Flyer Base Board

Item Code - FLYER-BB
Supports: PH Boards
Stock Available : 8

Availability: In stock

Rs. 2,200.00
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Flyer Base Board

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Rs. 2,200.00

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Cortex Flyer Base Board can be used as a general purpose peripheral board for various pluggable headers (PH Boards) available for different Cortex based microcontrollers. This board can also be used with other controllers that use same pinout configurations required for Cortex Flyer.

The Cortex Flyer can be used by professionals and hobbyist who prefer to have options for different controllers while having same peripheral connectivity.

The cortex Flyer along with the PH Boards is a very cost effective option and serves as a perfect platform to try your hands on different controllers based on Cortex M0, Cortex M3, ARM7 etc

The list PH Boards that support the Cortex Flyer is given below

NXP Microcontroller

Cortex M0

LPC1114 PH Board

LPC11Cxx PH Board

LPC11U24 PH Board

Cortex M3

LPC1343 PH Board

Note :

  • You will need to have atleast one of the above mentioned PH Board to be able to work with Cortex Flyer
  • You would also need CoiNel CoLinkEx JTAG/SWD Debugger to debug and program the above controllers.

The microcontroller that is used along with the Cortex Flyer can also be debugged/programmed with various other debuggers/programmers that support standard SWD connectivity options.

You can also buy Cortex Flyer AIO which consists of Cortex Flyer Base Board and PH boards based on various controllers and other required connectivity hardware.

You will need to buy SWD (CoiNel CoLink Ex Debugger) separately.

Features of Cortex Flyer

  • 50 PIN 2.54 mm Female Header for PH Board Connectivity
  • 16 PIN 2.54 mm Header for 16x2 (HD44780) Based LCD with contrast adjustment POT
  • 18 PIN 2.54 mm Header for Graphical LCD Connectivity.
  • 18 PIN 2.54 mm Header for Graphical LCD Connectivity.
    • Header can be used as IO also.
    • Backlight Control option (See PH Board Connections for details).
  • On Board Power for 3.3V and 5V
  • Can be powered by USB and Adaptor.
  • RTC (DS1307) with CMOS Battery Backup. Interface: I2C
  • External DAC (10bit), 2 Channel. Interface: SPI
    • 4x Capacitive Touchpad.
    • Max 8 Touch pads can be used. 6 can be connected from outside.
    • Touch Pads can also be used as IO (12 IO, 4 of which are used for onboard touchpad)
  • Interface: I2C
  • On Board Buzzer and Test LED.
  • PinOut for SPI
  • PinOut from Controller IO (12 IO)
  • PinOut from Controller IO (12 IO)
  • On Board POT for ADC
  • PS2 Keyboard Connectivity Option.
  • 1x RS232 Interface. TTL logic also given out.
  • CAN PinOut
  • 1x USB Device
  • Micro SD Connectivity Option.
  • Switches for Wakeup, Reset and ISP.
  • ISP options via UART, USB, CAN.
  • ISP mode used depends of PH Boards used.
  • Currently tested for UART.
  • Board Specifications.
    • Solder Mask: Red
    • Board Dimensions: 115 x 100 mm
    • Finish: ENIG

LCD Support Details

16x2 LCD

  • Interface: 4 bit (parallel)
  • Driver: HD44780

Graphical LCD

  • Model: TM12864H6CCGWA-1
  • Interface: 8 bit-Parallel
  • Driver: ST7567S
  • Backlight: White
  • No of dots: 128 x 64
  • Dot Size: 0.33 x 0.33mm


  • Model: TM12864A8CCWGWA
  • TypeL Graphical LCD
  • Driver IC: ST7565R
  • Data Interface Parallel
  • Number of Pixels: 128 x 64

Description of Flyer Base Board:

Flyer Base Board Description

Kit Deliverables:

  1. Cortex Flyer Base board.
  2. 128 x 64 Graphical LCD (TM12864H6CCOWA)
  3. 16x2 Alphanumeric Display (HD44780)
  4. USB Cable
  5. CD Containing schematic, required softwares and reference documents.

JTAG Options for Debug/Programming: 

CoiNel CoLinkEx (tested with Keil, CooCox CoIDE)

The Board can also be used with other SWD standard Debuggers.

The details on how to use the SWD and its associated plugins are provided with the documents and also can be downloaded from Download and Support sections.

ISP Programming:

Programming can be done through the on chip boot loader using UART interface (UART0), CAN or USB. The boards are currently tested only for UART.

The tool used for programming via UART is Flash Magic

Programming using CoFlash

The controller can be Programmed using CoFlash from CooCox. The binary file needs to loaded using this tool. 

To use CoFlash, you would need CoiNel CoLink Ex Debugger.

USB Boot Loader:

The Board can also be programmed via USB Secondary Bootloader.

Note: This can be used only with USB Device compatible PH boards. Check LPC11Uxx USB Boot Loader for more details.


Our products can be used with majority of IDE and plugins that support CORTEX M family. A few IDE and plugin details are given below.


CooCox CoLink for Keil.

Flash Magic have been tested for programming.

Compatible SWD debuggers like U-Link Me, J-Link etc can also be used.





Product Related

Overview of Flyer Base Board (pdf, 456 KB)
Schematic of Flyer Base Board (pdf, 73KB)

Programming Related

Using CooLink Ex Debugger with CooCox CoLink on Keil MDK Tutorial  (pdf, 2 MB)



Keil uVision IDE download link for 32 BIT ARM (32K limited version) (Weblink)
IAR Workbench download link (32K limited Version) (Weblink)
Flash Magic-Standalone Programmer (Weblink)
CooCox Plugin (Ver that can be used with Keil MDK (Exe File, 748 KB)
USB Driver for CooCox Plugin (Ver 1.2.1). Note: Connect Hardware while installing. (Exe File, 1218 KB)
CooCox CoIDE Setup File (Exe File, 69310 KB)
Standalone Programmer CoFlash (Ver (Exe File, 1918 KB)
Description of Flyer Base Board
Memory usage: real: 36175872, emalloc: 35749024
Code ProfilerTimeCntEmallocRealMem