Development Kits

Development Board Features

Processor Sub system

AT91SAM9G20, ARM926EJ-S™ ARM® Thumb® Processor, 400MHz 32-KByte Data Cache, 32-KByte Instruction Cache, Write Buffer

Memory Interface

64MB SDRAM Volatile memory, 32MB NAND Flash memory

Video

MT9001 Micron Camera Sensor, 640x480, 720P image format support, Dual camera connected. Maximum pixel size 5MB.

Imaging

Bayer pattern format, RGB format, JPEG compress format

OS Support

Linux 2.6.30 kernel, UBoot, Ramdisk files system.

GPRS & Protocol

Airtel/Vodafone/BSNL gprs support, Image Transfe via FTP protocol.

USB

2xFull size USB 2.0, USB OTG

Storage

1x SD Card

Networking

Ethernet through RJ45 connector

Debug

Serial RS-232, 1xUser LED.

Power

DC 12V

Development Board Features<

Processor Sub system

AT91SAM9R64/RL64, ARM926EJ-S™ ARM® Thumb® Processor, 400MHz, 32KB ROM, 64KB FAST SRAM.

Memory Interface

32MB SDRAM Volatile memory, 512MB NAND Flash memory.

Display

10.2 inch display panel with WVGA(852x480) pixel support, ITU-R BT.601/ITU-R BT.656.

Audio

Stereo Audio Input and Output Jacks

OS Support

Linux 2.6.24 kernel, UBoot, Ramdisk files system, QT application.

USB

2xFull size USB 2.0, USB OTG

Storage

1x SD Card

Networking

Ethernet through RJ45 connector

Miscellaneous

1xUser LED, 4xKEY INPUT.

Debug

Serial RS-232.

Power

DC 12V

IMX53 Devkit is is a fully-featured evaluation platform for the Free scale IMX53-based microcontroller. IMX53 comprised Video processing unit, 3D graphics unit, Image processing unit The evaluation kit allows users to extensively evaluate, prototype and create application specific designs.

Development Board Features

Processor Sub system

IMX53 Freescale, ARM926EJ-S™ ARMRCortex™-A8 core,1.2HHz, DDR2-800, LVDDR2-800 and DDR3-800 DRAM.

Hard disk Interface

SATA-2 Interface, 1.5Gpbs

Memory Interface

128MB DDR-2 Volatile memory, 512MB NAND Flash memory.

Display

LVDS serial ports, TV-out/VGA port, LCD display interface.

Camera Sensor Interface

2x Camera port Interface.

Audio

Stereo Audio Input and Output Jacks, I2C, AC97 audio interface support.

OS Support

Linux 2.6.38 kernel, UBoot, Ramdisk files system, Android OS support.

USB

2xFull size USB 2.0, USB OTG.

Storage

1x MMX/SD Card Interface support

Networking

Ethernet through RJ45 connector

Miscellaneous

1xUser LED, 4xKEY INPUT, 2x I2C Interface, Ethernet controller Interface.

Debug

Serial RS-232.

Power

DC 12V

The LPC1751 Motor Control Board is a full-featured evaluation board based on the NXP processor LPC1751 which runs at up to 12mm, 512 flash Memories In this Processor to control the two DC series motor. In both forward and reverse direction and speed is controlled by using PWM Up to 80% speed is available in this DC motors.

In stepper motor also rotate in clockwise and anticlockwise both the direction. Stepper motor speed controlled by step by step by this LPC 1751 processor.

Key Features:

32-Bit ARM Cortex-M3 Microcontroller and can operate at CPU frequencies up to 100MHz
For RAW power input, JACK connector and Wire to Connector provisions are provided.
The Board can be powered from BaseBoard.
It supports FLASH MAGIC for Programming the Flash by using external UART to USB converter FT232R.
Small Form factor.
Fine Pitch standard board to board connector from SAMTEC for Expansion support.
Standard JTAG connector for debug & development based on LPCEXPRESSO or any other related IDE.
It will generate the PWN and control the DC series Motor.

images/at91sam9g20-kit.png

Seven Segment LED equipped product available for display the custom message. LPC71113 controller based product is connected with 10 LED display unit. Message updated to Controller via RF communication. Each LED unit has capable of 6 messages display over it. 10 LED display unit can configure/control via RF communication protocol. LPC71113 microcontroller has built in feature of CAN interface and SPI interface for message communication.

Key Features:

The LPC1114/LPC1114 are a ARM Cortex-M0 based, low-cost 32-bit MCU family, designed for 8/16-bit microcontroller applications
The LPC111x operate at CPU frequencies of up to 50 MHz.
In-System Programming (ISP) and In-Application Programming (IAP) via on-chip bootloader software.
SPI controllers with SSP features and with FIFO with multi-protocol capabilities .
32 kB of flash Memory.
8 kB of data memory(SRAM).
One 10-bit ADC.
4 x general purpose timers.
C-Based, Software Driver is available ready to check the features.
RJ11 Connector for software programming .
Serial Debug interface.

The LPC1768 Development Board is a full-featured evaluation board based on the NXP processor LPC1768 which runs at up to 12MHz, with 512 Kbytes Flash memories. The LPC1768 Development board provides a wide range of peripherals, includes a CAN interface with RJ45 connector, MMC interface, Ethernet 10/100 interface, Mini USB port, KEY-PAD, User LED , USB host/device port.

In addition, software for the board and example program for each peripheral is readily available. This enables designers to quickly begin NXP code development and test new designs. LPCXpresso Integrated Development Environment (IDE) for code development.

Key Features:

32-Bit ARM Cortex-M3 Microcontroller and can operate at CPU frequencies up to 100MHz
For RAW power input, JACK connector and Wire to Connector provisions are provided.
The Board can be powered either from Power Input or Any USB device port by connecting to Host.
It supports FLASH MAGIC for Programming the Flash by using on board UART to USB converter FT232R .
On Board DC-DC converter for generating 5V/3A and 3.3V/1.5A from Power Input of 8V to 18V.
USB Host / USB Device / USB OTG – three USB ports are provided and port shall be selected by DIP switch.
10/100Mbps interface provided with RJ-45 Connector.
CAN connector as RJ-45 is provided with CAN 2.0 Specifications.
On Board MMC connector for storage memory with high speed SPI interface.
Small Form factor.
Fine Pitch standard board to board connector from SAMTEC for Expansion support.
Standard JTAG connector for debug & development based on LPCEXPRESSO or any other related IDE.
There are 2 LEDs for general purpose use.
There are 3 Keys for general purpose use.
External headers for SPI, UART, I2C.

The LPC1788 Development Board is a full-featured evaluation board based on the NXP processor LPC1788 (ARM CORTEX-M3) which runs at up to 12MHz, with 512 Kbytes Flash memories. The board provides a wide range of peripherals, includes a CAN interface with RJ45 connector, MMC interface, Ethernet 10/100 interface, NAND Flash memory, SDRAM memory, Mini USB port, KEY-PAD, User LED , USB host/device port.

In addition, software for the board and example program for each peripheral is readily available. This enables designers to quickly begin NXP code development and test new designs. LPCXpresso Integrated Development Environment (IDE) for code development.

Key Features:

LPC1788 – Development Board

32-Bit ARM Cortex-M3 Microcontroller and can operate at CPU frequencies up to 120MHz with 512KB internal Flash and 96KB internal SRAM
On Board SDRAM memory of 64MB with 32-bit Data interface.
On board NAND Flash memory of 512MB with 8-Bit Data interface.
It supports FLASH MAGIC for Programming the Flash by using on board UART to USB converter FT232R .
On Board DC-DC converter for generating 5V/3A and 3.3V/1.5A from Power Input of 8V to 18V.
For RAW power input, JACK connector and Wire to Connector provisions are provided.
The Board can be powered either from Power Input or Any USB device port by connecting to Host.
USB Host / USB Device / USB OTG – three USB ports are provided and port shall be selected by DIP switch.
10/100Mbps interface provided with RJ-45 Connector
CAN connector as RJ-45 is provided with CAN 2.0 Specifications
On Board MMC connector for storage memory using SD/MMC interface
Small Form factor
Fine Pitch standard board to board connector from SAMTEC for Expansion support
Standard JTAG connector for debug & development based on LPCEXPRESSO or any other related IDE.
There are 2 LEDs for general purpose use
There are 3 Keys for general purpose use
External headers for SPI, UART, I2C, I2S
24-bit LCD FPC connector interface is provided for Display Expansion

The ATMEGA2560 Development Board is a full-featured evaluation board based on the ATMEL processor ATMEGA2560 which runs at up to 12MHz, with 256 Kbytes Flash memories. The board provides a wide range of peripherals, includes a Serial interface with RS232 connector, MMC interface, KEY-PAD, User LED.

In addition, software for the board and example program for each peripheral is readily available. This enables designers to quickly begin ATMEGA code development and test new designs. AVR Studio Integrated Development Environment (IDE) for code development. The ATMEGA2560 Development Kit contains all of the hardware and software required for evaluating and developing with ATMEG series microcontrollers.

Key Features:

High performance 8-Bit AVR Microcontroller and can operate at CPU frequencies up to 16MHz with 128KB internal Flash and 4KB
internal SRAM.
It supports on board UART to USB converter FT232R .
On Board DC-DC converter for generating 5V/3A and 3.3V/1.5A from Power Input of 8V to 18V.
For RAW power input, JACK connector and Wire to Connector provisions are provided.
The Board can be powered either from Power Input or USB device port [UART to USB converter] by connecting to Host.
On Board MMC connector for storage memory with SPI interface.
Small Form factor.
Fine Pitch standard board to board connector from SAMTEC for Expansion support.
Standard JTAG connector for debug & development
Serial ISP connector interface
There are 2 LEDs for general purpose use
There are 3 Keys for general purpose use
CAN Interface with RJ-45 ConnectorExternal headers for UART, ADC

The AT90CAN128 Development Board is a full-featured evaluation board based on the ATMEL processor AT90CAN128 which runs at up to 12MHz, with 128 Kbytes Flash memories. The board provides a wide range of peripherals, includes a CAN interface with RJ45 connector, UART interface, MMC interface, KEY-PAD, User LED.

In addition, software for the board and example program for each peripheral is readily available. This enables designers to quickly begin ATMEL controller code development and test new designs. AVR Studio Integrated Development Environment (IDE) for code development.

The AT90CAN128 Development Kit contains all of the hardware and software required for evaluating and developing with ATMEL CAN microcontrollers.

Key Features:

Advanced 8-Bit AVR Microcontroller and can operate at CPU frequencies up to 16MHz with 256KB internal Flash and 8KB internal SRAM.
It supports on board UART to USB converter FT232R .
On Board DC-DC converter for generating 5V/3A and 3.3V/1.5A from Power Input of 8V to 18V.
For RAW power input, JACK connector and Wire to Connector provisions are provided.
The Board can be powered either from Power Input or USB device port [UART to USB converter] by connecting to Host.
On Board MMC connector for storage memory with SPI interface.
Small Form factor.
Fine Pitch standard board to board connector from SAMTEC for Expansion support.
Standard JTAG connector for debug & development
Serial ISP connector interface
There are 2 LEDs for general purpose use
There are 3 Keys for general purpose use

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