More 10.1 Inch Automotive Display For Reference DJ101IA-07A (1280×720, LVDS, IPS, 750nits, -30~85°C, 238.6×148mm) AV101HDM-N11 (1280×720, LVDS, IPS, 700nits, -40~85°C, 233.9×141.4mm) C101UAN01.0 (1920×1200, LVDS, IPS, 1400nits, -30~85°C, 236.96×163mm) COG-VLSZT115-01 (1920×1080 , LVDS, IPS, 1100nits, -40~85°C, 237.69×142.7mm) M101GWT9 R3 (1024×600, LVDS, TN, 640nits, -30~85°C, 244×143mm) ET101WS06-TT (1024×600, TTL, IPS, 700nits, -20~70°C, 252×150mm) ET101WX10-T (1280×800, LVDS, IPS, 900nits, -30~80°C, 229.1×148.9mm) TX26D207VM0AAA (1280×800, LVDS, IPS, 1000nits, -40~85°C, 231×153.5mm) ET101WX15-TT (800×1280, MIPI, IPS, 750nits, -20~70°C, 166.5×249.7mm) DJ101IA-07A supports display 1280(RGB)×720 (WXGA) with aspect ratio of 16:9 (W:H), whose pixels are arranged in RGB Vertical Stripe.It features active area of 223.68(W)×125.82(H) mm, outline size of 238.6(W)×148(H)×9.7(D) mm, viewing area size of 226.68(W)×128.82(H) mm, with surface treament of Antiglare, net weight of 330g (Max.). As a AAS, Normally Black, Transmissive LCM product, DJ101IA-07A can provides 750 cd/m² display brightness 1000:1 transimissive contrast ratio, 85/85/85/85 (Typ.)(CR≥10) (L/R/U/D) viewing angle, best view direction on Symmetry , and response time of 10/15 (Typ.)(Tr/Td) ms. Gray scale or the brightness of the sub-pixel is determined with a 6-bit / 8-bit gray […]
2026-04-22
More 9 Inch Automotive Display For Reference TM090JDKP01 (1280×720, LVDS, IPS, 1100nits, -40~85°C, 211.5×128.08mm) M090AWP4 R0 (800×480, TTL, TN, 750nits, -30~85°C, 210.82×126.96mm) HSD090JFW1-A11 (1024×600, LVDS, IPS, 500nits, -30~85°C, 211.1×126.5mm) ET090BA01-GA (1920×384, LVDS, IPS, 3000nits, -30~85°C, 235.8×55.8mm) TM090JDKP01 is a 9.0 inch diagonal a-Si TFT-LCD display screen product, with an incorporated WLED lighting system, without backlight driver, without touch screen. TM090JDKP01 supports display 1280(RGB)×720 (WXGA) with aspect ratio of 16:9 (W:H), whose pixels are arranged in RGB Vertical Stripe. It features active area of 198.72(W)×111.78(H) mm, outline size of 211.5(W)×128.08(H)×10.2(D) mm, viewing area size of 201.72(W)×114.78(H) mm, net weight of 272±27g. As a SFT, Normally Black, Transmissive LCM product, TM090JDKP01 can provides 1100 cd/m² display brightness 1000:1 transimissive contrast ratio, 88/88/88/88 (Typ.)(CR≥10) (L/R/U/D) viewing angle, best view direction on Symmetry , and response time of 35 (Typ.)(Tr+Td) ms. Gray scale or the brightness of the sub-pixel is determined with a 8-bit gray scale signal for each dot, thus presenting a palette of 16.7M colors, also with […]
2026-04-22
8 Inch Automotive Display Overview AT080TN64 (800×480, TTL, IPS, 500nits, -30~85°C, 192.8×116.9mm) DJ080IA-10A (1024×600, LVDS, IPS, 750nits, -30~85°C, 192.8×116.9mm) TX20D207VM0AAA (1280×768, LVDS, IPS, 1200nits, -40~85°C, 189.5×119.4mm) TM080JDKP96 (1280×720, LVDS, IPS, 800nits, -30~85°C, 192.8×116.9mm) ET080WU11-TT (1920×1200, LVDS, IPS, 1000nits, -20~70°C, 181.7×119.8mm) ET080WU01-RCTT (1920×1200, LVDS, IPS, 2000nits, -30~85°C, 179.96×119.92mm) AT080TN64 is a 8.0 inch diagonal a-Si TFT-LCD display panel product, with an integral WLED backlight system, without backlight driver, without touch screen. It features an operating temperature range of -30 ~ 85°C , a storage temperature range of -30 ~ 85°C , and the maximal vibration level of 1.5G (14.7 m/s²). It's general features are summarized in the following: Wide Temperature, WLED Backlight, U/D,L/R Reverse, 6/8 bit, Matte. Product Link: https://www.youritech.com/products/8-inch-tft-lcd-display-800x480-parallel-rgb-high-brightness-500nits-wide-temperature-lcd-display-for-automotive.html DJ080IA-10A is a 8.0 inch diagonal a-Si TFT-LCD display screen product, with an incorporated WLED lighting system, without backlight driver, without touch screen. DJ080IA-10A supports display 1024(RGB)×600 (WSVGA) with aspect ratio of 16:9 (W:H), whose pixels are arranged in RGB Vertical Stripe. It features active area of 176.64(W)×99.36(H) mm, […]
2026-04-22
More 7 Inch Automotive Display For Reference TX18D200VM0EAA (1920×1080, LVDS, IPS, 1200nits, -40~85°C, 169×104mm) ET070FH01-H (1920×1080, MIPI, IPS, 4500nits, -20~70°C, 164.19×97.87mm) COM70H7M24ULC (800×480, LVDS, VA, 790nits, -30~85°C, 169.8×109.7mm) TX18D211VM0BXA (800×480, LVDS, IPS, 1000nits, -30~80°C, 170×113.3mm) COM70H7M40ULC (800×480, LVDS, VA, 400nits, -30~85°C, 169.8×109.7mm) COM70H7M40ULN (800×480, LVDS, VA, 1200nits, -30~85°C, 169.8×109.7mm) TX18D210VM0BAA (800×480, TTL, IPS, 800nits, -40~85°C, 167.7×109.5mm) TM070RDHG34-00 (800×480, TTL, TN, 1000nits, -30~85°C, 164.9×100mm) P0700WVN1MA00 (800×480, TTL, TN, 1000nits, -30~85°C, 164.9×100mm) ET070WS01-T (1024×600, TTL, IPS, 800nits, -20~70°C, 164.9×100mm) ET070WS10-TC (1024×600, LVDS, IPS, 1000nits, -30~85°C, 179.34×109.89mm) ET070WX03-T (800×1280, MIPI, IPS, 400nits, -20~70°C, 99.65×160.85mm) DJ070IA-20B (1280×768, LVDS, IPS, 930nits, -35~80°C, 163.35×107.12mm) TX18D200VM0EAA supports display 1920(RGB)×1080 (FHD) with aspect ratio of 16:9 (W:H), whose pixels are arranged in RGB Vertical Stripe,it's pixel density is 313 PPI. As for mechanical detail, it features active area of 155.52(W)×87.48(H) mm, outline size of 169(W)×104(H)×10.3(D) mm, viewing area size of 158.5(W)×90.5(H) mm, net weight of 180g (Typ.). As a IPS Pro, Normally Black, Transmissive LCM product, TX18D200VM0EAA can provides 1200 cd/m² display brightness 1300:1 […]
2026-04-16
More 6.2 Inch Automotive Display For Reference HSD062IDW1-A02 (800×480, TTL, IPS, 400nits, -20~70°C, 155.2×88.2mm) ET062NH02-T (360×960, TTL, IPS, 800nits, -20~70°C, 58.1×154.9mm) ET062NH02-TT (360×960, MIPI, IPS, 500nits, -20~70°C, 68×165mm) ET062WS01-T (1024×600, TTL, IPS, 750nits, -30~80°C, 144.27×88.1mm) HSD062IDW1-A02 is a 6.2 inch diagonal a-Si TFT-LCD display screen product, with an incorporated WLED lighting system, without backlight driver, without touch screen.HSD062IDW1-A02 supports display 800(RGB)×480 (WVGA) with aspect ratio of 16:9 (W:H), whose pixels are arranged in RGB Vertical Stripe. It features active area of 137.52(W)×77.232(H) mm, outline size of 155.2(W)×88.2(H)×5.3(D) mm, viewing area size of 140.7(W)×80.4(H) mm, with surface treament of Antiglare, Hard coating (3H), net weight of 120g (Typ.). As a TN, Normally White, Transmissive LCM product, HSD062IDW1-A02 can provides 400 cd/m² display brightness 600:1 transimissive contrast ratio, 75/75/70/70 (Typ.)(CR≥10) (L/R/U/D) viewing angle, best view direction on 6 o'clock , and response time of 2/6 (Typ.)(Tr/Td) ms. Gray scale or the brightness of the sub-pixel is determined with a 6-bit / 6-bit + FRC gray scale signal […]
2026-04-16
More 5 Inch Automotive Display For Reference M050SWN1 R2 (480×234, TTL, IPS, 585nits, -30~85°C, 124×74.5mm) ET050HD04-T (720×1280, MIPI, IPS, 400nits, -30~85°C, 65.4×119.3mm) COG-VLITT1654-08 (640×480, LVDS, IPS, 600nits, -30~85°C, 119.7×92.8mm) COM50H5N15ULC (800×480, LVDS, IPS, 1200nits, -30~85°C, 124×80.82mm) ET050WV06-T (800×480, TTL, IPS, 1500nits, -30~85°C, 120.7×75.8mm) A0500WVF2MAAA (800×480, TTL, IPS, 1000nits, -30~85°C, 121.3×78.8mm) ET050SQ01-KD (600×600, MIPI, IPS, 1000nits, -20~70°C, 95.08×99.5mm) M050SWN1 R2 supports display 480(RGB)×234 with aspect ratio of 16:9 (W:H), whose pixels are arranged in RGB Vertical Stripe. As for mechanical detail, it features active area of 110.88(W)×62.478(H) mm, outline size of 124(W)×74.5(H)×7.3(D) mm, viewing area size of 112.6(W)×64.2(H) mm, with surface treament of Antiglare, Hard coating (2H), net weight of 91.5g (Typ.). As a TN, Normally White, Transmissive LCM product, M050SWN1 R2 can provides 585 cd/m² display brightness 500:1 transimissive contrast ratio, 70/70/50/60 (Typ.)(CR≥10) (L/R/U/D) viewing angle, best view direction on 6 o'clock , and response time of 15 (Typ.)(Tr+Td) ms. Gray scale or the brightness of the sub-pixel is determined with a 8-bit gray scale signal […]
2026-04-14
3.5 Inch Automotive Display Overview ET035WV03-T (480×800, MIPI, IPS, 350nits, -20~70°C, 51.32×86.61mm) ET035HV10-T (320×480, TTL, IPS, 500nits, -20~70°C, 54.48×84.71mm) ET035CR01-T (800×640, TTL, IPS, 1500nits, -20~70°C, 97.6×83.79mm) AV035LQM-N10-28P0 (320×240, TTL, IPS, 750nits, -30~85°C, 84.4×70mm) ET035WV03-T is a 3.5-inch diagonal TFT-LCD display product with a transmissive display mode. ET035WV03-T supports a resolution of 480×800 with an aspect ratio of 3:5 (W:H), delivering a compact portrait-oriented display performance, and utilizes a MIPI interface for signal transmission. It features an active area of 45.36(W)×75.6(H) mm and an outline dimension of 51.32(W)×86.61(H) mm. The display provides a typical brightness of 350 cd/m², suitable for automotive applications, and adopts IPS technology for wide viewing angles of 85/85/85/85 (L/R/U/D). ET035WV03-T operates within a temperature range of -20 to 70°C and can be stored within -30 to 80°C. This model does not include a touch function. Product Link: https://www.youritech.com/products/3-5-inch-tft-lcd-display-480x800-mipi-ips-lcd-display-for-automotive.html ET035HV10-T is a 3.5-inch TFT LCD module featuring a resolution of 320x240 pixels and utilizing the ST7272A controller with an IPS RGB 24-BIT panel interface. This module […]
2026-04-14
Choosing an automotive display isn’t just about size or resolution—it’s about safety, durability, readability, and integration. Start with the application (most important) Different automotive displays have completely different priorities: Instrument cluster (speed, RPM) → reliability, anti-glare, no distraction Center infotainment (navigation/media) → touch, UI smoothness Rear-view / camera display → low latency, high brightness HUD (head-up display) → projection clarity, contrast Define your use case first—otherwise specs don’t mean much Choose display technology Each technology has trade-offs: LCD / TFT (most common) Cost-effective, stable Long lifespan OLED Best contrast, deep blacks Flexible/curved design Burn-in risk for static UI Micro-LED (emerging) Very bright, long life Expensive In automotive today: IPS LCD dominates, OLED is premium Brightness & sunlight readability (critical) Cars operate in extreme lighting: Minimum: 700 nits Recommended: 1000+ nits Premium outdoor: 1500–2500 nits Also look for: Anti-glare / matte surface High contrast ratio Without this, the screen becomes unreadable in sunlight Resolution & clarity Small screens: ≥ 720p 10"+ displays: 1080p […]
2026-04-14
Touchscreen control primarily relies on the collaborative work of hardware components (such as touch sensors and controllers) and software (drivers, operating systems, and applications). Its core principle is to detect touch positions and convert signals into recognizable instructions. The following is a step-by-step explanation of the specific control mechanism: Touch Sensor (Detecting Touch Input) Resistive Touchscreen: Consists of two layers of transparent conductive film (ITO coating). Touching causes a change in current between the two layers, and the voltage change determines the coordinates. Capacitive Touchscreen: Utilizes the principle of human body current sensing. When a finger touches the screen, it changes the electric field distribution on the screen surface. The sensor detects the change in charge to determine the position. Infrared Touchscreen: Forms a grating grid through infrared emitters and receivers. Touching blocks specific infrared rays, thus determining the position. Surface Acoustic Wave (SAW) Touchscreen: Utilizes ultrasonic waves propagating on the screen surface. Touching absorbs some of the sound waves, and the coordinates are determined […]
2025-11-14
Ultra High Brightness Displays are specialized screens designed to stay clearly visible even in very bright environments, such as under direct sunlight or in outdoor settings. These displays are commonly used in digital signage, outdoor kiosks, transportation hubs, and storefront advertising. Brightness in displays is measured in nits (or cd/m²). A standard indoor monitor has around 250–350 nits Typical smartphones reach 500–1000 nits. Ultra High Brightness Displays often range from 2,000 to over 5,000 nits, and some specialized outdoor units can exceed 10,000 nits. This extremely high luminance allows the screen content to remain vivid, readable, and color-accurate even under direct sunlight. How They Work Ultra high brightness displays achieve their performance through several design elements: Powerful LED Backlighting – High-intensity LED arrays provide the strong light needed for outdoor visibility. Anti-reflective & Anti-glare Coatings – These minimize reflections and improve contrast in bright environments. High-contrast LCD Panels – Enhanced contrast ratios ensure dark areas remain deep black even under bright conditions. Automatic Brightness Control (ABC) – Sensors adjust screen brightness dynamically depending […]
2025-11-07
An HMI display (Human-Machine Interface display) is a specialized screen that allows humans to interact with machines, systems, or processes in an intuitive visual way. It acts as the communication bridge between an operator and the machinery or equipment being controlled. HMI displays are commonly used in industrial automation, manufacturing plants, smart buildings, vehicles, and various embedded systems. Key Functions Visualization of Data: HMI displays present real-time information such as temperatures, pressures, speeds, or production counts in graphical form using charts, meters, and status indicators. This makes it easier for operators to monitor complex processes. Control Interface: Users can send commands through touch, buttons, or rotary knobs to start or stop machines, adjust settings, or change system parameters. Advanced HMI systems support multitouch gestures similar to smartphones. Alerts and Notifications: They display alarms, error messages, or system faults so operators can respond quickly to issues, improving safety and reducing downtime. Data Logging and Analysis: Many HMIs record operation history, trends, and performance data, which can be […]
2025-10-31
Choosing the right Electronic Label Display (ELD) depends on your application, whether for retail shelves, warehouses, smart offices, or industrial tracking. 1. Display Technology E-Ink (e-paper): Low power, high readability, great for static or slow-changing information like prices and inventory. Excellent visibility under bright light. LCD/TFT: Supports color, backlighting, and animations. Good for dynamic or multimedia content, but consumes more power. OLED: High contrast, vivid colors, thin design. Better for premium or design-focused labels, though costlier. 2. Size & Form Factor Small (1–3 inches): Price tags, product info, name badges. Medium (4–7 inches): Shelf labels, meeting room signage. Large (8+ inches): Warehouse displays, logistics tracking, digital signage. 3. Connectivity RF (e.g., 2.4 GHz, proprietary): Low-power, suitable for centralized retail systems. Wi-Fi: High-speed, flexible, but consumes more power. Bluetooth/BLE: Short-range, mobile-friendly, useful for personal/office labeling. NFC: Good for quick updates or interaction with smartphones. 4. Power Source Coin-cell battery: Typical for E-ink labels, lasting months to years. Rechargeable battery/USB-C: Better for frequently updated or multimedia displays. Energy harvesting (solar/light-powered): Sustainable option for retail/warehouse with strong lighting. 5. Durability & […]
2025-09-28
When choosing a Smart Building Digital Display, the process is less about picking a single screen and more about making sure the display system matches your building’s purpose, environment, and technology ecosystem. Here’s a structured guide: Key Factors to Consider 1. Purpose & Application Lobby / Reception → Large, eye-catching LED or video wall for branding, announcements, wayfinding. Conference / Meeting Rooms → Interactive touch displays, wireless presentation support. Hallways / Elevators → Slim, energy-efficient displays for notices and emergency messaging. Smart Control / Command Centers → High-resolution, multi-screen dashboards. 2. Display Technology LED Wall → Best for large indoor/outdoor installations, scalable size. LCD / IPS Panels → Good for smaller indoor signage, high brightness, clear colors. OLED → Sleek, ultra-thin, high contrast (premium lobbies). E-Paper Displays → Low-power option for meeting room booking or door signs. 3. Size & Placement Ensure screen size fits viewing distance and space (too small = unreadable, too big = wasteful). Placement: wall-mounted, free-standing kiosk, ceiling-hung, or embedded in furniture. 4. Brightness & Visibility Indoor: 300–700 nits is enough. […]
2025-09-17
An LCD module (Liquid Crystal Display module) works by controlling the passage of light through liquid crystal material to display images, numbers, or text. Unlike OLED or LED displays, an LCD does not produce its own light—it relies on a backlight. Here’s a breakdown of how it works step by step: 1. Basic Structure of an LCD Module An LCD module is made up of several key layers stacked together: Backlight unit (BLU): Provides uniform white light (often LED-based). Polarizers (front and rear): Control light polarization so liquid crystals can modulate it. Liquid crystal layer: The active medium that changes orientation under an electric field. Glass substrates with transparent electrodes (ITO): Apply voltage to the liquid crystals. Color filters (RGB): Produce full-color images. Driver ICs (integrated circuits): Control each pixel by applying voltage signals. 2. Working Principle The backlight shines light toward the front of the display. Light first passes through the rear polarizer, which only allows light waves of a certain orientation. The liquid crystal layer is sandwiched between two glass substrates […]
2025-09-12
Micro OLED panels are popular today because they hit the sweet spot between size, performance, and efficiency, making them perfect for modern devices like AR/VR headsets, smart glasses, and other compact electronics. Here’s why they’re in demand: Key Reasons for Popularity Ultra-High Resolution in Tiny Size Micro OLEDs can pack millions of pixels into a display smaller than a fingernail. This makes them ideal for near-eye displays (like VR/AR) where pixel density must be extremely high to avoid the “screen-door effect.” Exceptional Image Quality Deep blacks, high contrast, and vivid colors thanks to OLED’s self-emissive nature. Fast response time → smooth motion, crucial for gaming, AR, and VR. Energy Efficiency Consumes less power than LCDs for the same brightness. Extends battery life for portable, always-on wearables. Thin & Lightweight No need for bulky backlights. Enables sleek designs in glasses, headsets, cameras, and medical tools. Expanding Applications Beyond AR/VR: used in medical imaging, military optics, industrial head-mounted displays, and automotive HUDs. Also entering consumer electronics like smart viewfinders and […]
2025-09-04
