2.53 Inch 4-Color E-Paper Display with Bluetooth & NFC Driver Board
2.53 Inch 4-Color E-Paper Display
Reflective low-power 2.53 inch E-Paper module with 428 × 428 resolution, SPI interface, and Bluetooth + NFC driver board support for smart wireless integration.
This 2.53 inch color E-Paper display module is designed for embedded devices that require ultra-low power consumption, reflective readability, and stable image retention. With a 428 × 428 resolution, active matrix electrophoretic display technology, and SPI communication support, it is suitable for compact smart products that need clear static content, paper-like viewing, and efficient system integration.
The key advantage of this version is the support for Bluetooth and NFC driver board solutions, which makes wireless demonstration, rapid evaluation, smart identification, and short-range interactive applications more convenient. Combined with bi-stable display characteristics and reflective viewing performance, this module is ideal for smart labels, electronic tags, portable terminals, industrial instruments, IoT devices, and customized embedded display projects.
Quick Highlights
- 2.53 inch active matrix reflective E-Paper display module
- 428 × 428 high-resolution display for compact visual applications
- 4-color display solution for richer information presentation
- Bluetooth driver board for wireless demo and product development
- NFC driver board support for short-range communication applications
- Bi-stable display keeps content visible without continuous power
Key Features
428×428 Resolution
Provides sharp rendering for text, labels, interface content, QR information, and compact smart display applications.
4-Color Display
Supports richer visual output than standard monochrome E-Paper modules for product information, identification, and smart labeling.
Ultra-Low Power
Bi-stable E-Paper technology helps reduce energy consumption in products that display information for long periods.
Reflective Viewing
Pure reflective mode delivers paper-like readability under ambient light without requiring a backlight.
Bluetooth Driver Board
Supports wireless testing, rapid evaluation, and flexible embedded development for Bluetooth-connected applications.
NFC Driver Board
NFC support is suitable for smart labels, interactive tags, digital identification, and short-range information access scenarios.
Product Overview
This 2.53 inch color E-Paper display module is developed for embedded devices that need low power consumption, stable static image holding, and good readability under ambient light. With a 428 × 428 resolution and active matrix design, it can present text, icons, identification data, UI elements, shelf information, and device status clearly in compact electronic systems.
The module uses pure reflective and bi-stable electrophoretic display technology, so the image remains visible after refresh without continuous power supply. Compared with conventional backlit display technologies, this helps reduce battery load in products that do not require constant content updates.
The most important configuration advantage of this version is Bluetooth and NFC driver board support. This makes the module more suitable for wireless demonstration, smart label development, portable terminals, connected identification products, and customized OEM or ODM projects that require convenient short-range communication and low-power reflective display capability.
Typical Applications
Mechanical Specifications
| Display Type | Active Matrix Electrophoretic Display (AMEPD) |
|---|---|
| Screen Size | 2.53 inch |
| Resolution | 428(H) × 428(V) |
| Pixel Density | 239 PPI |
| Active Area | 45.475(H) × 45.475(V) mm |
| Pixel Pitch | 0.106(H) × 0.106(V) mm |
| Outline Dimension | 50.88(H) × 55.37(V) × 0.86(D) mm |
| Product Number | BR0253Z02-A1 |
| Module Type | 4-color reflective E-Paper display module |
Electrical Specifications
| Interface | SPI |
|---|---|
| Supported SPI | 3-wire SPI / 4-wire SPI |
| Operating Voltage | 2.4V to 3.6V |
| Typical Supply Voltage | 3.0V |
| High Level Input Voltage | 0.8 VDDIO to VDDIO |
| Low Level Input Voltage | GND to 0.3 VDDIO |
| High Level Output Voltage | 0.8 VDDIO |
| Low Level Output Voltage | GND to GND + 0.4V |
| Module Operating Current | TBD |
| Digital Standby Current | 1 μA (typ.) |
| Operating Temperature | 0°C to 50°C |
| Storage Temperature | -25°C to 60°C |
| Optimal Storage Temperature | 23 ± 2°C |
| Optimal Storage Humidity | 55 ± 10% RH |
Optical Performance
| Color Capability | 4-color E-Paper solution |
|---|---|
| Contrast | High contrast |
| Reflectance | High reflectance |
| Viewing Angle | Ultra wide viewing angle |
| Display Mode | Pure reflective |
| Display Characteristic | Bi-stable |
| Surface | Hard-coat antiglare display surface |
| Temperature Sensor | Internal temperature sensor supported |
| Waveform | Stored in on-chip OTP |
| Refresh Recommendation | Suggested update once a day for better long-term display effect |
Interface & Integration
This 2.53 inch E-Paper module supports serial peripheral interface communication and can be paired with Bluetooth and NFC driver board solutions for flexible development, wireless evaluation, and smart embedded integration.
- SPI communication: supports 3-wire and 4-wire SPI for embedded control and data transmission.
- BUSY pin: provides driver busy-state indication during waveform output, OTP programming, and temperature sensor communication.
- Reset control: active-low reset input for module initialization.
- Bus selection: BS0 / BS1 support interface selection according to system design requirements.
- Bluetooth driver board: key option for wireless demo, mobile interaction, and development testing.
- NFC driver board: key option for smart tags, ID applications, and short-range communication scenarios.
- Internal functions: integrates gate buffer, source buffer, timing control logic, oscillator, DC-DC, SRAM, LUT, VCOM, border control, and internal temperature sensor.
Power Consumption Advantage
This 2.53 inch 4-color E-Paper display is built for applications where long standby time, low refresh frequency, and efficient energy use are critical. Because of its bi-stable display technology, the screen can retain visible content after refresh without continuous power consumption.
Compared with conventional emissive displays, this helps reduce total system power demand in battery-powered products. When combined with Bluetooth and NFC driver board support, the module becomes especially suitable for smart labels, interactive identification devices, portable terminals, and compact wireless display solutions that need both flexible connectivity and low-power reflective viewing.
Reliability Test
- High-temperature operation: 40°C, RH 35%, 240 hrs
- Low-temperature operation: 0°C, 240 hrs
- High-temperature storage: 60°C, RH 35%, 240 hrs
- Low-temperature storage: -25°C, 240 hrs
- High-temperature / high-humidity operation: 40°C, RH 80%, 240 hrs
- High-temperature / high-humidity storage: 50°C, RH 80%, 240 hrs
- Temperature cycle: -25°C (30 min) to 60°C (30 min), 50 cycles
- Electrostatic discharge: HBM 330 Ω, 150 pF, Air +/−4KV, Contact +/−2KV
- UV exposure resistance: 765 W/㎡ for 168 hrs at 40°C
- Storage and non-operation recommendation: stay in white pattern
Handling & Storage
- Keep the display module flat or fixed to a rigid support with limited bending along the long axis.
- Do not use the module for continual flexing or repeated bending.
- Handle carefully to avoid glass breakage, surface damage, or static-related issues.
- Do not expose the module to harmful gases such as acid and alkali gases.
- Do not disassemble the display module, as this may cause permanent damage and invalidate warranty agreements.
- Do not touch, push, or rub the exposed display surface with hard objects or chemically treated cloths.
- It is recommended to use a transparent protective plate to protect the EPD surface in product assembly.
- Normal-hexane is recommended for cleaning adhesives used to attach the display surface where applicable.
- Gently clean surface dust with absorbent cotton or other soft materials.
- Wipe off saliva or water drops as soon as possible to avoid deformation or color fading.
- Store within specified temperature and humidity conditions and avoid corrosive environments.
- All listed specifications are guaranteed for the module only and may be affected after post-assembly operations.
FAQ
1. What is this 2.53 inch 4-color E-Paper display used for?
2. What is the resolution of this E-Paper display module?
3. What is the main advantage of this version?
4. Does this module support Bluetooth and NFC driver boards?
5. Is this E-Paper display suitable for battery-powered products?
6. Does this display require a backlight?
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E-Paper Display Applications
1. Retail Shelf Labels & Smart Price Tags
E-paper displays are widely used in retail shelf labels and smart price tags for clear pricing, SKU information, and promotional updates. Their low power consumption and long display retention make them ideal for large-scale retail environments.
2. Warehouse Labels & Logistics Tags
E-paper displays are well suited for warehouse labels, logistics tags, storage location labels, and reusable identification systems. They clearly show barcodes, item codes, and shipping information while reducing paper replacement.
3. Medical & Healthcare Devices
In medical and healthcare applications, e-paper displays are used for patient labels, bedside information, portable medical devices, and medication identification. They provide clear static visibility with low power consumption.
4. Industrial Control & Instrument Displays
E-paper displays are suitable for industrial control panels, monitoring terminals, and embedded instrument interfaces. They can present status information, operating parameters, and equipment identification with excellent readability.
5. Smart Home & IoT Devices
E-paper displays are increasingly used in smart home and IoT devices such as thermostats, environmental monitors, and control panels. They support always-visible information display with low energy use and a clean modern appearance.
6. Office Signage & Meeting Room Displays
For office and commercial spaces, e-paper displays are ideal for meeting room signs, desk nameplates, door signage, and workspace identification. They offer flexible content updates and a professional presentation.
7. Public Information Displays
E-paper displays are suitable for public information systems such as timetable boards, queue displays, transport labels, and directional signage. Their high readability and low power demand support long-term information visibility.
8. Portable Handheld Devices
Portable handheld devices benefit from e-paper displays for low-power information presentation in terminals, field tools, compact readers, and mobile embedded systems. They help extend battery life while keeping essential data visible.
9. Smart Identification & Reusable Badges
E-paper displays are widely used in smart badges, electronic name tags, event passes, and staff identification systems. They allow reusable and flexible identity display for offices, events, schools, and industrial sites.
10. Custom Embedded Display Projects
E-paper displays are also ideal for OEM and ODM embedded projects requiring low power consumption, compact integration, and stable image retention. They can be adapted for a wide range of custom electronic products.
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