliance
(Industry: often Class A)
Minimizes interference in industrial settings (▲), reduces downtimeRequires external shielding for extreme noise (e.g., MRI machines)
Physical DurabilityHarsh environments (e.g., automotive)FR4 material (2.0mm thickness in Advanced ▲)
(ISO 178)
Advanced resists vibration/shock in rugged use cases (▲)Advanced model is 15% heavier than Base
Customization OptionsOEM projects (e.g., bespoke devices)Adjustable pin count/connector types
(Industry: limited customization)
Tailored solutions cut 30% integration costs (▲) for unique projectsCustom orders take 2–3 weeks longer to fulfill

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