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Custom development of 6.7-inch landscape 1920*1080 capacitive touch screen MIPI interface drone remote control display screen

Produits

AFFICHAGE À CRISTAUX LIQUIDES DE 3 POUCES

module d'affichage à cristaux liquides de 7 pouces

Custom development of 6.7-inch landscape 1920*1080 capacitive touch screen MIPI interface drone remote control display screen

Nombre De Pièces:	1
Prix:	Négociable
Période De Livraison:	7-16 jours
Méthode De Paiement:	LC, D/A, D/P, T/T
Capacité D'approvisionnement:	10000 pièces

Les informations détaillées

Description du produit

Les informations détaillées

Lieu d'origine

barrière de protection des bords

Nom de marque

TXWEI

Certification

CE FCC ROHS

Numéro de modèle

TXW670001B0-DYWL

Documents

Nombre de pixels:

Meubles de salon

Direction de visualisation:

Interface d'affichage:

Luminosité:

2000 lentes

Zone active:

148,32*83,43

Taille du contour:

165,52*103,78*6,81 mm

Température de fonctionnement:

-30+85°C

Température de stockage:

-30+85°C

Nombre de broches:

40PIN

Technologie tactile:

G + g

Interface tactile:

Touchez IC:

Le code de référence est:

Mettre en évidence:

6.7-inch MIPI interface drone display

1920x1080 capacitive touch screen

landscape drone remote control LCD

Description du produit

6.7" Full HD Ultra-High Brightness Low-Latency Display | TXW670001B0-DYWL

2000 Nits Sunlight-Readable Performance for Mission-Critical Applications

When operating in direct sunlight or demanding real-time control scenarios, standard consumer displays fail. The TXW670001B0-DYWL breaks through these limitations with 2000 nits of luminance—nearly double the brightness of standard automotive panels—combined with ultra-low latency signal processing that ensures your visual data reaches the operator's eyes with minimal delay.

Engineered for drone ground stations, rugged industrial controllers, and high-reliability vehicle-mounted systems, this 6.7-inch Full HD display delivers 1920×1080 resolution across a 16:9 widescreen format. The IPS technology guarantees consistent color accuracy and contrast whether viewed straight-on or from extreme angles, while the robust G+G (Glass-Glass) touch construction withstands the abuse of field operations, factory floors, and emergency medical environments.

Core Performance Advantages

Extreme 2000 Nits Brightness for Daylight Visibility

Most LCD modules peak at 400-800 nits, forcing users to hunt for shade or cup their hands around the screen to read critical data. The TXW670001B0-DYWL outputs 2000 cd/m² of luminance, cutting through direct sunlight and glare with authority.

This exceptional brightness transforms usability in outdoor applications. Drone operators conducting search-and-rescue missions under cloudless skies maintain full situational awareness. Industrial technicians calibrating agricultural machinery in open fields read diagnostic interfaces without squinting. Emergency medical teams accessing patient data in the back of ambulances see vital statistics clearly despite sunlight streaming through windows.

The brightness advantage isn't just about raw power—it's about operational safety and efficiency. When split-second decisions depend on screen readability, 2000 nits ensures your interface never becomes the weak link in the decision chain.

Ultra-Low Latency Signal Architecture

Latency kills control precision. Whether you're piloting an FPV drone through tight spaces or monitoring real-time industrial processes, display lag creates disconnect between input and visual feedback.

The TXW670001B0-DYWL integrates the GH8323 driver IC with optimized MIPI DSI 4-lane signal processing to minimize frame-to-screen delay. Combined with the responsive IIC touch interface utilizing the ST1633I controller, the module delivers near-instantaneous visual response. Touch inputs register immediately; video feeds display without the micro-stutters that plague lesser panels.

For drone ground stations, this means the video feed from the aircraft remains synchronized with your control inputs. In industrial automation, machine vision outputs appear in real-time, allowing operators to catch production anomalies the moment they occur.

Full HD 1920×1080 Resolution in a Compact 6.7" Format

The 16:9 widescreen aspect ratio presents 1920 horizontal pixels by 1080 vertical lines across a 148.32mm by 83.43mm active area. This pixel density delivers sharp, readable text for dense data interfaces while providing the cinematic aspect ratio ideal for video feeds and panoramic data visualization.

Unlike smaller 5-inch panels that force interface designers to compromise on information density, or larger 10-inch displays that consume precious panel space in compact control stations, the 6.7-inch diagonal hits the sweet spot for portable ground control stations and vehicle-mounted terminals. The 156.22mm by 99.28mm module footprint (without touch) or 165.52mm by 103.78mm (with G+G touch) fits comfortably into handheld controller grips and dashboard cutouts designed for modern industrial aesthetics.

Ruggedized Touch and Environmental Design

Industrial-Grade G+G Touch Construction

While In-Cell touch panels chase thinness, they often sacrifice durability. The TXW670001B0-DYWL utilizes proven G+G (Glass-Glass) touch architecture—a separate touch sensor glass laminated to the display surface with optically clear adhesive.

This construction method delivers superior durability for industrial applications. The touch surface withstands repeated stylus inputs, resists scratches from keys or tools in the operator's pocket, and maintains functionality when exposed to the light rain or condensation common in field operations. The ST1633I touch controller supports multi-touch gestures while rejecting false inputs from water droplets—a critical feature for outdoor drone operations.

The trade-off is minimal: the touch-enabled version measures 6.81mm thick compared to the 4.76mm display-only module. This 2mm difference accommodates the sensor glass and bonding layers while still maintaining a slim profile suitable for portable devices.

Wide-Temperature Operation from -30°C to +85°C

Industrial equipment doesn't enjoy climate-controlled offices. The TXW670001B0-DYWL operates reliably across an extreme temperature range of -30 degrees Celsius to +85 degrees Celsius, with storage ratings matching the operational span.

In the bitter cold of high-altitude drone operations or Arctic industrial sites, the display initializes without the slow response or ghosting typical of consumer panels. In the heat of desert deployments or inside vehicle cabins baking in summer sun, the liquid crystal maintains stable viscosity, preventing blackening or color shift.

Both operating and storage temperature ratings span -30°C to +85°C, meaning your inventory remains protected during shipping through extreme climates and storage in unconditioned warehouses without degradation of the polarizer films or liquid crystal integrity.

Application-Specific Benefits

Professional Drone Ground Stations

For UAV operators, this display module solves three critical pain points simultaneously. The 2000-nit brightness maintains visibility when operating under direct sunlight—a common scenario for surveying, agriculture, and public safety applications. The low-latency architecture keeps the FPV (First Person View) feed synchronized with reality, essential for precision flying in obstacle-dense environments. The 1080P resolution provides sufficient detail to identify small objects from the aircraft's camera feed without requiring massive display panels that make ground stations unwieldy.

The G+G touch surface works reliably with gloved hands—a necessity for winter operations—while the compact 6.7-inch size keeps the ground station portable enough for field agents to carry comfortably.

Vehicle-Mounted and Automotive Displays

Dashboard integration demands reliability under vibration, temperature cycling, and direct sun exposure. The TXW670001B0-DYWL's -30°C to +85°C operational range covers everything from cold-soaked winter mornings to heat-soaked summer afternoons in parked vehicles.

The 2000-nit output eliminates the "washed out" appearance that plagues standard automotive displays when sunlight hits the windshield at low angles. For construction equipment, agricultural tractors, or emergency response vehicles, this means operators read GPS maps, equipment diagnostics, and rear-view camera feeds without angling the screen away from the sun.

Industrial Control and Medical Instrumentation

In factory automation, the display serves as the human-machine interface for PLC controllers and robotic systems. The IPS viewing angles allow technicians to read status indicators while standing at an angle to the panel, while the G+G touch construction survives the industrial environment better than film-based alternatives.

For portable medical devices such as ultrasound machines or patient monitors used in field hospitals, the high brightness ensures readability under bright surgical lights or outdoor triage conditions. The wide temperature range accommodates sterilization protocols and transport through varying climates.

Mechanical Specifications and Integration Notes

Display Characteristics The active display area measures 148.32 millimeters in width by 83.43 millimeters in height, yielding the 16:9 widescreen format. The 1920×1080 resolution provides a pixel density of approximately 326 pixels per inch—equivalent to high-end smartphone clarity.

Module Dimensions Without touch functionality, the module occupies 156.22 millimeters in length, 99.28 millimeters in height, and 4.76 millimeters in depth. When equipped with the G+G touch layer and protective cover glass, these dimensions expand to 165.52 millimeters by 103.78 millimeters by 6.81 millimeters. The additional width and height accommodate the touch sensor's active area and bonding tolerances, while the increased thickness accounts for the second glass layer and lamination materials.

Interface and Connectivity Video data transmits via MIPI DSI 4-lane interface through a 40-pin connector, supporting high-bandwidth transmission necessary for 1080P60 video without compression artifacts. Touch data communicates through a separate IIC (Inter-Integrated Circuit) interface, allowing the main processor to handle touch inputs independently of video streaming for improved system responsiveness.

Driver and Touch IC Details The GH8323 display driver IC manages the TFT array with optimized gamma curves for the high-brightness backlight system. The ST1633I capacitive touch controller handles multi-touch coordinates with high scan rates, contributing to the module's low-latency performance characteristics.

Procurement and Customization Options

Standard Configurations The TXW670001B0-DYWL is available as a display-only module for systems utilizing separate input methods or as a fully integrated touch-display assembly. Both configurations share the same 2000-nit backlight system and IPS viewing technology.

Customization Services For volume applications, we offer optical bonding services to eliminate internal reflections and improve outdoor readability beyond the standard air-gap construction. Custom cover glass options include chemically strengthened glass with anti-reflective (AR) coating to further reduce glare in sunlight, or anti-fingerprint (AF) treatments for high-touch applications.

Brightness calibration services allow tuning from the standard 2000 nits down to 1000 nits for indoor-only applications where power consumption reduction outweighs sunlight readability requirements. Conversely, specialized driving schemes can push peak brightness higher for short-duration highlight modes.

Sample and Volume Availability Engineering samples are available for immediate integration testing, with standard lead times of 3-5 business days for display evaluation. Volume production schedules accommodate industrial procurement cycles, with flexible minimum order quantities to support both startup product launches and established manufacturing lines.

The MIPI interface compatibility extends to mainstream industrial and automotive processors including Rockchip, NXP i.MX series, and NVIDIA Jetson platforms, with reference initialization code available to accelerate your firmware development.

Les étiquettes:

Produits

Nombre De Pièces:	1
Prix:	Négociable
Période De Livraison:	7-16 jours
Méthode De Paiement:	LC, D/A, D/P, T/T
Capacité D'approvisionnement:	10000 pièces

Les informations détaillées

Description du produit

Les informations détaillées

Lieu d'origine

barrière de protection des bords

Nom de marque

TXWEI

Certification

CE FCC ROHS

Numéro de modèle

TXW670001B0-DYWL

Documents

TXW670001B0-DYWL_SPEC.pdf

Nombre de pixels:

Meubles de salon

Direction de visualisation:

IPS

Interface d'affichage:

MIPI

Luminosité:

2000 lentes

Zone active:

148,32*83,43

Taille du contour:

165,52*103,78*6,81 mm

Température de fonctionnement:

-30+85°C

Température de stockage:

-30+85°C

Nombre de broches:

40PIN

Technologie tactile:

G + g

Interface tactile:

Iic

Touchez IC:

Le code de référence est:

Quantité de commande min:

Prix:

Négociable

Délai de livraison:

7-16 jours

Conditions de paiement:

LC, D/A, D/P, T/T

Capacité d'approvisionnement:

10000 pièces

Mettre en évidence

6.7-inch MIPI interface drone display

1920x1080 capacitive touch screen

landscape drone remote control LCD

Description du produit

6.7" Full HD Ultra-High Brightness Low-Latency Display | TXW670001B0-DYWL

2000 Nits Sunlight-Readable Performance for Mission-Critical Applications

When operating in direct sunlight or demanding real-time control scenarios, standard consumer displays fail. The TXW670001B0-DYWL breaks through these limitations with 2000 nits of luminance—nearly double the brightness of standard automotive panels—combined with ultra-low latency signal processing that ensures your visual data reaches the operator's eyes with minimal delay.

Engineered for drone ground stations, rugged industrial controllers, and high-reliability vehicle-mounted systems, this 6.7-inch Full HD display delivers 1920×1080 resolution across a 16:9 widescreen format. The IPS technology guarantees consistent color accuracy and contrast whether viewed straight-on or from extreme angles, while the robust G+G (Glass-Glass) touch construction withstands the abuse of field operations, factory floors, and emergency medical environments.

Core Performance Advantages

Extreme 2000 Nits Brightness for Daylight Visibility

Most LCD modules peak at 400-800 nits, forcing users to hunt for shade or cup their hands around the screen to read critical data. The TXW670001B0-DYWL outputs 2000 cd/m² of luminance, cutting through direct sunlight and glare with authority.

This exceptional brightness transforms usability in outdoor applications. Drone operators conducting search-and-rescue missions under cloudless skies maintain full situational awareness. Industrial technicians calibrating agricultural machinery in open fields read diagnostic interfaces without squinting. Emergency medical teams accessing patient data in the back of ambulances see vital statistics clearly despite sunlight streaming through windows.

The brightness advantage isn't just about raw power—it's about operational safety and efficiency. When split-second decisions depend on screen readability, 2000 nits ensures your interface never becomes the weak link in the decision chain.

Ultra-Low Latency Signal Architecture

Latency kills control precision. Whether you're piloting an FPV drone through tight spaces or monitoring real-time industrial processes, display lag creates disconnect between input and visual feedback.

The TXW670001B0-DYWL integrates the GH8323 driver IC with optimized MIPI DSI 4-lane signal processing to minimize frame-to-screen delay. Combined with the responsive IIC touch interface utilizing the ST1633I controller, the module delivers near-instantaneous visual response. Touch inputs register immediately; video feeds display without the micro-stutters that plague lesser panels.

For drone ground stations, this means the video feed from the aircraft remains synchronized with your control inputs. In industrial automation, machine vision outputs appear in real-time, allowing operators to catch production anomalies the moment they occur.

Full HD 1920×1080 Resolution in a Compact 6.7" Format

The 16:9 widescreen aspect ratio presents 1920 horizontal pixels by 1080 vertical lines across a 148.32mm by 83.43mm active area. This pixel density delivers sharp, readable text for dense data interfaces while providing the cinematic aspect ratio ideal for video feeds and panoramic data visualization.

Unlike smaller 5-inch panels that force interface designers to compromise on information density, or larger 10-inch displays that consume precious panel space in compact control stations, the 6.7-inch diagonal hits the sweet spot for portable ground control stations and vehicle-mounted terminals. The 156.22mm by 99.28mm module footprint (without touch) or 165.52mm by 103.78mm (with G+G touch) fits comfortably into handheld controller grips and dashboard cutouts designed for modern industrial aesthetics.

Ruggedized Touch and Environmental Design

Industrial-Grade G+G Touch Construction

While In-Cell touch panels chase thinness, they often sacrifice durability. The TXW670001B0-DYWL utilizes proven G+G (Glass-Glass) touch architecture—a separate touch sensor glass laminated to the display surface with optically clear adhesive.

This construction method delivers superior durability for industrial applications. The touch surface withstands repeated stylus inputs, resists scratches from keys or tools in the operator's pocket, and maintains functionality when exposed to the light rain or condensation common in field operations. The ST1633I touch controller supports multi-touch gestures while rejecting false inputs from water droplets—a critical feature for outdoor drone operations.

The trade-off is minimal: the touch-enabled version measures 6.81mm thick compared to the 4.76mm display-only module. This 2mm difference accommodates the sensor glass and bonding layers while still maintaining a slim profile suitable for portable devices.

Wide-Temperature Operation from -30°C to +85°C

Industrial equipment doesn't enjoy climate-controlled offices. The TXW670001B0-DYWL operates reliably across an extreme temperature range of -30 degrees Celsius to +85 degrees Celsius, with storage ratings matching the operational span.

In the bitter cold of high-altitude drone operations or Arctic industrial sites, the display initializes without the slow response or ghosting typical of consumer panels. In the heat of desert deployments or inside vehicle cabins baking in summer sun, the liquid crystal maintains stable viscosity, preventing blackening or color shift.

Both operating and storage temperature ratings span -30°C to +85°C, meaning your inventory remains protected during shipping through extreme climates and storage in unconditioned warehouses without degradation of the polarizer films or liquid crystal integrity.

Application-Specific Benefits

Professional Drone Ground Stations

For UAV operators, this display module solves three critical pain points simultaneously. The 2000-nit brightness maintains visibility when operating under direct sunlight—a common scenario for surveying, agriculture, and public safety applications. The low-latency architecture keeps the FPV (First Person View) feed synchronized with reality, essential for precision flying in obstacle-dense environments. The 1080P resolution provides sufficient detail to identify small objects from the aircraft's camera feed without requiring massive display panels that make ground stations unwieldy.

The G+G touch surface works reliably with gloved hands—a necessity for winter operations—while the compact 6.7-inch size keeps the ground station portable enough for field agents to carry comfortably.

Vehicle-Mounted and Automotive Displays

Dashboard integration demands reliability under vibration, temperature cycling, and direct sun exposure. The TXW670001B0-DYWL's -30°C to +85°C operational range covers everything from cold-soaked winter mornings to heat-soaked summer afternoons in parked vehicles.

The 2000-nit output eliminates the "washed out" appearance that plagues standard automotive displays when sunlight hits the windshield at low angles. For construction equipment, agricultural tractors, or emergency response vehicles, this means operators read GPS maps, equipment diagnostics, and rear-view camera feeds without angling the screen away from the sun.

Industrial Control and Medical Instrumentation

In factory automation, the display serves as the human-machine interface for PLC controllers and robotic systems. The IPS viewing angles allow technicians to read status indicators while standing at an angle to the panel, while the G+G touch construction survives the industrial environment better than film-based alternatives.

For portable medical devices such as ultrasound machines or patient monitors used in field hospitals, the high brightness ensures readability under bright surgical lights or outdoor triage conditions. The wide temperature range accommodates sterilization protocols and transport through varying climates.

Mechanical Specifications and Integration Notes

Display Characteristics The active display area measures 148.32 millimeters in width by 83.43 millimeters in height, yielding the 16:9 widescreen format. The 1920×1080 resolution provides a pixel density of approximately 326 pixels per inch—equivalent to high-end smartphone clarity.

Module Dimensions Without touch functionality, the module occupies 156.22 millimeters in length, 99.28 millimeters in height, and 4.76 millimeters in depth. When equipped with the G+G touch layer and protective cover glass, these dimensions expand to 165.52 millimeters by 103.78 millimeters by 6.81 millimeters. The additional width and height accommodate the touch sensor's active area and bonding tolerances, while the increased thickness accounts for the second glass layer and lamination materials.

Interface and Connectivity Video data transmits via MIPI DSI 4-lane interface through a 40-pin connector, supporting high-bandwidth transmission necessary for 1080P60 video without compression artifacts. Touch data communicates through a separate IIC (Inter-Integrated Circuit) interface, allowing the main processor to handle touch inputs independently of video streaming for improved system responsiveness.

Driver and Touch IC Details The GH8323 display driver IC manages the TFT array with optimized gamma curves for the high-brightness backlight system. The ST1633I capacitive touch controller handles multi-touch coordinates with high scan rates, contributing to the module's low-latency performance characteristics.

Procurement and Customization Options

Standard Configurations The TXW670001B0-DYWL is available as a display-only module for systems utilizing separate input methods or as a fully integrated touch-display assembly. Both configurations share the same 2000-nit backlight system and IPS viewing technology.

Customization Services For volume applications, we offer optical bonding services to eliminate internal reflections and improve outdoor readability beyond the standard air-gap construction. Custom cover glass options include chemically strengthened glass with anti-reflective (AR) coating to further reduce glare in sunlight, or anti-fingerprint (AF) treatments for high-touch applications.

Brightness calibration services allow tuning from the standard 2000 nits down to 1000 nits for indoor-only applications where power consumption reduction outweighs sunlight readability requirements. Conversely, specialized driving schemes can push peak brightness higher for short-duration highlight modes.

Sample and Volume Availability Engineering samples are available for immediate integration testing, with standard lead times of 3-5 business days for display evaluation. Volume production schedules accommodate industrial procurement cycles, with flexible minimum order quantities to support both startup product launches and established manufacturing lines.

The MIPI interface compatibility extends to mainstream industrial and automotive processors including Rockchip, NXP i.MX series, and NVIDIA Jetson platforms, with reference initialization code available to accelerate your firmware development.

Les étiquettes:

Affichage LCD TFT

Module de TFT LCD

Écran LCD TFT

Rond TFT LCD

Affichage TFT carré

Type TFT de barre

Plateforme de pilotage HDMI

Tableau du conducteur VGA

Écran tactile capacitif

AFFICHAGE À CRISTAUX LIQUIDES DE 3 POUCES

Un écran LCD de 4 pouces

module d'affichage à cristaux liquides de 7 pouces

Module LCD de 10 pouces

Custom development of 6.7-inch landscape 1920*1080 capacitive touch screen MIPI interface drone remote control display screen

6.7-inch MIPI interface drone display

1920x1080 capacitive touch screen

landscape drone remote control LCD

Core Performance Advantages

Extreme 2000 Nits Brightness for Daylight Visibility

Ultra-Low Latency Signal Architecture

Full HD 1920×1080 Resolution in a Compact 6.7" Format

Ruggedized Touch and Environmental Design

Industrial-Grade G+G Touch Construction

Wide-Temperature Operation from -30°C to +85°C

Application-Specific Benefits

Professional Drone Ground Stations

Vehicle-Mounted and Automotive Displays

Industrial Control and Medical Instrumentation

Mechanical Specifications and Integration Notes

Procurement and Customization Options

affichage de 500cd/m2 TFT LCD,

Affichage de TFT LCD de 5 pouces,

Affichage LCD TFT

Module de TFT LCD

Écran LCD TFT

Rond TFT LCD

Affichage TFT carré

Type TFT de barre

Plateforme de pilotage HDMI

Tableau du conducteur VGA

Écran tactile capacitif

AFFICHAGE À CRISTAUX LIQUIDES DE 3 POUCES

Un écran LCD de 4 pouces

module d'affichage à cristaux liquides de 7 pouces

Module LCD de 10 pouces

6.7-inch MIPI interface drone display

1920x1080 capacitive touch screen

landscape drone remote control LCD

Core Performance Advantages

Extreme 2000 Nits Brightness for Daylight Visibility

Ultra-Low Latency Signal Architecture

Full HD 1920×1080 Resolution in a Compact 6.7" Format

Ruggedized Touch and Environmental Design

Industrial-Grade G+G Touch Construction

Wide-Temperature Operation from -30°C to +85°C

Application-Specific Benefits

Professional Drone Ground Stations

Vehicle-Mounted and Automotive Displays

Industrial Control and Medical Instrumentation

Mechanical Specifications and Integration Notes

Procurement and Customization Options

affichage de 500cd/m2 TFT LCD,

Affichage de TFT LCD de 5 pouces,