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5.5-inch LCD screen 1080X1920TFT vertical screen MIPI interface with touch 5.5-inch LCD screen

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5.5-inch LCD screen 1080X1920TFT vertical screen MIPI interface with touch 5.5-inch LCD screen

MOQ:	negotiate
Price:	negotiate
Standard Packaging:	cardboard
Delivery Period:	16 days
Payment Method:	L/C,D/A,D/P,T/T
Supply Capacity:	10000pcs

Detail Information

Product Description

Detail Information

Place of Origin

Shenzhen, Guangdong

Brand Name

TXWEI

Certification

ISO9001 IS014001 IATF16949

Model Number

TXW550052N0-AS

Document

Highlight:

5.5-inch TFT LCD display

MIPI interface LCD screen

1080X1920 vertical touch screen

Product Description

TXW550052N0-AS

5.46" Full HD IPS LCD Display Module

With Integrated Capacitive Touch Panel

◆ ◆ ◆ PRODUCT HIGHLIGHTS ◆ ◆ ◆

Premium Visual Experience Delivered Through Advanced IPS Technology

This 5.46-inch display module features stunning 1080 × 1920 Full HD resolution with 16.7 million colors for true-to-life imagery.

Ultra-Wide Viewing

178° viewing angles from all directions. No color shift. No contrast loss.

Seamless Touch Integration

G+F+F multi-layer capacitive structure with Goodix GT911 controller ensures responsive, accurate multi-touch performance for intuitive user interaction across the entire active surface.

▌▌▌ CORE SPECIFICATIONS ▌▌▌

Display Configuration

Active display area measures 68.04 mm × 120.96 mm with 1080 × RGB × 1920 pixel arrangement in stripe configuration.

Square Pixel Design

63 μm × 63 μm pixel pitch delivers uniform image quality without distortion.

Color Performance

16.7 million software-selectable colors.

Viewing Freedom

All O'Clock direction support. 360° optimal viewing angles.

Proven Driver Technology

Himax HX8399-C industry-proven driver IC.

════════════════════════════════════════

INTERFACE & CONNECTIVITY

Modern High-Speed MIPI DSI Interface with 4-Lane Differential Signaling Architecture

The 39-pin FPC connector provides comprehensive system integration through industry-standard MIPI protocols, enabling thinner cable designs and simplified PCB layouts compared to legacy parallel RGB solutions.

Robust Power Delivery

Multiple ground points ensure stable reference potential throughout the system. IOVCC logic supply operates at 1.8V with 1.65V ~ 3.3V tolerance for flexible host processor compatibility. Dedicated analog driver supplies AVDD and AVEE support ±4.8V ~ ±6.0V ranges. Touch subsystem receives isolated 3.3V power through CTP_VCC pin. Backlight system connects through dedicated LEDA anode and LEDK cathode terminals.

High-Speed Data Transmission

Five differential pairs handle MIPI communication: clock lane (CLKP/CLKN) synchronizes data transfer while four data lanes (D0 through D3) carry packed pixel streams at high bandwidth with minimal electromagnetic interference.

Intelligent Control Architecture

Active-low RESET enables hardware recovery. TE signal synchronizes frame memory updates to prevent tearing artifacts. PWM output connects to external LED drivers for precision brightness control. Touch subsystem communicates through I²C bus (CTP_SCL/CTP_SDA) with dedicated interrupt (CTP_INT) and reset (CTP_RST) lines for efficient event handling.

● ● ● BACKLIGHT SYSTEM ● ● ●

Edge-Lit LED Array with 15 High-Efficiency White LEDs

The sophisticated edge-lighting configuration delivers uniform illumination across the entire active display area with minimal thickness penalty.

Electrical Characteristics

Forward voltage operates between 28V ~ 32V with 60 mA typical current per string.

Optical Performance

Combined LCD and touch panel assembly achieves 1100 cd/m² typical luminosity with ≥85% uniformity across the viewing surface.

Long-Term Reliability

LED lifetime rating of 30,000 hours to 50% brightness when operated at 20mA per LED. Higher currents reduce operational lifespan proportionally.

▬▬▬▬▬ PHYSICAL DIMENSIONS ▬▬▬▬▬

Compact Form Factor for Space-Constrained Applications

LCD module measures 70.04 mm × 128.29 mm × 1.68 mm (width × height × thickness).

Integrated Assembly

With capacitive touch panel attached, overall dimensions become 85.00 mm × 140.36 mm × 2.91 mm.

Lightweight Construction

Weight specification to be determined based on final configuration and optional components.

★ ★ ★ ENVIRONMENTAL RATINGS ★ ★ ★

Extended Operating Temperature Range for Demanding Applications

Module operates reliably from -20°C to +70°C with humidity tolerance of 20% ~ 90% RH non-condensing.

Safe Storage Conditions

Extended storage temperature range spans -30°C to +80°C maintaining same humidity limitations.

╔══════════════════════════════════════╗

RELIABILITY ASSURANCE

╚══════════════════════════════════════╝

Strict Acceptance Criteria
Zero functional defects permitted including missing segments, electrical shorts, or display clarity degradation. Absolutely no liquid crystal leakage under any test condition. Prohibited anomalies include low-temperature bubble formation, end seal loosening, frame rainbow effects, or optical performance degradation post-stress validation.
◈ TIMING & POWER SEQUENCE ◈Critical Initialization Sequence for Reliable Driver Operation
The Himax HX8399-C driver integrated circuit requires precise power sequencing to ensure proper initialization and prevent potential damage to internal voltage generators.
Step-by-Step Power-On Procedure
First, stabilize VDD1 and HS_VCC logic supplies, maintaining stability for minimum 1ms before proceeding. Next, activate VSP and VSN analog supplies with zero delay requirement from previous step. Then assert RESX hardware reset signal low for duration exceeding 1ms after supply stabilization completes. Configure all MIPI data and clock lanes to LP-11 low-power state before releasing reset. Following reset release, wait >50ms before transmitting initialization commands. Issue SLPOUT command to exit sleep mode. Wait minimum 120ms after SLPOUT before sending DISPON display activation command. Finally, commence MIPI video packet transmission with no upper time limit constraint.
Controlled Power-Off Sequence
Reverse the activation order with ≥20μs delays between each supply deactivation stage to prevent image retention phenomena and ensure complete driver protection.
▂▂▂▂▂ OPTICAL PERFORMANCE ▂▂▂▂▂Quantified Contrast Ratio Measurement
CR = L₂₅₅ / L₀
Where L₂₅₅ represents luminance measurement at gray level 255 (full white) and L₀ represents luminance at gray level 0 (full black).
Dynamic Response Characterization
Rise time (Tₒₙ) measures transition from 10% to 90% optical response. Fall time (Tₒff) measures transition from 90% to 10% optical response.
Standardized Measurement Protocol
All optical characterization performed after 20-minute thermal stabilization at 25±2°C ambient temperature. Backlight system requires 20-minute warm-up period in windless environment before measurement commencement. Instrumentation utilizes Autronics DMS 803 or equivalent photometer/spectrograph combination with 3mm diameter measurement spot within dark chamber environment eliminating external light contamination.
◐ TYPICAL APPLICATIONS ◑Industrial and Commercial Deployment Scenarios
Industrial handheld terminals requiring rugged reliable displays in demanding environments. Human-machine interface panels for automation control systems. Medical diagnostic equipment and portable patient monitoring devices. Smart home control interfaces and residential automation systems. High-end consumer electronics where display quality differentiates product positioning. Precision test and measurement instrumentation requiring accurate color reproduction. Automotive infotainment systems and digital dashboard displays.
▓▓▓ QUALITY & COMPLIANCE ▓▓▓Rigorous Manufacturing Standards
Production facilities maintain ISO certification with comprehensive quality management systems. 100% inspection coverage for critical defects ensures consistent outgoing quality. Standardized optical inspection protocols specify 1000±200 lux illumination intensity, 30cm viewing distance, and 45°±10° observation angle for objective defect evaluation.
Environmental Responsibility
Full RoHS compliance achieved through lead-free material selection throughout manufacturing process. All processing chemicals and materials meet international environmental protection requirements.

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TFT LCD Screen

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Capacitive Touch Panel

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5.5-inch LCD screen 1080X1920TFT vertical screen MIPI interface with touch 5.5-inch LCD screen

MOQ:	negotiate
Price:	negotiate
Standard Packaging:	cardboard
Delivery Period:	16 days
Payment Method:	L/C,D/A,D/P,T/T
Supply Capacity:	10000pcs

Detail Information

Product Description

Detail Information

Place of Origin

Shenzhen, Guangdong

Brand Name

TXWEI

Certification

ISO9001 IS014001 IATF16949

Model Number

TXW550052N0-AS

Document

TXW550052N0-AS _SPEC.pdf

Minimum Order Quantity:

negotiate

Price:

negotiate

Packaging Details:

cardboard

Delivery Time:

16 days

Payment Terms:

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

Supply Ability:

10000pcs

Highlight

5.5-inch TFT LCD display

MIPI interface LCD screen

1080X1920 vertical touch screen

Product Description

TXW550052N0-AS

5.46" Full HD IPS LCD Display Module

With Integrated Capacitive Touch Panel

◆ ◆ ◆ PRODUCT HIGHLIGHTS ◆ ◆ ◆

Premium Visual Experience Delivered Through Advanced IPS Technology

This 5.46-inch display module features stunning 1080 × 1920 Full HD resolution with 16.7 million colors for true-to-life imagery.

Ultra-Wide Viewing

178° viewing angles from all directions. No color shift. No contrast loss.

Seamless Touch Integration

G+F+F multi-layer capacitive structure with Goodix GT911 controller ensures responsive, accurate multi-touch performance for intuitive user interaction across the entire active surface.

▌▌▌ CORE SPECIFICATIONS ▌▌▌

Display Configuration

Active display area measures 68.04 mm × 120.96 mm with 1080 × RGB × 1920 pixel arrangement in stripe configuration.

Square Pixel Design

63 μm × 63 μm pixel pitch delivers uniform image quality without distortion.

Color Performance

16.7 million software-selectable colors.

Viewing Freedom

All O'Clock direction support. 360° optimal viewing angles.

Proven Driver Technology

Himax HX8399-C industry-proven driver IC.

════════════════════════════════════════

INTERFACE & CONNECTIVITY

Modern High-Speed MIPI DSI Interface with 4-Lane Differential Signaling Architecture

The 39-pin FPC connector provides comprehensive system integration through industry-standard MIPI protocols, enabling thinner cable designs and simplified PCB layouts compared to legacy parallel RGB solutions.

Robust Power Delivery

Multiple ground points ensure stable reference potential throughout the system. IOVCC logic supply operates at 1.8V with 1.65V ~ 3.3V tolerance for flexible host processor compatibility. Dedicated analog driver supplies AVDD and AVEE support ±4.8V ~ ±6.0V ranges. Touch subsystem receives isolated 3.3V power through CTP_VCC pin. Backlight system connects through dedicated LEDA anode and LEDK cathode terminals.

High-Speed Data Transmission

Five differential pairs handle MIPI communication: clock lane (CLKP/CLKN) synchronizes data transfer while four data lanes (D0 through D3) carry packed pixel streams at high bandwidth with minimal electromagnetic interference.

Intelligent Control Architecture

Active-low RESET enables hardware recovery. TE signal synchronizes frame memory updates to prevent tearing artifacts. PWM output connects to external LED drivers for precision brightness control. Touch subsystem communicates through I²C bus (CTP_SCL/CTP_SDA) with dedicated interrupt (CTP_INT) and reset (CTP_RST) lines for efficient event handling.

● ● ● BACKLIGHT SYSTEM ● ● ●

Edge-Lit LED Array with 15 High-Efficiency White LEDs

The sophisticated edge-lighting configuration delivers uniform illumination across the entire active display area with minimal thickness penalty.

Electrical Characteristics

Forward voltage operates between 28V ~ 32V with 60 mA typical current per string.

Optical Performance

Combined LCD and touch panel assembly achieves 1100 cd/m² typical luminosity with ≥85% uniformity across the viewing surface.

Long-Term Reliability

LED lifetime rating of 30,000 hours to 50% brightness when operated at 20mA per LED. Higher currents reduce operational lifespan proportionally.

▬▬▬▬▬ PHYSICAL DIMENSIONS ▬▬▬▬▬

Compact Form Factor for Space-Constrained Applications

LCD module measures 70.04 mm × 128.29 mm × 1.68 mm (width × height × thickness).

Integrated Assembly

With capacitive touch panel attached, overall dimensions become 85.00 mm × 140.36 mm × 2.91 mm.

Lightweight Construction

Weight specification to be determined based on final configuration and optional components.

★ ★ ★ ENVIRONMENTAL RATINGS ★ ★ ★

Extended Operating Temperature Range for Demanding Applications

Module operates reliably from -20°C to +70°C with humidity tolerance of 20% ~ 90% RH non-condensing.

Safe Storage Conditions

Extended storage temperature range spans -30°C to +80°C maintaining same humidity limitations.

╔══════════════════════════════════════╗

RELIABILITY ASSURANCE

╚══════════════════════════════════════╝

Strict Acceptance Criteria
Zero functional defects permitted including missing segments, electrical shorts, or display clarity degradation. Absolutely no liquid crystal leakage under any test condition. Prohibited anomalies include low-temperature bubble formation, end seal loosening, frame rainbow effects, or optical performance degradation post-stress validation.
◈ TIMING & POWER SEQUENCE ◈Critical Initialization Sequence for Reliable Driver Operation
The Himax HX8399-C driver integrated circuit requires precise power sequencing to ensure proper initialization and prevent potential damage to internal voltage generators.
Step-by-Step Power-On Procedure
First, stabilize VDD1 and HS_VCC logic supplies, maintaining stability for minimum 1ms before proceeding. Next, activate VSP and VSN analog supplies with zero delay requirement from previous step. Then assert RESX hardware reset signal low for duration exceeding 1ms after supply stabilization completes. Configure all MIPI data and clock lanes to LP-11 low-power state before releasing reset. Following reset release, wait >50ms before transmitting initialization commands. Issue SLPOUT command to exit sleep mode. Wait minimum 120ms after SLPOUT before sending DISPON display activation command. Finally, commence MIPI video packet transmission with no upper time limit constraint.
Controlled Power-Off Sequence
Reverse the activation order with ≥20μs delays between each supply deactivation stage to prevent image retention phenomena and ensure complete driver protection.
▂▂▂▂▂ OPTICAL PERFORMANCE ▂▂▂▂▂Quantified Contrast Ratio Measurement
CR = L₂₅₅ / L₀
Where L₂₅₅ represents luminance measurement at gray level 255 (full white) and L₀ represents luminance at gray level 0 (full black).
Dynamic Response Characterization
Rise time (Tₒₙ) measures transition from 10% to 90% optical response. Fall time (Tₒff) measures transition from 90% to 10% optical response.
Standardized Measurement Protocol
All optical characterization performed after 20-minute thermal stabilization at 25±2°C ambient temperature. Backlight system requires 20-minute warm-up period in windless environment before measurement commencement. Instrumentation utilizes Autronics DMS 803 or equivalent photometer/spectrograph combination with 3mm diameter measurement spot within dark chamber environment eliminating external light contamination.
◐ TYPICAL APPLICATIONS ◑Industrial and Commercial Deployment Scenarios
Industrial handheld terminals requiring rugged reliable displays in demanding environments. Human-machine interface panels for automation control systems. Medical diagnostic equipment and portable patient monitoring devices. Smart home control interfaces and residential automation systems. High-end consumer electronics where display quality differentiates product positioning. Precision test and measurement instrumentation requiring accurate color reproduction. Automotive infotainment systems and digital dashboard displays.
▓▓▓ QUALITY & COMPLIANCE ▓▓▓Rigorous Manufacturing Standards
Production facilities maintain ISO certification with comprehensive quality management systems. 100% inspection coverage for critical defects ensures consistent outgoing quality. Standardized optical inspection protocols specify 1000±200 lux illumination intensity, 30cm viewing distance, and 45°±10° observation angle for objective defect evaluation.
Environmental Responsibility
Full RoHS compliance achieved through lead-free material selection throughout manufacturing process. All processing chemicals and materials meet international environmental protection requirements.

Tags: