Direct-from-factory optical modules engineered with tailored FPC routing, wide viewing IPS options, and integrated touch interfaces.

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View DetailsWhy the QVGA (240x320) format remains the backbone of deterministic embedded architectures, telemetry nodes, and industrial HMIs.
In modern industrial equipment design, the 240×320 (Quarter VGA) resolution occupies an optimal convergence point between processing overhead, display density, and power consumption. While consumer electronics have aggressively pivoted toward power-hungry high-definition panels, mission-critical infrastructure demands deterministic frame buffering. Microcontroller units (MCUs) featuring ARM Cortex-M4, Cortex-M7, or ESP32 architectures can effortlessly drive a 240x320 TFT panel using internal SRAM or low-pin-count SPI/QSPI interfaces, completely bypassing the BOM cost and complexity of external DDR RAM.
As a specialized China TFT 240x320 supplier, Shenzhen Xunrui Optoelectronics addresses global OEM demand across North America, Europe, and Asia. Today's industrial buyers prioritize long-term component availability, electromagnetic compatibility (EMC), and broad operating temperature tolerances. Whether configured as a 2.0-inch, 2.4-inch, 2.8-inch, or 3.2-inch panel, the 240x320 TFT module continues to dominate in handheld diagnostic scanners, utility sub-meters, marine instrumentation, and automated factory floor monitors.
Deploying precision automated COG/FOG bonding lines, rapid tooling iterations, and vertically consolidated optoelectronic supply chains.
By conducting Chip-On-Glass (COG) and Film-On-Glass (FOG) bonding in Class 1000 cleanroom environments, our Shenzhen facility eliminates substrate contamination, maintains microscopic bonding pitch accuracy, and enhances module yield rates above 99.2%.
Quality reliability is enforced across IQC material verification, substrate glass polar testing, high-temperature FOG aging, finished assembly environmental cycling, and OQC optical chromaticity evaluation under ISO 9001 and ISO 14001 certified controls.
Overcome the rigid MOQs typical of large display foundries. Xunrui supports an engineering pilot phase of 5 to 500 units for field validation, transitioning smoothly to high-volume manufacturing exceeding 2,000,000 units monthly capacity.
Engineered for seamless bus routing with leading controller IC architectures including ST7789V, ILI9341V, and ST7789VI.
| Parameter / Metric | Standard Specification | Custom / Ruggedized Configuration | System Benefit |
|---|---|---|---|
| Resolution & Aspect | 240 (RGB) × 320 dots (3:4 Portrait) | Landscape scan mode support via register toggle | High density typography, native portrait layout |
| Display Technology | TN (Twisted Nematic) Normal White | IPS (In-Plane Switching) All-Viewing Angle | Consistent 85°/85°/85°/85° viewing without grayscale inversion |
| Driver IC Options | ST7789V / ILI9341V / NV3029 | Integrated RAM, low-power sleep modes | Universal driver library support (LVGL, TouchGFX) |
| Interface Modes | 4-Wire SPI / 8/16-bit MCU Parallel | RGB 16/18-bit, QSPI (Quad SPI) low-pin | Reduces PCB trace density and pin-count requirements |
| Optical Brightness | 250 – 350 cd/m² (Indoor / Enclosure) | 800 – 1,200+ cd/m² (Sunlight Readable) | Clear outdoor legibility under direct ambient solar radiation |
| Touch Interaction | Non-Touch or 4-Wire Resistive (RTP) | Optical Clear Adhesive (OCA) Capacitive (PCAP) | Multi-finger capacitive touch behind 3mm IK08 protective glass |
From explosion-proof sensors to clinical medical monitors, 240x320 panels provide ultra-reliable graphical execution.
Thermostatic controllers, BACnet digital wall sensors, and energy sub-meters leverage the compact 2.4" or 2.8" 240x320 module. Fast SPI integration simplifies bus routing, while IPS technology guarantees readable status indicators from extreme downward angles.
Logistics barcode terminals and portable diagnostic tools face continuous physical impacts and battery constraints. Xunrui provides custom low-power LED backlight strings delivering high luminescence with minimal current draw, paired with drop-resistant cover glass.
Precision syringe pumps and patient vital monitors rely on stable color reproduction and rapid refresh without trace jitter. Optical bonding with anti-glare (AG) and anti-bacterial coatings ensures chemical resilience against aggressive clinic-grade disinfectants.
Modern design trends transforming legacy industrial panels into interactive, intelligent display modules.
Transitioning from traditional perimeter tape bonding to Optical Clear Resin (OCR/OCA). This eliminates internal air gaps, suppresses ambient light reflection by 300%, and improves mechanical shock deflection.
Formulations with advanced nematic liquid crystal fluids allowing operation from -30°C to +85°C without pixel latency degradation or sluggish visual refresh in polar freezing environments.
Adoption of Quad-SPI interfaces allowing up to 50MHz transmission speeds, providing fluid 60 FPS graphical refresh over just 6 signal lines, freeing valuable micro-controller I/O ports.
Integration of onboard processing cores running high-level graphical engines, enabling zero-code drag-and-drop UI development and offloading the host system's primary computing engine.
Key criteria industrial procurement managers require before committing to high-volume manufacturing partnerships.
Industrial designs require certified long-term supply agreements. Xunrui establishes direct wafer allocation with silicon foundries to guarantee form-fit-function compatibility for extended production life cycles.
Avoid redesigning motherboard layouts. Our mechanical engineers adapt Flexible Printed Circuit (FPC) routing, matching pitch, EMI shielding, connector types, and pin assignments to drop into legacy enclosures.
Outdoor deployment demands customized LED current matching, high-efficiency light-guide plates (LGP), and transflective polarizers to ensure clear legibility without excessive thermal buildup.
Browse our extended product lineup including sunlight-readable displays, HDMI embedded kits, and specialized strip formats.

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View DetailsComprehensive engineering clarifications addressing optical tuning, firmware interfacing, and mass-production ramp-up.
Connect directly with our Shenzhen optical engineers. Submit your dimensional drawings, interface constraints, and luminescence targets to receive comprehensive optical stackups and sample quotes within 24 hours.
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