Embedded Development Products

FDI has developed family of Embedded Development support products for microcontrollers from NXP (founded by Philips) and other vendors.

DK-57VTS-LPC3250 Front View

Front View

DK-57VTS-LPC3250 Rear View
 

Rear View

  • CARRIER - Generic Carrier Board for  CPU and LCD Modules

  • 200-pin SOMDIMM socket, supporting various processor modules

  • 10/100 Ethernet Port, USB Host and Device ports

  • One CAN port (Male DB9), One RS-232 port (Male DB9), External I2C interface

  •  3-axis Digital Accelerometer & Temperature Sensor

  • Real-time Clock with SuperCap backup

  • TFT interface for Graphics LCD displays up to 1024x768 resolution, 18-bit color

  • Flexible Power Supply input can be wall supply or 5V USB

  • LCD CARRIER

  • 5.7” VGA Display with Touch Screen Interface

  • Optional 3.5” QVGA board, up to 10.4” XGA Board
  • SOMDIMM – CPU Module

  • Based on SODIMM form factor (Dual Inline Memory Module)

  • LPC3250 266MHz ARM926EJ-S core

  • Vector Floating Point Co-processor

  • 256KB of Internal SRAM

  • 64MB* of External DDR SDRAM (128MB optional)

  • 512MB* of External NAND FLASH

  • 1KB of EXTERNAL Secure EEPROM

  • 10/100 Ethernet PHY

  • Micro SD Memory Socket

  • Mini-JTAG Debug Connector

  • Software via Download

  • Linux Operating System

  • Bootloader (both primary and u-boot bootloader)

  • VMWare Development Virtual Machine Image

  • Linux Driver support drivers: LCD frame buffer, Touchscreen, NAND Flash, SDRAM, MMC, USB, I2C, SPI, DMA, Ethernet, RS232, and RTC

  • Quick Start documents for all hardware and software

  • Platform is based on a modular design for maximum flexibility
* Rev 2 Boards and later.

3.5" QVGA Touch Screen

Front View


Rear View
  • CARRIER - Generic Carrier Board for CPU and LCD Modules

  • 200-pin SOMDIMM socket, supporting various processor modules

  • 10/100 Ethernet Port, USB Host and Device ports

  • One CAN port (Male DB9), One RS-232 port (Male DB9), External I2C interface

  •  3-axis Digital Accelerometer & Temperature Sensor

  • Real-time Clock with SuperCap backup

  • TFT interface for Graphics LCD displays up to 1024x768 resolution, 18-bit color

  • Flexible Power Supply input can be wall supply or 5V USB

  • LCD CARRIER

  • 3.5” QVGA Display (320 x 240) with Touch Screen Interface

  • Optional 5.7” QVGA board, up to 10.4” XGA Board
  • SOMDIMM - CPU Module

  • Based on SODIMM form factor (Dual Inline Memory Module)

  • LPC2478 72MHz ARM7TDMI-S microcontroller

  • 512MB of Internal FLASH, 96KB of Internal SRAM, 8MB of External SDRAM

  • 10/100 Ethernet PHY

  • Micro SD Memory Socket

  • Mini-JTAG Debug Connector

  • Software Included

  • FreeRTOS Operating System

  • µEZTM Rapid Development Platform

  • Complete COM Drivers and APIs with documentation

  • 5VDC, 2.3A North America Power Supply
  • USB and Ethernet Cables
  • Segger JTAG Debugger with cables
  • µEZTM Software via download
  • Users Manual

DK-57VTS-LPC2478 Front View

Front View

DK-57VTS-LPC2478 Rear View

Rear View
  • CARRIER - Generic Carrier Board for CPU and LCD Modules

  • 200-pin SOMDIMM socket, supporting various processor modules

  • 10/100 Ethernet Port, USB Host and Device ports

  • One CAN port (Male DB9), One RS-232 port (Male DB9), External I2C interface

  •  3-axis Digital Accelerometer & Temperature Sensor

  • Real-time Clock with SuperCap backup

  • TFT interface for Graphics LCD displays up to 1024x768 resolution, 18-bit color

  • Flexible Power Supply input can be wall supply or 5V USB

  • LCD CARRIER

  • 5.7” QVGA Display (640 x 480) with Touch Screen Interface

  • Optional 3.5” QVGA board, up to 10.4” XGA Board
  • SOMDIMM - CPU Module

  • Based on SODIMM form factor (Dual Inline Memory Module)

  • LPC2478 72MHz ARM7TDMI-S microcontroller

  • 512MB of Internal FLASH, 96KB of Internal SRAM, 8MB of External SDRAM

  • 10/100 Ethernet PHY

  • Micro SD Memory Socket

  • Mini-JTAG Debug Connector

  • Software Included

  • FreeRTOS Operating System

  • µEZTM Rapid Development Platform

  • Complete COM Drivers and APIs with documentation

  • 5VDC, 2.3A North America Power Supply
  • USB and Ethernet Cables
  • Segger JTAG Debugger with cables
  • µEZTM Software via download
  • Users Manual

DK-57TS-LPC3250 Front View

Front View

DK-57TS-LPC3250 Rear View
 

Rear View

  • CARRIER - Generic Carrier Board for CPU and LCD Modules

  • 200-pin SOMDIMM socket, supporting various processor modules

  • 10/100 Ethernet Port, USB Host and Device ports

  • One CAN port (Male DB9), One RS-232 port (Male DB9), External I2C interface

  •  3-axis Digital Accelerometer & Temperature Sensor

  • Real-time Clock with SuperCap backup

  • TFT interface for Graphics LCD displays up to 1024x768 resolution, 18-bit color

  • Flexible Power Supply input can be wall supply or 5V USB

  • LCD CARRIER

  • 5.7” QVGA Display with Touch Screen Interface

  • Optional 3.5” QVGA board, up to 10.4” XGA Board
  • SOMDIMM – CPU Module

  • Based on SODIMM form factor (Dual Inline Memory Module)

  • LPC3250 266MHz ARM926EJ-S core

  • Vector Floating Point Co-processor

  • 256KB of Internal SRAM

  • 64MB* of External DDR SDRAM (128MB optional)

  • 512MB* of External NAND FLASH

  • 1KB of EXTERNAL Secure EEPROM

  • 10/100 Ethernet PHY

  • Micro SD Memory Socket

  • Mini-JTAG Debug Connector

  • Software via Download

  • Linux Operating System

  • VMWare Development Virtual Machine Image

  • Linux Driver support drivers: LCD frame buffer, Touchscreen, NAND Flash, SDRAM, MMC, USB, I2C, SPI, DMA, Ethernet, RS232, and RTC

  • Quick Start documents for all hardware and software

  • Platform is based on a modular design for maximum flexibility
* Rev 2 Boards and later.

SOMDIMM Front View

Front View

SOMDIMM Rear View

Rear View

  • SOMDIMM – CPU Module

  • Based on SODIMM form factor (Dual Inline Memory Module)

  • LPC3250 266MHz ARM926EJ-S core

  • Vector Floating Point Co-processor

  • 256KB of Internal SRAM

  • 64MB* of External DDR SDRAM (128MB optional)

  • 512MB* of External NAND FLASH

  • 1KB of EXTERNAL Secure EEPROM

  • 10/100 Ethernet PHY

  • Micro SD Memory Socket

  • Mini-JTAG Debug Connector

  • PCB Dimensions 2.66” x 1.89”

* Rev 2 Boards and later.
  • Software via Download

  • Linux Operating System

  • VMWare Development Virtual Machine Image

  • Linux Driver support drivers: LCD frame buffer, Touchscreen, NAND Flash, SDRAM, MMC, USB, I²C, SPI, DMA, Ethernet, RS232, and RTC

  • Quick Start documents for all hardware and software

  • Platform is based on a modular design for maximum flexibility

DK-57TS-LPC2478 Front View

Front View

DK-57TS-LPC2478 Rear View

Rear View
  • CARRIER - Generic Carrier Board for CPU and LCD Modules

  • 200-pin SOMDIMM socket, supporting various processor modules

  • 10/100 Ethernet Port, USB Host and Device ports

  • One CAN port (Male DB9), One RS-232 port (Male DB9), External I2C interface

  •  3-axis Digital Accelerometer & Temperature Sensor

  • Real-time Clock with SuperCap backup

  • TFT interface for Graphics LCD displays up to 1024x768 resolution, 18-bit color

  • Flexible Power Supply input can be wall supply or 5V USB

  • LCD CARRIER

  • 5.7” QVGA Display with Touch Screen Interface

  • Optional 3.5” QVGA board, up to 10.4” XGA Board
  • SOMDIMM - CPU Module

  • Based on SODIMM form factor (Dual Inline Memory Module)

  • LPC2478 72MHz ARM7TDMI-S microcontroller

  • 512MB of Internal FLASH, 96KB of Internal SRAM, 8MB of External SDRAM

  • 10/100 Ethernet PHY

  • Micro SD Memory Socket

  • Mini-JTAG Debug Connector

  • Software Included

  • FreeRTOS Operating System

  • µEZTM Rapid Development Platform

  • Complete COM Drivers and APIs with documentation

  • 5VDC, 2.3A North America Power Supply
  • USB and Ethernet Cables
  • Segger JTAG Debugger with cables
  • µEZTM Software via download
  • Users Manual

SOMDIMM Front View  Front View

SOMDIMM Rear View
Rear View

  • SOMDIMM – CPU Module

  • Based on SODIMM form factor (Dual Inline Memory Module)

  • LPC2478 72MHz ARM7TDMI-S microcontroller

  • 512KB of Internal FLASH, 96KB of Internal SRAM

  • 8MB of External SDRAM

  • 1KB of External Secure EEPROM

  • 10/100 Ethernet PHY

  • Micro SD Memory Socket

  • Mini-JTAG Debug Connector

  • PCB Dimensions 2.66” x 1.89”
  • Software via Download

  • FreeRTOS Operating System

  • µEZTM Rapid Development Platform

  • Complete COM Drivers and APIs with documentation

  • Easy-to-use application documents for all hardware and software

  • Platform is based on a modular design for maximum flexibility
  • IRD-LPC1768-DEV - Cortex-M3 microcontroller based industrial reference design board

IRD-LPC1768-DEV
Top View
  • LPC1768 100MHz ARM Cortex-M3 microcontroller
  • 10/100 Ethernet port
  • USB Host and Device ports
  • Two CAN ports
  • Serial interfaces (I2C, UART, SPI, I2S)
  • Two RS-232 ports
  • Parallel interface for displays (4-line by 20-character LCD module included)
  • I2C interface for keypad and other peripherals
  • 5V 2A Power Supply (included) or USB Device Port powered
  • Keil ULINK-ME JTAG debugger
  • Keil uVision3 IDE software via download (60-day free trial version, 256K code size limited)
  • Contains easy-to-use application documents for all hardware and software
  • Platform is based on a modular design for maximum flexibility

    Kit Contents:
  • Industrial Reference Design Hardware

  • LPC1768 Core Board

  • IRD Base Board

  • 20-character x4 line alphanumeric LCD

  • 27 key smart phone style keypad board

  • 5VDC, 2.0A Power Supply

  • USB, Ethernet & RS232 Cables

  • External Temperature Sensor Cable

  • IRD Quick Start Guide

  • Keil ULINK-ME JTAG debugger

  • Keil uVision3 IDE software via download

  • Link for downloading updated source code
  • IRD-LPC2468-DEV - ARM7 microcontroller based industrial reference design board

IRD-LPC2468-DEV
Top View
  • LPC2468 72MHz ARM7TDMI-S microcontroller
  • 10/100 Ethernet port
  • USB Host and Device ports
  • Two CAN ports
  • Serial interfaces (I2C, UART, SPI, I2S)
  • Two RS-232 ports
  • Parallel interface for displays (LCD standard, VFD optional)
  • I2C interface for keypad (membrane standard, cap touch optional in the future)
  • Flexible Power Supply can be 110/220V AC, 48V DC or 5V USB
  • Utilizes Micrium µC/OS-II Real Time Operating System (RTOS)
  • Includes IAR Embedded Workbench for ARM (EWARM 5.11) IDE software (60-day free trial version) and a J-LINK JTAG debugger

 
  • Supplied with easy-to-use application documents for all hardware and software
  • Platform is based on a modular design for maximum flexibility
  • Additional base, core, and application boards under development

    Kit Contents:
  • Industrial Reference Design Hardware

  • LPC2468 Core Board

  • IRD Base Board

  • 20-character x4 line alphanumeric LCD

  • 27 key smart phone style keypad Board

  • 5VDC, 2.5A International Plug Power Supply

  • USB, Ethernet & RS232 Cables

  • External Temperature Sensor Cable

  • IRD Software Included:

  • IRD Source Code and Documentation CD

  • IAR EWARM Evaluation CD

  • IAR J-Link JTAG Debugger

  • Micrium µC/OS-II

  • IRD Quick Start Guide

Front View


Rear View

  • Low power, SPI based Real Time Clock driven by a 32.768 KHz quartz crystal
  • Supports Two Different RTC Options in  a TSSOP-14 Package

  • PCF2123

  • PCA2125

  • Available Low Power LM75B I²C Temperature Sensor
  • Powered by a single 3V coin cell battery
  • 8-character alphanumeric LCD
  • I²C based LCD driver with 128 segment support
  • Two miniature push-buttons for user control; additional User Interface via  header
  • User reprogrammable via 10-pin ICP   header

SAB-TFBGA180 Photo
Top View
  • SAB-TFBGAxxx Family REQUIRES Future Designs' USB-In-Circuit Programmer for NXP LPC2K

  • FDI P/N: USB-ICP-LPC2K

  • Connects directly to the USB-ICP-LPC2K via simple RJ45 Ethernet-style cable
  • Includes: Socket Adapter Board, Power Supply and Cable
  • Program devices outside of the user's target board
  • Program devices before prototype boards are available
  • Prototype with fine pitch parts in TFBGA packages
  • On board LED for testing

1SPP Bluetooth Evaluation Board
Front View

  • Supports Bluetooth 2.0 features of BGB203
  • Embedded Bluetooth Stack includes the following protocol:

  • Bluetooth RF

  • Link Controller (LC)

  • Link Manager (LM)

  • Logical Link and Adaptation Protocol (L2CAP)

  • Service Discover Protocol (SDP)

  • RFCOMM Protocol

  • Serial Port Profile (SPP)

  • Generic Access Profile (GAP)

  • Adaptive Frequency Hopping (AFH)
  • Tested and qualified by Bluetooth SIG
  • Configuration can be stored in Flash
  • Fast connection
  • Automatic re-connect mode
  • Low-power sleep mode
  • Physical Interface: Universal Asynchronous Receive Transmit (UART)
  • Kit includes:

  • Two 1SPP Evaluation Boards

  • Two USB Cables

  • PIFA Antenna included on PCB

  • DB9 Serial Port connection to PC
  The USB-Dongle and Derivative Board Family provides a low cost and easy to use demo platform for many popular NXP microcontrollers.  


USB-Dongle and Derivative Board Family
 
  • PB 1SPP - Bluetooth 1SPP Peripheral Board

Bluetooth 1SPP Peripheral Board
Front View

  • Low cost tool for prototyping, testing, and evaluation
  • USB port powered so no external Power Supply required
  • Supports USB 2.0
  • Plugs directly into standard USB Port via USB-Dongle – great for laptops
  • BGB203 is preprogrammed for SPP
  • PIFA antenna designed into PCB
  • PB-1SPP uses BGB203/H1/S06 which provides:

  • Adaptive Frequency Hopping (AFH)

  • Link Controller LC / Link Manager LM

  • Logical Link and Adaptation Protocol (L2CAP)

  • Service Discover Protocol (SDP)

  • RFCOMM Protocol

  • Generic Access Profile (GAP)

  • Tested and qualified by Bluetooth SIG

  • Flash-based configuration

  • Automatic Re-connect Mode

  • Low-power sleep mode

NXP LPC3180
Top View

  • Embedded Linux Development Environment preloaded with:

  • Linux Kernel

  • Hardware Drivers

  • Supports popular mobile technologies

  • 802.11b/g WiFi

  • Bluetooth

  • Audio Codec

  • SD Card Slot

  • USB 2.0 OTG

    •


Front View


Rear View

  • Single chip solution for LCD User Interface
  • ARM7TDMI-S Microcontroller
  • 8-character alphanumeric LCD
  • 512kB Internal Programmable Flash Memory, 40kB RAM
  • Full Speed USB 2.0 Device
  • Integrated I²C based LCD driver with 128 segment support
  • Powered by 5V Supply from PC USB Port
  • Two miniature push-buttons for user control
  • Reprogrammable by user through USB
  • Multiple I/O ports available via optional 20-pin expansion header


Front View


Rear View
  • Low-cost 2-chip solution for LCD User Interface
  • Flexible layout supports 3 microcontroller options

  • 10 pin HVSON to 28 pin PLCC package

  • 1KB to 8 KB internal Flash memory

  • I2C based LCD driver with 128 segment support - NXP PCF8562
  • 8-character alphanumeric LCD
  • Powered by a single 3V coin cell battery
  • Two miniature push-buttons for user control
  • Reprogrammable by the user via 10-pin ICP header


Front View


Rear View
  • Single chip solution for LCD User Interface with LPC9408
  • Single Board Computer with multiple I/O options available via 12-pin header
  • 8KB Internal Flash memory, 512 bytes RAM
  • 8-character alphanumeric LCD
  • Integrated I2C based LCD driver with 128 segment support
  • Powered by a single 3V coin cell battery
  • Two miniature push-buttons for user control
  • Reprogrammable by the user via 10-pin ICP header


Front View


Rear View

  • Low power, SPI based Real Time Clock driven by a 32.768 KHz quartz crystal
  • Flexible PCB layout supports two RTC package options:

  • 14-pin TSSOP for PCF2124

  • 10-pin HVSON for PCA2125
  • Powered by a single 3V coin cell battery
  • 8-character alphanumeric LCD
  • I²C based LCD driver with 128 segment support
  • Two miniature push-buttons for user control; additional User Interface via header
  • User reprogrammable via 10-pin ICP header
  • USB-ICP-SAB9 - Socket Adapter Board for USB-ICP-LPC9xx Driver


Top View
  • USB-ICP-SAB9 REQUIRES the USB
    In-Circuit Programmer for NXP LPC9xx
    (FDI P/N: USB-ICP-LPC9xx)
  • Plugs directly into the USB-ICP-LPC9xx
  • Program devices outside of the user's target board
  • Program devices before prototype boards are available
  • Prototype with fine pitch parts like HVSON10 & HQVFN28
  • On board LED for testing


Front View


Rear View
  • 1 MHz and 30mA output allows faster data updates and / or more capacitive busses
  • 4 Individually controlled 25mA open drain or push-pull outputs OFF, ON, DIM, or
    DIM with Global Control for LED
    dimming / blinking
  • /OE input pin also allows hardware dimming / blinking
  • Up to 7 address pins allows 128 I²C addresses
  • 4 software programmable I²C addresses allows controlling groups of devices with single software command sequence
  • If the battery is low, the red LED will flash every 3 seconds as a warning

PC-Products

FDI has developed family of PC based support products for the I2C bus and also for ISP (In System Programming) of Flash based microcontrollers from NXP (founded by Philips) and other vendors.


Bottom View


Rear View

  • Supports NXP P89LPC900 family of microcontrollers

  • USB port power so no external power supply required

  • Supports USB 1.1 to 2.0
  • Plugs directly into any standard USB port - great for laptops
  • Works with NXP free Flash Magic software that can be downloaded from the web

  • USB-ICP KIT Includes:

  • USB-ICP Dongle

  • 18" cable allowing direct connection to the user's application

  • ICP design guide for the user's target board

    •


Bottom View


Rear View

  • Supports NXP P89C51 Flash family of microcontrollers

  • USB port power so no external power supply required

  • Supports USB 1.1 to 2.0

  • Plugs directly into any standard USB port - great for laptops

  • Works with NXP free Flash Magic software that can be downloaded from the web

  • USB-ICP KIT Includes:

  • USB-ICP Dongle

  • 18" cable allowing direct connection to the user's application

  • ISP design guide for the user's target board

    •


Bottom View


Rear View

  • Supports ALL NXP ARM 7 LPC2K family of microcontrollers that utilize ISP Programming

  • Now supports ARM Cortex M0/M3 microcontrollers

  • USB port power so no external power supply required

  • Supports USB 1.1 to 2.0

  • Plugs directly into any standard USB port - great for laptops

  • Works with NXP free Flash Magic software that can be downloaded from the web

  • USB-ICP KIT Includes:

  • USB-ICP Dongle

  • 18" cable allowing direct connection to the user's application

  • ISP design guide for the user's target board

  • Mini-ISP Cable

    •


Front View


Rear View

  • Let Your PC talk MDIO or I2C

  • Less than 10 minutes to:

  • Load the software

  • Plug in the cable

  • Start communicating

  • Low voltage I2C support

  • 100kHz and 400kHz I2C support

  • MDIO Clause 22 and Clause 45

  • 1MHz to 6MHz MDIO support

  • USB-MPC kit includes:

  • USB-MPC

  • I2C Cable

  • MDIO Cable

  • USB Cable

  • Works in these environments:

  • Microsoft Visual C++

  • Any programming software utilizing DLLs

    •

  • Download software via the website

I2C Software Developer Kit 

  • Lets the user write programs to control PC-I2C directly
  • Includes software DLL for custom user applications
  • Available Now
  • Includes complete PC-I2C-KIT


XTEND Family

The XTEND, XA Trainer and Expandable Narrative Design, is designed to provide the user with a low cost, stable hardware and software platform for application development with the 16-bit XA microcontroller family. In many cases the XTEND may serve as a quick prototype for the actual user application. With the XTEND, the user can quickly and easily get a new design running with the XA Microcontroller.

A version of the XTEND is available to support each of the current XA derivatives including the XA-G3, XA-G49, XA-S3 and XA-SCC.

 
  • XTEND-Gxx (Supports both the XA-G49 and the XA-G37)
    		•  $249.00
  • XTEND-Sxx (Supports the XA-S37)
    		•  $249.00
  • XTEND-C3
    		•  $299.00
  • XTEND-SCC
    		•  $449.00
  • XTEND-H4
    		•  $299.00
  • MSM (Multiprotocol Serial Module)
    		•  $249.00
  • SSM (Simple Serial Module)
    		•  $149.00

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