13.3 Inch ePaper Display Overview
ND133EPN16001200-A01 is a 13.3-inch six-color ePaper display with a 1600 × 1200 reflective E Ink Spectra 6 panel and QSPI interface. The module uses NT61522 × 2 and EK73601 × 1 ICs with a 60-pin connection. Review the selected driving hardware, supply requirements, initialization sequences and waveform configuration before planning image transfer or host firmware.
The screen suits office information boards, retail signage and illustrated notices that refresh periodically rather than continuously. Evaluate layout readability, image conversion and mounting orientation against the mechanical drawing and enclosure. NoseDisplay can review suitable host controller arrangements, FPC connections, cover lens options and OEM prototype requirements. Power consumption depends on the panel refresh mode and the complete controller system, so it should be assessed for the intended update schedule.
ND133EPN16001200-A01 is a 13.3-inch 1600 × 1200 six-color E Ink Spectra 6 ePaper display with QSPI, NT61522 × 2 and EK73601 × 1 ICs. It suits office information boards, retail signage and illustrated notices with periodic updates. Review the 60-pin connection, supply sequencing, initialization, image conversion and waveforms with suitable driving hardware. NoseDisplay can assess host firmware and OEM mechanical requirements.
Technical Specifications
Mechanical Drawing & Interface Definition
Model: ND133EPN16001200-A01
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PIN Description
| Pin No. | Symbol | Description |
|---|---|---|
| 01 | VCOMBD_M | VCOMBD driving voltage (Master). (I/O: P) |
| 02 | RESEC | Current sense input pin for the control loop. (VCOM) (I/O: I) |
| 03 | GDRC | N-Channel MOSFET gate drive control. (VCOM) (I/O: O) |
| 04 | RESEN | Current sense input pin for the control loop. (VDDN) (I/O: I) |
| 05 | GDRN | P-Channel MOSFET gate drive control pin. (VDDN) (I/O: O) |
| 06 | RESEP | Current sense input pin for the control loop. (VDDP) (I/O: I) |
| 07 | GDRP | N-Channel MOSFET gate drive control pin. (VDDP) (I/O: O) |
| 08 | GND | Ground. (I/O: P) |
| 09 | AVDD | Analog voltage supply. (DC/DC) (I/O: P) |
| 10 | VDD | Analog/digital voltage supply. (I/O: P) |
| 11 | NC | No connection and do not connect with other NC pins. (I/O: —) |
| 12 | VCC | LDO output pin. (I/O: P) |
| 13 | VDDP | Positive power supply for analog circuit. (+16V ~ +19V) (I/O: P) |
| 14 | VDDP | Positive power supply for analog circuit. (+16V ~ +19V) (I/O: P) |
| 15 | NC | No connection and do not connect with other NC pins. (I/O: —) |
| 16 | VDDN | Negative power supply for analog circuit. (−19V ~ −16V) (I/O: P) |
| 17 | VDDN | Negative power supply for analog circuit. (−19V ~ −16V) (I/O: P) |
| 18 | VCC1 | Positive power supply only for oscillator. (I/O: P) |
| 19 | VDDIO | Power input for IO. (I/O: P) |
| 20 | TSCL | I2C interface to digital temperature sensor clock pin. (I/O: I/O) |
| 21 | TSDA | I2C interface to digital temperature sensor data pin. (I/O: I/O) |
| 22 | BS0 | Input interface setting. Select 3-wire / 4-wire / Quad SPI interface. (Default: H) (I/O: I) |
| 23 | BS1 | Input interface setting. Select 3-wire / 4-wire / Quad SPI interface. (Default: H) (I/O: I) |
| 24 | RES# | Reset. (I/O: I) |
| 25 | BUSY_N | This pin indicates the driver status. Connect with a pull-up resistor to VDDIO. BUSY_N = “0”: Driver is busy, data/VCOM is transforming. BUSY_N = “1”: Non-busy. Host side can send command/data to driver. (I/O: O) |
| 26 | D/C# | Command/Data input. L: command; H: data. (4-wire SPI). Connect to GND in 3-wire mode or standard 4-wire mode. (I/O: I) |
| 27 | CSB_M | Serial communication chip select. (Master) (I/O: I) |
| 28 | SCL | Serial communication clock input. (I/O: I) |
| 29 | SI0 | Serial communication data input/output (3-wire/4-wire SPI). Serial communication data input (Standard 4-wire SPI). (I/O: I/O) |
| 30 | SI1 | Serial communication data input. Serial communication data output. (Standard 4-wire SPI). (I/O: I/O) |
| 31 | SI2 | Serial communication data input. (Standard 4-wire SPI Quad mode) (I/O: I) |
| 32 | SI3 | Serial communication data input. (Standard 4-wire SPI Quad mode) (I/O: I) |
| 33 | DRVP_Gate | Driving external N-MOSFET (VGP). (I/O: O) |
| 34 | FBP | Positive charge pump (VGP) feedback pin. (I/O: I) |
| 35 | GND | Ground. (I/O: P) |
| 36 | VCOMBD_S | VCOMBD driving voltage (Slave). (I/O: O) |
| 37 | DRVN | Driving external BTJ. (VGN) (I/O: O) |
| 38 | FBN | Negative charge pump feedback pin. (VGN) (I/O: I) |
| 39 | REG_VGN | VGN internal reference voltage output. (I/O: O) |
| 40 | DRVN2 | Driving external BTJ. (VNCP_3P5V) (I/O: O) |
| 41 | VNCP_3P5V | Negative power supply for analog bias1 circuit. (for TFT_Vcom) −3.5V deviation ±4.5%. (I/O: P) |
| 42 | VSPH | Positive source buffer output. (I/O: P) |
| 43 | VSPL | Positive source buffer output. (I/O: P) |
| 44 | VSPL2 | Positive source buffer output. (I/O: P) |
| 45 | VSPHI | Positive source voltage. (I/O: P) |
| 46 | VSPLI | Positive source voltage. (I/O: P) |
| 47 | VSPL2I | Positive source voltage. (I/O: P) |
| 48 | VSNH | Negative source buffer output. (I/O: P) |
| 49 | VSNL | Negative source buffer output. (I/O: P) |
| 50 | VSNL2 | Negative source buffer output. (I/O: P) |
| 51 | VSNL2I | Negative source voltage. (I/O: P) |
| 52 | VSNLI | Negative source voltage. (I/O: P) |
| 53 | VSNHI | Negative source voltage. (I/O: P) |
| 54 | FPL_VCOM | FPL_VCOM driving voltage. (I/O: O) |
| 55 | TFT_VCOM | TFT_VCOM driving voltage. (I/O: O) |
| 56 | VBB_3P5V | Negative power supply for analog bias2 circuit. (for TFT_Vcom) −3.5V deviation ±4.5%. (I/O: P) |
| 57 | NC | No connection and do not connect with other NC pins. (I/O: —) |
| 58 | CSB_S | Serial communication chip select. (Slave) (I/O: I) |
| 59 | VGH | Positive Gate driving voltage. (I/O: P) |
| 60 | VGL | Negative Gate driving voltage. (I/O: P) |
Sample Ordering & Delivery
Evaluate ND133EPN16001200-A01 13.3-inch engineering samples before integration. Shipping is charged separately; import duties and taxes are excluded. Estimated delivery includes preparation. Confirm final terms before payment.
Sample MOQ
2 pcs per modelMinimum 2 pcs per model.
Preparation Time
4 daysAfter order and payment confirmation.
Standard Delivery
Shipping Fee
Transit Time: ～11 days
Total Time: ～15 days
Express Delivery
Shipping Fee
Transit Time: ～4 days
Total Time: ～8 days
13.3 Inch ePaper Display Applications
ND133EPN16001200-A01 suits office information boards, retail promotions, illustrated notices and building information displays. Assess image readability, update frequency and mounting orientation when integrating its six-color reflective panel into an enclosure with suitable driving hardware.
Smart Office Signage
Electronic Shelf Labels
IoT Status Displays
Equipment Labels
Matching Driver Board
For ND133EPN16001200-A01, evaluate QSPI driving hardware for the NT61522 × 2 and EK73601 × 1 ICs and 60-pin connection. Review supply rails, power sequencing, initialization, panel-specific waveforms and conversion of 1600 × 1200 six-color images. Host firmware and transfer settings must match the selected controller arrangement; board compatibility, availability and package contents require confirmation before ordering.
Customization Options
For ND133EPN16001200-A01 six-color signage, NoseDisplay can assess the 60-pin FPC connection, QSPI driving hardware, cover lenses and enclosure clearances. Optional touch integration, host firmware and OEM prototypes are reviewed against the selected panel and application.
ePaper & FPC Options
Alternative display sizes, colors and FPC configurations can be evaluated for your project.
Touch Integration
Touch panel options can be evaluated according to enclosure and operating requirements.
Cover Lens Options
Custom cover glass or PMMA lenses with optional printing, shape and surface treatments.
Driver Board Support
Driver board and interface solutions can be evaluated for your host platform.
Quality & Compliance Support
We provide quality and compliance documentation for qualified OEM projects
based on the selected module, BOM and manufacturing configuration.
RoHS
EU RoHS compliant materials and process control
REACH
Support REACH regulation compliance
Reliability Testing
Environmental & mechanical reliability testing reports
ESD Control
ESD protection design and testing capability
Quality System
Manufactured under a certified quality management system
Documentation availability and scope are confirmed according to the selected module, BOM, manufacturing source and project requirements.
