MCU Products

MCU Products

Professional microcontroller solutions for your applications

Overview

The device is a Flash Memory 8-bit high performance RISC architecture microcontroller device with Glucose meter AFE module and LCD driver that specifically designed for Glucose Meter with LCD display applications.

For memory features, the Flash Memory offers users the convenience of multi-programming features. Other memory includes an area of RAM Data Memory as well as an area of true EEPROM memory for storage of non-volatile data such as serial numbers, calibration data etc. By using the In Application Programming technology, users have a convenient means to directly store their measured data in the Flash Program Memory as well as having the ability to easily update their application programs.

Analog features include a multi-channel 12-bit A/D converter, a 12-bit D/A converter and two internal operational amplifiers. Multiple and extremely flexible Timer Modules provide timing, pulse generation and PWM generation functions. Communication with the outside world is catered for by including fully integrated SPI, UART and I2C interface functions, three popular interfaces which provide designers with a means of easy comminucation with external peripheral hardware. Protective features such as an internal Watchdog Timer and Low Voltage Reset coupled with excellent noise immunity and ESD protection ensure that reliable operation is maintained in hostile electrical environments.

A full choice of external, internal high and low oscillators is provided including fully integrated system oscillators which require no external components for their implementation. The ability to operate and switch dynamically between a range of operating modes using different clock sources gives users the ability to optimise microcontroller operation and minimise power consumption.

With regard to Glucose Meter applications, the device has integrated many of the functions required by these products. These include functions such as Internal Reference Voltage generator, 12-bit D/A Converter, LCD driver function, etc. The inclusion of flexible I/O programming features, Time-Base functions along with many other features ensure that the device will be highly capable of providing MCU solutions for Glucose Meter applications which require an LCD display.

Features

Low Power Consumption and Wide Operating Voltage

  • - - Operating voltage: 2.2V ~ 5.5V
  • - - Supports selectable clock sources and power-down modes
  • - - Ideal for battery-powered portable devices

Highly Integrated Memory and Interfaces

  • - - Built-in Flash, RAM, and EEPROM
  • - - Communication interfaces: I²C / SPI / UART
  • - - Supports In-Application Programming (IAP) for firmware updates

Enhanced System Safety and Reliability

  • - - Built-in Watchdog, LVR / LVD
  • - - Strong noise immunity and ESD protection
  • - - Flexible internal/external clock switching

Documents

BH67F2472v151

Contains electrical characteristics, register descriptions, and system architecture. Please refer to it before solution design and software development.

LQFP80

Includes package dimensions, pad layout, and assembly requirements. Please use it for PCB layout and process evaluation.

LQFP64

Includes package dimensions, pad layout, and assembly requirements. Please use it for PCB layout and process evaluation.

BMHB2007:BH67F2472 BGM Dev Board Resources

Resources

BMHB2007:BH67F2472 BGM Dev Board Resources

BMHB2007 is a development board for BH67F2472 blood glucose meter MCU, which can be applied to 3-in-1 (blood glucose, uric acid, cholesterol) models. The development board provides LCD functionality, and you can connect an external LCD yourself.

BH67F2472 Built-in blood glucose measurement circuit and cryogenic drift reference voltage, provide a variety of communication interfaces, and can be connected to Bluetooth modules. Built-in low-power capacitive constant voltage LCD driver, display brightness does not change with battery voltage.

Online Shopping

Quick Start

BH67F2472 BGM Dev Board (BMHB2007) — User Guide

Platform: BH67F2472 (AFE MCU) Version Date: 2026-06-10

The BH67F2472 is a Holtek AFE MCU designed for blood glucose monitoring (BGM) applications, integrating front-end analog signal acquisition and processing circuits. This repository contains the hardware reference design, driver source code, and technical documentation for the BMHB2007 development board, provided for customer reference and evaluation.

1. Directory Layout
BH67F2472_EVM_BGM/
├── 1.doc/                    # Documents and references
├── 2.code/                   # AFE firmware and drivers
├── 3.board/                  # Board-level and PCB files
└── README-pub_EN.md          # This guide
2. 1.doc — Documents and References

Contains the BH67F2472 IC datasheet and key component datasheets.

File / DirectoryDescription
simBH67F2472v151.pdfBH67F2472 Simplified Chinese datasheet
BH67F2472v151.pdfBH67F2472 English datasheet
相关器件/Key component datasheets (NTC, crystal, capacitor, etc.)

This repository provides both the Simplified Chinese version simBH67F2472v151.pdf and the English version BH67F2472v151.pdf.

Recommended reading order: Start with the BH67F2472 datasheet to understand the electrical characteristics and pin definitions, then consult component datasheets as needed.

3. 2.code — AFE Firmware and Drivers

The AFE is based on BH67F2472, handling blood glucose front-end analog signal acquisition and processing, communicating with a host or controller via UART.

3.1 Directory Overview
2.code/
└── BH67F2472_Driver/
    ├── application/          # Application layer
    ├── board/                # Board-level configuration
    ├── driver/               # Low-level drivers
    └── example/              # Example projects
3.2 Build and Programming
  • Projects use Holtek's format (.pjtx / .OPT); use Holtek HT-IDE to build.
  • Refer to Holtek's official programming guide for the BH67F2472.
4. 3.board — Board-Level and PCB Files

Contains hardware design files for the BMHB2007 development board and the 8-pin strip connector.

FileDescription
BH67F2472_EVM_BGM_V3.1.zipBMHB2007 Dev Board V3.1 hardware design pack (schematic / PCB / BOM)
8Pin_Strip_V1.1.zip8-pin strip connector V1.1 design pack
5. Quick Start Guide
  1. Read the docs — Start with 1.doc/BH67F2472v151.pdf to understand BH67F2472 electrical characteristics and pin definitions
  2. Prepare hardware — Use the BMHB2007 development board, or reference 3.board/BH67F2472_EVM_BGM_V3.1.zip for a custom design
  3. Get the source — Retrieve driver source code from 2.code/BH67F2472_Driver/
  4. Build and flash — Open the project in Holtek HT-IDE, build, and flash to the board
  5. Integration — Connect via UART to your host, referencing the application/ layer for communication implementation
6. Version & Contact
7. Disclaimer

The materials in this repository — including hardware schematics, PCB files, source code, and documents — are provided solely for customer reference and evaluation. Before using these materials in product design, mass production, or commercial deployment, customers are responsible for conducting full functional testing, reliability validation, and regulatory certification. BestHealth Electronics Inc. (悠健电子(东莞)有限公司) shall not be liable for any direct or indirect losses arising from the customer's use of these materials in production, sale, or operation — including but not limited to yield issues, field failures, product recalls, or end-customer claims. These materials are provided "as is" without warranty of any kind, express or implied.

8. Intellectual Property

All materials in this repository (including but not limited to hardware design files, source code, documents, trademarks, and logos) are the intellectual property of BestHealth Electronics Inc. (悠健电子(东莞)有限公司), protected by applicable laws. Customers are granted only the right to use these materials for reference and evaluation. Reverse engineering, resale, redistribution, or unauthorized public release is prohibited without prior written consent.

© 2026 BestHealth Electronics Inc. (悠健电子(东莞)有限公司) All Rights Reserved.

This README is a directory-level user guide for fast navigation. Refer to the individual PDFs and source code for electrical parameters and register details.

Complete Package

BMHB2007 Complete Resource Package

BH67F2472 BGM V3.1 Dev Board Hardware Design

8-Pin Strip Connector V1.1 Hardware Design

BH67F2472 Driver Source Code

🔬 Development Stage

Tools for development and debugging

💻 Software

IDE-3000

(IDE Software)

The HT-IDE3000 is a simulation software specially developed for HOLTEK 8-bit MCUs. When used together with OCDS EV chip, it will implement a series of operations such as single step, full speed, breakpoint setting, RAM monitor, etc.

Documents

IDE-3000

The HT-IDE3000 is a simulation software specially developed for HOLTEK 8-bit MCUs. When used together with OCDS EV chip, it will implement a series of operations such as single step, full speed, breakpoint setting, RAM monitor, etc.

HT-IDE3000 User’s Guide

🔧 Hardware

e-LinkPro2

(Debug Hardware)

The e-LinkPro2 function is compatible with the e-Link and which is an online debug adaptor for Holtek's new generation of OCDS architecture Flash MCUs. Together with the HT-IDE3000 software it allows users to program and debug programs on their target boards. The e-LinkPro2 also provides an ICP function for Flash MCUs. When connected to a PC and when used together with the HOPE3000 software the e-LinkPro2 can also be used as a low volume engineering programmer for HT8 Flash MCUs.

Documents

Holtek e-Link for 8-bit MCU OCDS User’s Guide

🏭 Small-scale Production

Tools for small batch programming

💻 Software

IDE-3000

(IDE Software)

The HT-IDE3000 is a simulation software specially developed for HOLTEK 8-bit MCUs. When used together with OCDS EV chip, it will implement a series of operations such as single step, full speed, breakpoint setting, RAM monitor, etc.

Documents

IDE-3000

The HT-IDE3000 is a simulation software specially developed for HOLTEK 8-bit MCUs. When used together with OCDS EV chip, it will implement a series of operations such as single step, full speed, breakpoint setting, RAM monitor, etc.

HT-IDE3000 User’s Guide

HOPE5000

(Programming Software)

The HOPE5000 is a software designed by Holtek for programming MCUs. The software is connected to the writer via a USB cable to transmit the related programming data.

Documents

HOPE5000

The HOPE5000 is a software designed by Holtek for programming MCUs. The software is connected to the writer via a USB cable to transmit the related programming data.

HOPE5000 User guide

🔧 Hardware

e-Socket

(Programming Hardware)

The e-Socket is a socket which is used together with e-WriterPro. MCUs with the same package types can use the same e-Socket for programming. It is not necessary to purchase individual programming adaptors for different MCUs. The e-Socket is designed with a programming counter which enables the e-WriterPro to remind users when to replace the e-Socket with a new one after a certain amount of times. This function is provided to maintain high programming quality.

e-WriterPro2

(Programming Hardware)

The e-WriterPro2 is an upgraded version programmer of the e-WriterPro, which is fully compatible with the previous version, and it can be used not only as a programming tool for all of Holtek’s OTP and Flash devices during development stage but can also be used for small to medium volume production purposes.

🏢 Mass Production

Tools for high-volume manufacturing

💻 Software

IDE-3000

(IDE Software)

The HT-IDE3000 is a simulation software specially developed for HOLTEK 8-bit MCUs. When used together with OCDS EV chip, it will implement a series of operations such as single step, full speed, breakpoint setting, RAM monitor, etc.

Documents

IDE-3000

The HT-IDE3000 is a simulation software specially developed for HOLTEK 8-bit MCUs. When used together with OCDS EV chip, it will implement a series of operations such as single step, full speed, breakpoint setting, RAM monitor, etc.

HT-IDE3000 User’s Guide

🔧 Hardware

GangWriter00-8

(Programming Hardware)

The product is an upgraded gang programmer of Gang-Writer32-8 and Gang-Writer8-8. It is composed of a development board and two programming modules and supports programming both Holtek 8-bit and 32-bit MCUs. Each programming module includes 4 programming interfaces, and one development board can connect up to 4 programming modules. This allows the product to program up to 16 MCUs simultaneously, with support for parallel programming across 2, 4, 6, 8, 12, and 16 sites.

e-Socket

(Programming Hardware)

The e-Socket is a socket which is used together with e-WriterPro. MCUs with the same package types can use the same e-Socket for programming. It is not necessary to purchase individual programming adaptors for different MCUs. The e-Socket is designed with a programming counter which enables the e-WriterPro to remind users when to replace the e-Socket with a new one after a certain amount of times. This function is provided to maintain high programming quality.

e-WriterPro2

(Programming Hardware)

The e-WriterPro2 is an upgraded version programmer of the e-WriterPro, which is fully compatible with the previous version, and it can be used not only as a programming tool for all of Holtek’s OTP and Flash devices during development stage but can also be used for small to medium volume production purposes.

Follow Our WeChat
Scan QR code to follow us on WeChat

Scan QR code to follow us on WeChat

+86-769-26261311info@e-besthealth.com