Embedded Lab

MicroSTM32F4

ARM Cortex M4 based STM32F407 Development Board

The Micro32F board is based on the Cortex M4 architecture based SOC from ST Microelectronics STM32F407. The effective learning tool for the controller architecture as well as advanced devices like the Ethernet, DATA FLASH, CAN, USB and LCD’s.  Operating at 168 MHz, the device can be used to prototype commercial devices also.

BOARD FEATURES

  • Based on the STM32F407 (Cortex-M4) microcontroller running @168 MHz
  • 4MB Data flash
  • SPI Based Micro SD Interface
  • 2×16 character LCD
  • 4×4 Matrix Keypad
  • Seven Segment Display – 4 Nos
  • General purpose LED – 8 Nos
  • Motor Driver – Servo, DC, Stepper
  • CAN Interface
  • USB 2.0 Device – 1 No
  • USB 2.0 Host – 1 No
  • Ethernet interface
  • USB to Serial COM Port – 1 No
  • I2C EEPROM – 256KB
  • ADC Channel interfaced to adjustable voltage
  • On chip DAC Output on Terminal connector – 2 Nos
  • General purpose Input switches – 8 Nos
  • Relay with 3 Pin Terminal connector – 2 Nos
  • 26 Pin Header for I2C/SPI/I2S/UART
  • 14 Pin ADC Header
  • 34 Pin Header for interfacing TFT LCD
  • 20 Pin Header for interfacing NAND FLASH
  • 22 Pin Header for Camera Interface
  • 16 Pin Microconnect Header (for ZIgbee, GSM, GPS Interface)
  • Dual Power selection : USB or 5V SMPS
  • Wooden Box Enclosure

  • 20 Pin JTAG InterfaCE

DELIVERABLES

  • Micro1768 development board
  • 12V/1.5A SMPS power supply adapter
  • USB A-B cable
  • User manual and related documentation
  • Source codes in C
  • Development environment (Keil) and on chip flashing software (Flash Magic)

ADD-ON MODULES

  • GSM Module
  • GPS Module
  • Zigbee Module
  • 128×64 Graphical LCD module
  • Wi-Fi Module
  • Bluetooth Module
  • Traffic Light Controller Card
  • Elevator Controller Card

MicroLPC1768

ARM Cortex M3 based LPC1768 Development Board

The Micro1768 board is based on the Cortex M3 architecture based SOC from NXP, LPC1768. An effective learning tool for the controller architecture as well as advanced device like the Ethernet, CAN, USB and LCD’s.  Operating at 100 MHz, the device can be used to prototype commercial devices also.

BOARD FEATURES

  • Based on the LPC1768 (Cortex-M3) microcontroller running @100 MHz
  • 2×16 Character LCD
  • Seven Segment Display – 4 Nos
  • General purpose LED’s – 8 Nos
  • 4×4 Matrix keypad
  • General purpose I/p Switches – 4 Nos
  • LM35 Temperature Sensor interfaced on SPI ADC
  • USB 2.0 Host or USB 2.0 Device – 1 No
  • Stepper Motor and DC Motor interface with L293 Driver
  • I2C EEPROM
  • I2C RTC with battery backup
  • UART with USB-Serial converter for PC Connectivity
  • UART with RS232 converter and DB9 Connector
  • Relay output with terminal connector – 1 No
  • Tactile switch for external interrupt event generation
  • ADC Channel interfaced to adjustable voltage source
  • Buzzer output
  • On chip DAC Output on terminal connector
  • Port Pins on FRC Connectors
  • 20 Pin FRC Header for TFT / Graphics LCD Interface
  • Reset switch and Power Switch
  • 20 Pin JTAG Interface Connector
  • Dual Power selection : USB or 5V SMPS
  • Wooden Box Enclosure

DELIVERABLES

  • Micro1768 development board
  • 12V/1.5A SMPS power supply adapter
  • USB A-B cable
  • User manual and related documentation
  • Source codes in C
  • Development environment (Keil) and on chip flashing software (Flash Magic)

ADD-ON MODULES

  • GSM Module
  • GPS Module
  • Zigbee Module
  • 128×64 Graphical LCD module
  • Wi-Fi Module
  • Bluetooth Module
  • Traffic Light Controller Card
  • Elevator Controller Card

MicroLPC2148

ARM7 core based LPC2148 Development Board

The Micro2148 development board is a very versatile tool for the user starting his experience with the ARM7 core based microcontrollers. Easy to learn and implement the ARM7 programming principles and interfacing various devices and various SOC’s. The board gives the user a deep insight into the principles and working of devices and its interfacing with the microcontroller. The board allows the user to experiment and improve the understanding of ARM7 based controllers.

BOARD FEATURES

  • Based on the LPC2148 (ARM7 core) microcontroller from NXP running @72 MHz
  • On board 16×2 Character LCD.
  • Two Multiplexed Seven Segment Displays
  • Eight general purpose LED’s
  • 4×4 matrix keypad.
  • MicroSD Card over SPI Interface
  • Stepper Motor and DC Motor interface with L293 Driver
  • I2C based EEPROM
  • On Chip RTC with CMOS Battery power backup
  • UART with on board USB-Serial converter for PC Connectivity
  • UART with RS232 transceiver and DB9 connector
  • LM35 Temperature sensor input
  • Zigbee (XBEE) module Interface connector
  • Relay output with terminal connector
  • Tactile Switch for generating external interrupt event.
  • One ADC Channel interfaced to adjustable voltage sources
  • On Chip DAC output on connector
  • USB Device Port.
  • 20 Pin FRC connector for Graphics LCD Interface
  • Port P0 and P1 Pins available on FRC Connectors
  • Reset switch and Power Switch
  • 20 pin JTAG interface connector.
  • Dual Power selection : USB or 5V SMPS
  • Wooden Box Enclosure

DELIVERABLES

  • Micro2148 development board
  • 12V/1.5A SMPS power supply adapter
  • USB A-B cable
  • User manual and related documentation
  • Source codes in C
  • Development environment (Keil) and on chip flashing software (Flash Magic)

ADD-ON MODULES

  • SPI EEPROM card based on AT25C512
  • I2C based ADC /DAC Card
  • 128×64 Graphical LCD Card
  • Traffic Light Controller Card
  • Elevator Controller Card
  • GSM / GPS Module
  • Wi-Fi Module and Bluetooth Module