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468 Table of Contents

1 Introduction

1 1.1 Features

1 2 Ordering Information.2

3 Board Interface Description

4 3.1 Board Profile.4 3.2 J1- SPI interface and control signals.5 3.3 JP1- On board buzzer enable

5 4 Application Example.6 4.1 Getting Start With an MM900EV Module

6 4.2 Hardware Setup

6 4.3 Software Setup

7 5 Mechanical Dimensions

8 5.1 J1 Pin Header Dimensions

8 5.2 Bezel Mechanical Drawing

9 5.3 Board Schematics

10 6 Specifications

11 6.1 Electrical Specification

11 6.2 Display Specification

11 6.3 Optical Specification.12

7 Contact Information.13 Appendix A - References.14 Document References

14 Acronyms and Abbreviations

14 Appendix B - List of Figures and Tables

15 List of Figures

15 List of Tables

15 Appendix C C Revision History.16 Copyright ? Future Technology Devices International Limited

4 ME810A-HV35R module Datasheet Version 1.1 Document Reference No.: FT _001232 C learance No.: FT DI#

468 3 Board Interface Description The ME810A-HV35R module is intended for direct use into existing applications that require a display. This module is suitable for interfacing with an external microcontroller (e.g. MM900EV series) that has a SPI Master channel. 3.1 Board Profile Figure 3-1 C ME810A-HV35R board bottom view Copyright ? Future Technology Devices International Limited

5 ME810A-HV35R module Datasheet Version 1.1 Document Reference No.: FT _001232 C learance No.: FT DI#

468 3.2 J1- SPI interface and control signals Pin No. Name Type Description

1 J1_SCK I SPI clock input

2 J1_CS0# I FT810 SPI chip select, active low

3 J1_MISO I/O SPI master input, slave output or QSPI IO1

4 J1_MOSI I/O SPI master output, slave input or QSPI IO0

5 J1_IO3 I/O FT810 GPIO1 or QSPI IO3

6 J1_IO2 I/O FT810 GPIO0 or QSPI IO2

7 J1_DCX I LCD panel data / command selection pin Low: Command High: Parameter

8 J1_CS1# I LCD panel SPI chip select, active low

9 J1_3V3 P 3.3V power supply input

10 J1_5V P NC

11 GND P Ground

12 GND P Ground

13 J1_PD# I FT810 powers down input, active low. Connect to 3.3V if not used.

14 J1_INT# O FT810 interrupts output, active low. On board 10k? pull-up to 3.3V.

15 J1_AUDL O FT810 PWM audio output

16 J1_DISP I LCD display reset. Connect to GND if not used. Table 3-1 C J1 Pinout 3.3 JP1- On board buzzer enable Jumper fitted by default. Remove the jumper to disable the buzzer. Copyright ? Future Technology Devices International Limited

6 ME810A-HV35R module Datasheet Version 1.1 Document Reference No.: FT _001232 C learance No.: FT DI#

468 4 Application Example 4.1 Getting Start With an MM900EV Module As a quick start with the ME810A-HV35R development board, connecting to an MM900EV module development platform is recommended. Demo applications are provided for users to experiment and experience the FT810 in the ME810A system. The following paragraphs provide a short description for development procedures. The MM900EV series of FT900 MCU evaluation platforms allows user to develop various applications with rich peripheral interfaces. The following MM900EV modules are compatible: ? MM900EV1A: with a 32-bit high performance FT900 MCU, 10/100Mbps Ethernet, USB2.0 Host, USB2.0 Device, SD3.0, Audio Codec, SPI Master Quad Interface, and 40-pin external GPIOs. ? MM900EV-Lite: Tiny board with a 32-bit high performance FT900 MCU, USB2.0 Device, SD3.0, SPI Master Quad Interface, and 40-pin external GPIOs. Detailed information of MM900EV module can be found at: http://www.ftdichip.com/Products/ICs/FT90x.html 4.2 Hardware Setup Figure 4-1 shows the ME810A-HV35R module connected to an MM900EV-Lite module. Figure 4-1 C ME810A-HV35R connects to MM900EV Module Copyright ? Future Technology Devices International Limited