6.0" ePaper Display 758×1024 - FPC
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- 📉 A 15% discount is available for orders ranging from 200 to 499
- 🎁 A 10% discount is available for orders ranging from 50 to 199
- 🎁 A 5% discount is available when ordering 10-49
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6.0" ePaper Display 758×1024 - FPC
- 💹 Enjoy a 20% discount for orders over 500
- 📉 A 15% discount is available for orders ranging from 200 to 499
- 🎁 A 10% discount is available for orders ranging from 50 to 199
- 🎁 A 5% discount is available when ordering 10-49
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6.0-Inch 758 × 1024 Black-and-White Active-Matrix ePaper Display
DMAYE06001MNA is a reflective, bi-stable AM EPD module with a 758 × 1024 pixel matrix, a 6.0-inch diagonal active area, integrated source and gate drivers, and a datasheet-listed 3:4 aspect ratio.
The official specification identifies portrait and landscape operating modes and lists an e-book reader as the intended application. System performance depends on the specified controller, OED-provided waveform, power rails, timing, enclosure, and operating environment.
Specification source: DMAYE06001MNA Product Specification V1.0.0, dated July 1, 2025.
Published Module Architecture
The information below follows the description, feature list, interface section, and application section of the official specification.
Reflective, Bi-Stable AM EPD
The display uses a TFT-array-driven electrophoretic structure with integrated source and gate drivers. The panel retains the displayed image between update cycles, while the complete system may continue to consume power through its controller, regulators, host processor, and communications circuitry.
Display Mode
Black-and-white, reflective, active-matrix electrophoretic display.
Orientation
Portrait and landscape modes are included in the datasheet feature list.
Controller Reference
The specification states that the module can be driven by an AVT6201A timing controller.
Listed Application
The datasheet application section lists an e-book reader.
Published Technical Specifications
These values are transcribed from the official DMAYE06001MNA Product Specification V1.0.0. Test conditions and controller/waveform requirements remain part of the specification.
| Parameter | Published Specification |
|---|---|
| Product SKU | DMAYE06001MNA |
| Display Type | Active Matrix Electrophoretic Display (AM EPD), AM TFT black-and-white module, reflective and bi-stable |
| Resolution | 758 × 1024 dots |
| Aspect Ratio | 3:4, as listed in the official feature section |
| Screen Size | 6.0-inch diagonal |
| Pixel Pitch | 0.1195 × 0.1195 mm; 212 dpi |
| Pixel Configuration | Square |
| Active Area | 90.581 mm horizontal × 122.368 mm vertical |
| Overall Dimensions | 101.8 mm width × 138.4 mm height × 0.82 mm thickness |
| Module Mass | 23 g |
| Interface | 34-contact FPC; 0.5 mm contact pitch shown in the mechanical drawing |
| Logic Supply | VDD: 3.0 V minimum, 3.3 V typical, 3.6 V maximum |
| Standby Power | 0.4 mW maximum; defined as module-controller standby power |
| Typical Module Power | 600 mW typical, 1200 mW maximum; the datasheet states that typical power is measured while displaying typical images |
| Operating Temperature | 0 to 50 °C |
| Operating Relative Humidity | 0 to 70% RH |
| Storage Temperature | -20 to 70 °C |
| Storage Relative Humidity | 30 to 60% RH |
| Compliance Status | RoHS is marked as compliant in Product Specification V1.0.0. CE and FCC certification are not indicated in this document. |
Electrical and Interface Integration
Integration requires the specified source, gate, common-voltage, timing, data, and power connections in addition to the logic supply.
Published DC Rails
Use the minimum, typical, and maximum limits in the official specification when designing the power circuit.
Required Power Sequence
The official specification states that this sequence must be followed to prevent latch-up damage.
Power On
VDD → VGL → VNEG / VGH / VPOS → VCOM
Power Off
VCOM → VNEG / VGH / VPOS → VGL → VDD
Optical Characteristics and Test Conditions
The optical values below are published under the datasheet measurement conditions shown on this page.
White Reflectivity
Measured at 0 minute under the datasheet optical test condition.
Contrast Ratio
Defined as all-white surface reflectance divided by all-black surface reflectance.
Optical measurement condition: Tamb = 25 °C, fv = 50 Hz, measured with an Eye-One Pro spectrophotometer.
Handling and Mechanical Integration
The official handling section treats the EPD as a fragile glass-and-plastic assembly and specifies careful handling throughout storage, cleaning, assembly, and operation.
Avoid Mechanical Stress
Do not bend, twist, press, drop, stack, disassemble, or reconnect the interface while the panel is operating.
Control Moisture and Light
Avoid condensation, harmful gases, prolonged high temperature or humidity, sunlight, and fluorescent-light exposure.
Clean Gently
Use a soft, dry cloth without chemicals and do not press hard. The handling section warns that the protection-sheet surface is soft and may dent or scratch.
Surface care: The datasheet identifies a hard-coat anti-glare display surface and also advises gentle handling of the protective surface to help prevent dents and scratches.
Datasheet-Listed Application
E-Book Reader
This is the application explicitly listed in the official specification.
The 758 × 1024 black-and-white matrix, reflective mode, bi-stable operation, 6.0-inch diagonal active area, and portrait/landscape feature set support evaluation for e-book reader development. Test the module with the intended controller, OED-provided waveform, enclosure, power architecture, update timing, and operating environment.
Frequently Asked Questions
These answers are based on DMAYE06001MNA Product Specification V1.0.0. Contact us for the latest available revision or additional integration information.
What type of display is DMAYE06001MNA?
It is a 6.0-inch black-and-white, reflective, bi-stable active-matrix electrophoretic display with a 758 × 1024 pixel matrix.
Does the panel support portrait and landscape use?
The official specification lists portrait and landscape operating modes. The physical module outline, active-area location, and FPC position remain fixed by the mechanical drawing.
Which controller and waveform should be used?
The module interface description names the AVT6201A timing controller. The datasheet states that the listed electrical and optical characteristics are guaranteed only with the controller and waveform provided by OED.
Does the displayed image require continuous refreshing?
The panel is bi-stable and retains the displayed image between update cycles. The datasheet lists module-controller standby power of 0.4 mW maximum; complete device power also depends on the host electronics and power architecture.
What power sequence is required?
Power on in the order VDD, VGL, VNEG/VGH/VPOS, then VCOM. Power off in the reverse order: VCOM, VNEG/VGH/VPOS, VGL, then VDD. The specification states that this sequence must be followed to prevent latch-up damage.
What application is listed in the datasheet?
The official specification explicitly lists an e-book reader application. Evaluate the module with the intended controller, waveform, enclosure, power system, update timing, and operating environment for your project.
What to Confirm for Your Project
To support a smooth evaluation and integration process, review these items with our engineering team before a volume order.
Product Documentation: Obtain the current datasheet, mechanical drawing, pin assignment, and applicable compliance documentation for the quoted module revision.
Electrical Integration: Review the controller, drive-voltage rails, timing, waveform, 34-contact interface, and required power sequence for your hardware platform.
Mechanical Fit: Check the module outline, active-area position, FPC routing, mating connector, support method, bezel clearance, and enclosure tolerance.
Sample Evaluation: Test optical performance, update behavior, environmental compatibility, and mechanical fit in the intended system configuration.
Download the Official DMAYE06001MNA Datasheet
The official datasheet includes the pin assignment, DC and AC characteristics, power sequence, mechanical drawing, optical test conditions, handling guidance, reliability tests, block diagram, and compliance status.
Download Official Datasheet