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8-inch TFT high-definition high brightness 1920*1200 LVDS wide temperature touch screen drone remote control display screen

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8-inch TFT high-definition high brightness 1920*1200 LVDS wide temperature touch screen drone remote control display screen

MOQ:	1
Price:	negotiation
Delivery Period:	7-16days
Payment Method:	L/C,D/A,D/P,T/T
Supply Capacity:	10000pcs

Detail Information

Product Description

Detail Information

Place of Origin

shenzhen

Brand Name

TXWEI

Certification

CE FCC ROHS

Model Number

TXW800035B1-TY

Document

Number Of Pixels:

1920*1200

Viewing Direction:

Display Interface:

Brightness:

1000 Nits

Active Area:

172.224(H) * 107.64(V)

Outline Size:

197.5*132.30*6.85mm

Operating Temperature:

-30+85℃

Storage Temperature:

-30+85℃

Number Of Pins:

45pin

Touch Technology:

ILI2132

Touch Interface:

Highlight:

8-inch TFT LCD display

high brightness drone remote screen

LVDS wide temperature touch screen

Product Description

TXW800035B1-TY — 8-Inch Industrial-Grade WUXGA Display Module with G+G Capacitive Touch

1. Product Overview

The TXW800035B1-TY represents a high-performance 8-inch TFT LCD module engineered by Shenzhen Tianxianwei Technology Co., Ltd. for next-generation mobile and embedded display applications. Built around a 1920 × 1200 (WUXGA) pixel matrix, this module delivers exceptional visual clarity with 16.7 million colors, making it ideal for data-rich interfaces, high-definition media playback, and precision touch-controlled systems. The architecture combines a TFT panel, driver IC, flexible printed circuit (FPC), LED backlight unit (BL), and capacitive touch panel (CTP) into a unified, compact assembly optimized for seamless integration.

2. Display Architecture & Optical Performance

At the heart of the TXW800035B1-TY lies an All O'Clock type LCD structure with a transmissive, normally black display mode. This configuration ensures deep black levels, high contrast ratios, and energy-efficient operation—particularly valuable for battery-powered portable devices.

Resolution: 1920 (H) × 1200 (V) pixels — WUXGA class, delivering 283 PPI pixel density for crisp text rendering and smooth image reproduction
Color Depth: 16.7M colors, software-selectable, enabling nuanced color grading and photographic fidelity
Viewing Direction: 80°/80°/80°/80° (typical) — symmetric wide-angle performance ensuring consistent image quality from virtually any orientation
Display Mode: Transmissive, Normally Black — optimized for indoor and controlled ambient light environments

3. Backlight System & Luminance Engineering

The module employs an edge-lit backlight architecture powered by 36 white LED chips arranged for uniform luminance distribution across the full active area. This design achieves remarkable brightness levels while maintaining thermal manageability.

Typical Brightness: 1000 cd/m² — sufficient for high-ambient-light readability
Maximum Brightness: 1200 cd/m² — peak output for demanding visibility scenarios
Brightness Uniformity: ≥70% (minimum) — ensures no perceptible luminance gradients across the display surface
LED Forward Voltage (VF): 16.8V ~ 19.2V
LED Forward Current (IF): 330mA (typical), 390mA (maximum)

LED Lifetime Considerations:
The backlight is rated for 20,000 hours of operational life, defined as the point at which luminance degrades to 50% of original output at 55mA per LED channel. Operating beyond recommended current thresholds will accelerate lumen depreciation. System designers should implement current-regulated drivers and thermal dissipation strategies to maximize backlight longevity.

4. Touch Technology: G+G Capacitive Architecture

The integrated touch panel utilizes G+G (Glass + Glass) construction, a premium capacitive touch architecture that sandwiches the sensor layer between two glass substrates. This approach delivers superior durability, optical clarity, and touch precision compared to film-based alternatives.

Touch Controller IC: ILI2132 — a proven multi-touch controller supporting gesture recognition and fast response algorithms
Operating Voltage: 5V (USB power rail compatible)
Light Transmittance: ≥85% — minimal optical attenuation preserves display brightness and color accuracy
Surface Hardness: ≥6H — resistant to scratches and abrasion in industrial and public-access deployments
Touch Operating Temperature: −30°C to +85°C
Touch Storage Temperature: −30°C to +85°C
Environmental Humidity: 20% ~ 90% RH

The G+G stack is further enhanced with AF (Anti-Fingerprint) coating on the cover lens and AG (Anti-Glare) surface etching, reducing specular reflections and maintaining clean aesthetics under continuous handling.

5. Electrical Characteristics & Interface Design

The TXW800035B1-TY supports dual-interface connectivity, separating high-speed video data from touch signaling for optimized system integration.

TFT Display Interface — LVDS (Low-Voltage Differential Signaling):
The 45-pin LVDS interface operates at VDDIN = 3.3V (typical) and carries differential data pairs for robust, EMI-resistant video transmission. Key signal groups include:

Even LVDS Data Channels (ELV0P/ELV0N through ELV3P/ELV3N): 4 differential data pairs
Even LVDS Clock (ELVCLKP/ELVCLKN): Differential clock synchronization
Odd LVDS Data Channels (OLV0P/OLV0N through OLV3P/OLV3N): 4 differential data pairs
Odd LVDS Clock (OLVCLKP/OLVCLKN): Differential clock synchronization
Power Rails: Multiple VDDIN pins (41-45) for stable 3.3V distribution; dedicated VDD_OTP and EEPEN pins for factory configuration

Capacitive Touch Interface — USB HID Protocol:
The touch panel communicates via a standard 4-pin USB interface:

VCC: 5V power input
DP / DN: Differential USB data lines
GND: Common ground

This USB-based touch architecture eliminates the need for dedicated I²C GPIO routing on the host processor, simplifying PCB layout and enabling plug-and-play compatibility with mainstream operating systems.

6. Power Sequencing & System States

The module implements a sophisticated multi-domain power management scheme with distinct operational states:

High-Speed Mode: Full video data transmission at maximum LVDS throughput
Display Off State: Video pipeline suspended; minimal power retention
Sleep In Mode (CMD 0x10): Deep power-down with register retention
LP11 State: Low-power MIPI standby (supported for compatible controller variants)

Critical sequencing requirements include:

VSP/VSN stabilization: ≤1ms ramp timing
VGH/VGL gate driver rails: Synchronized activation to prevent TFT threshold drift
Source/GIP alignment: Ensures frame-consistent pixel charging across temperature extremes

System designers must adhere to manufacturer-provided power sequencing waveforms to prevent latch-up, display artifacts, or long-term electrochemical degradation.

7. Mechanical Specifications & Integration Guidelines

The TXW800035B1-TY is packaged in a precision-machined mechanical stack with tight tolerances suitable for flush-mount industrial enclosures.

LCD Active Area (AA): 107.64 mm × 172.22 mm
Lens Viewing Area (VA): 108.24 mm × 172.82 mm
Lens Outer Dimension (OD): 132.3 mm × 197.5 mm (±0.05 mm)
LCM Outer Dimension: 119.8 mm × 181.7 mm (±0.2 mm)
Total Module Thickness: 6.85 mm (±0.3 mm) — inclusive of G+G touch stack, LCD cell, backlight, and structural reinforcements
Cover Lens Thickness: 0.7 mm
Sensor Glass Thickness: 0.55 mm
Unspecified Tolerances: ±0.20 mm

Integration Recommendation:
The touch panel window should be designed with a unilateral oversize of 0.3–0.5 mm relative to the LCM active area to accommodate assembly tolerances and prevent optical edge shadowing.

8. Environmental Resilience & Reliability

The TXW800035B1-TY is qualified for extreme-environment deployment through a comprehensive reliability test matrix:

Operating Temperature: −30°C to +85°C (LCM and TP)
Storage Temperature: −30°C to +85°C
Humidity Tolerance: Up to 90% RH (non-condensing)

All materials and processing comply with RoHS environmental protection directives, ensuring global regulatory compliance and sustainable manufacturing practices.

9. Application Domains

The TXW800035B1-TY is architecturally aligned with premium embedded applications requiring high-resolution visualization and responsive touch interaction:

Industrial Tablets & Handheld Terminals: Wide temperature tolerance and G+G durability withstand factory-floor vibrations and thermal cycling.
Medical & Healthcare Devices: High brightness and 16.7M color depth support diagnostic imaging and patient monitoring interfaces.
Smart Retail & Kiosks: AF/AG surface treatments maintain optical clarity under continuous public interaction.
Vehicle-Mounted Displays: −30°C cold-start capability and 85°C operating ceiling accommodate automotive cabin extremes.
Mobile Computing Platforms: WUXGA resolution and LVDS efficiency balance visual performance with battery life constraints.

10. Document Control & Compliance

Model Number: TXW800035B1-TY
Document Version: 2025-03-11
Manufacturer: Shenzhen Tianxianwei Technology Co., Ltd.
Total Pages: 15
Environmental Standard: RoHS Compliant
Critical Parameters: Denoted with * asterisk; CPK parameters in [brackets]; reference dimensions in (parentheses)

For complete electrical schematics, timing diagrams, and mechanical CAD files, contact the manufacturer directly or consult the full 15-page technical specification package prior to PCB layout finalization.

Tags:

Products

MOQ:	1
Price:	negotiation
Delivery Period:	7-16days
Payment Method:	L/C,D/A,D/P,T/T
Supply Capacity:	10000pcs

Detail Information

Product Description

Detail Information

Place of Origin

shenzhen

Brand Name

TXWEI

Certification

CE FCC ROHS

Model Number

TXW800035B1-TY

Document

TXW800035B1-TY_SPEC.pdf

Number Of Pixels:

1920*1200

Viewing Direction:

IPS

Display Interface:

LVDS

Brightness:

1000 Nits

Active Area:

172.224(H) * 107.64(V)

Outline Size:

197.5*132.30*6.85mm

Operating Temperature:

-30+85℃

Storage Temperature:

-30+85℃

Number Of Pins:

45pin

Touch Technology:

ILI2132

Touch Interface:

USB

Minimum Order Quantity:

Price:

negotiation

Delivery Time:

7-16days

Payment Terms:

L/C,D/A,D/P,T/T

Supply Ability:

10000pcs

Highlight

8-inch TFT LCD display

high brightness drone remote screen

LVDS wide temperature touch screen

Product Description

TXW800035B1-TY — 8-Inch Industrial-Grade WUXGA Display Module with G+G Capacitive Touch

1. Product Overview

The TXW800035B1-TY represents a high-performance 8-inch TFT LCD module engineered by Shenzhen Tianxianwei Technology Co., Ltd. for next-generation mobile and embedded display applications. Built around a 1920 × 1200 (WUXGA) pixel matrix, this module delivers exceptional visual clarity with 16.7 million colors, making it ideal for data-rich interfaces, high-definition media playback, and precision touch-controlled systems. The architecture combines a TFT panel, driver IC, flexible printed circuit (FPC), LED backlight unit (BL), and capacitive touch panel (CTP) into a unified, compact assembly optimized for seamless integration.

2. Display Architecture & Optical Performance

At the heart of the TXW800035B1-TY lies an All O'Clock type LCD structure with a transmissive, normally black display mode. This configuration ensures deep black levels, high contrast ratios, and energy-efficient operation—particularly valuable for battery-powered portable devices.

Resolution: 1920 (H) × 1200 (V) pixels — WUXGA class, delivering 283 PPI pixel density for crisp text rendering and smooth image reproduction
Color Depth: 16.7M colors, software-selectable, enabling nuanced color grading and photographic fidelity
Viewing Direction: 80°/80°/80°/80° (typical) — symmetric wide-angle performance ensuring consistent image quality from virtually any orientation
Display Mode: Transmissive, Normally Black — optimized for indoor and controlled ambient light environments

3. Backlight System & Luminance Engineering

The module employs an edge-lit backlight architecture powered by 36 white LED chips arranged for uniform luminance distribution across the full active area. This design achieves remarkable brightness levels while maintaining thermal manageability.

Typical Brightness: 1000 cd/m² — sufficient for high-ambient-light readability
Maximum Brightness: 1200 cd/m² — peak output for demanding visibility scenarios
Brightness Uniformity: ≥70% (minimum) — ensures no perceptible luminance gradients across the display surface
LED Forward Voltage (VF): 16.8V ~ 19.2V
LED Forward Current (IF): 330mA (typical), 390mA (maximum)

LED Lifetime Considerations:
The backlight is rated for 20,000 hours of operational life, defined as the point at which luminance degrades to 50% of original output at 55mA per LED channel. Operating beyond recommended current thresholds will accelerate lumen depreciation. System designers should implement current-regulated drivers and thermal dissipation strategies to maximize backlight longevity.

4. Touch Technology: G+G Capacitive Architecture

The integrated touch panel utilizes G+G (Glass + Glass) construction, a premium capacitive touch architecture that sandwiches the sensor layer between two glass substrates. This approach delivers superior durability, optical clarity, and touch precision compared to film-based alternatives.

Touch Controller IC: ILI2132 — a proven multi-touch controller supporting gesture recognition and fast response algorithms
Operating Voltage: 5V (USB power rail compatible)
Light Transmittance: ≥85% — minimal optical attenuation preserves display brightness and color accuracy
Surface Hardness: ≥6H — resistant to scratches and abrasion in industrial and public-access deployments
Touch Operating Temperature: −30°C to +85°C
Touch Storage Temperature: −30°C to +85°C
Environmental Humidity: 20% ~ 90% RH

The G+G stack is further enhanced with AF (Anti-Fingerprint) coating on the cover lens and AG (Anti-Glare) surface etching, reducing specular reflections and maintaining clean aesthetics under continuous handling.

5. Electrical Characteristics & Interface Design

The TXW800035B1-TY supports dual-interface connectivity, separating high-speed video data from touch signaling for optimized system integration.

TFT Display Interface — LVDS (Low-Voltage Differential Signaling):
The 45-pin LVDS interface operates at VDDIN = 3.3V (typical) and carries differential data pairs for robust, EMI-resistant video transmission. Key signal groups include:

Even LVDS Data Channels (ELV0P/ELV0N through ELV3P/ELV3N): 4 differential data pairs
Even LVDS Clock (ELVCLKP/ELVCLKN): Differential clock synchronization
Odd LVDS Data Channels (OLV0P/OLV0N through OLV3P/OLV3N): 4 differential data pairs
Odd LVDS Clock (OLVCLKP/OLVCLKN): Differential clock synchronization
Power Rails: Multiple VDDIN pins (41-45) for stable 3.3V distribution; dedicated VDD_OTP and EEPEN pins for factory configuration

Capacitive Touch Interface — USB HID Protocol:
The touch panel communicates via a standard 4-pin USB interface:

VCC: 5V power input
DP / DN: Differential USB data lines
GND: Common ground

This USB-based touch architecture eliminates the need for dedicated I²C GPIO routing on the host processor, simplifying PCB layout and enabling plug-and-play compatibility with mainstream operating systems.

6. Power Sequencing & System States

The module implements a sophisticated multi-domain power management scheme with distinct operational states:

High-Speed Mode: Full video data transmission at maximum LVDS throughput
Display Off State: Video pipeline suspended; minimal power retention
Sleep In Mode (CMD 0x10): Deep power-down with register retention
LP11 State: Low-power MIPI standby (supported for compatible controller variants)

Critical sequencing requirements include:

VSP/VSN stabilization: ≤1ms ramp timing
VGH/VGL gate driver rails: Synchronized activation to prevent TFT threshold drift
Source/GIP alignment: Ensures frame-consistent pixel charging across temperature extremes

System designers must adhere to manufacturer-provided power sequencing waveforms to prevent latch-up, display artifacts, or long-term electrochemical degradation.

7. Mechanical Specifications & Integration Guidelines

The TXW800035B1-TY is packaged in a precision-machined mechanical stack with tight tolerances suitable for flush-mount industrial enclosures.

LCD Active Area (AA): 107.64 mm × 172.22 mm
Lens Viewing Area (VA): 108.24 mm × 172.82 mm
Lens Outer Dimension (OD): 132.3 mm × 197.5 mm (±0.05 mm)
LCM Outer Dimension: 119.8 mm × 181.7 mm (±0.2 mm)
Total Module Thickness: 6.85 mm (±0.3 mm) — inclusive of G+G touch stack, LCD cell, backlight, and structural reinforcements
Cover Lens Thickness: 0.7 mm
Sensor Glass Thickness: 0.55 mm
Unspecified Tolerances: ±0.20 mm

Integration Recommendation:
The touch panel window should be designed with a unilateral oversize of 0.3–0.5 mm relative to the LCM active area to accommodate assembly tolerances and prevent optical edge shadowing.

8. Environmental Resilience & Reliability

The TXW800035B1-TY is qualified for extreme-environment deployment through a comprehensive reliability test matrix:

Operating Temperature: −30°C to +85°C (LCM and TP)
Storage Temperature: −30°C to +85°C
Humidity Tolerance: Up to 90% RH (non-condensing)

All materials and processing comply with RoHS environmental protection directives, ensuring global regulatory compliance and sustainable manufacturing practices.

9. Application Domains

The TXW800035B1-TY is architecturally aligned with premium embedded applications requiring high-resolution visualization and responsive touch interaction:

Industrial Tablets & Handheld Terminals: Wide temperature tolerance and G+G durability withstand factory-floor vibrations and thermal cycling.
Medical & Healthcare Devices: High brightness and 16.7M color depth support diagnostic imaging and patient monitoring interfaces.
Smart Retail & Kiosks: AF/AG surface treatments maintain optical clarity under continuous public interaction.
Vehicle-Mounted Displays: −30°C cold-start capability and 85°C operating ceiling accommodate automotive cabin extremes.
Mobile Computing Platforms: WUXGA resolution and LVDS efficiency balance visual performance with battery life constraints.

10. Document Control & Compliance

Model Number: TXW800035B1-TY
Document Version: 2025-03-11
Manufacturer: Shenzhen Tianxianwei Technology Co., Ltd.
Total Pages: 15
Environmental Standard: RoHS Compliant
Critical Parameters: Denoted with * asterisk; CPK parameters in [brackets]; reference dimensions in (parentheses)

For complete electrical schematics, timing diagrams, and mechanical CAD files, contact the manufacturer directly or consult the full 15-page technical specification package prior to PCB layout finalization.

Tags:

TFT LCD Display

TFT LCD Module

TFT LCD Screen

Round TFT LCD

Square TFT Display

Bar Type TFT

HDMI Driver Board

VGA Driver Board

Capacitive Touch Panel

3 Inch LCD

4 Inch LCD

7 Inch LCD Module

10 Inch LCD Module

8-inch TFT high-definition high brightness 1920*1200 LVDS wide temperature touch screen drone remote control display screen

8-inch TFT LCD display

high brightness drone remote screen

LVDS wide temperature touch screen

2. Display Architecture & Optical Performance

3. Backlight System & Luminance Engineering

4. Touch Technology: G+G Capacitive Architecture

5. Electrical Characteristics & Interface Design

6. Power Sequencing & System States

7. Mechanical Specifications & Integration Guidelines

8. Environmental Resilience & Reliability

10. Document Control & Compliance

HD TFT LCD Display,

5 Inch TFT LCD Display,

TFT LCD Display

TFT LCD Module

TFT LCD Screen

Round TFT LCD

Square TFT Display

Bar Type TFT

HDMI Driver Board

VGA Driver Board

Capacitive Touch Panel

3 Inch LCD

4 Inch LCD

7 Inch LCD Module

10 Inch LCD Module

8-inch TFT LCD display

high brightness drone remote screen

LVDS wide temperature touch screen

2. Display Architecture & Optical Performance

3. Backlight System & Luminance Engineering

4. Touch Technology: G+G Capacitive Architecture

5. Electrical Characteristics & Interface Design

6. Power Sequencing & System States

7. Mechanical Specifications & Integration Guidelines

8. Environmental Resilience & Reliability

10. Document Control & Compliance

HD TFT LCD Display,

5 Inch TFT LCD Display,