Philips Bluetooth QuickStart Kit GPS Receiver User Manual


 
Bluetooth QuickStart Kit Version 1.0 - User’s Guide Page 7
Copyright 2004-2005 © Embedded Artists AB
Software platform code base is easily ported and extended to other hardware,
including other processor families.
Many sample applications included in order to lower the threshold to get you started.
Complete development environment is included (compiler, linker, make, editor, etc.)
Based on GCC.
Other compilers also supported, like Keil and IAR.
The user can easily add own applications and experiment with the technology.
About 30 kbytes of FLASH available and about 10 kbyte of SRAM
The hardware features of Embedded Artists’ Bluetooth QuickStart Kit are:
Built around the new LPC2106 from Philips (ARM7TDMI).
128 Kbyte program Flash and 64 Kbyte SRAM
Processor pins available on an expansion connector for user hardware
expansion.
cB-OEMSPA13i Bluetooth module from connectBlue included in kit.
Also works with cB-OEMSPA13x (external antenna) and cB-OEMSPA33i/x
(100 meter version).
Works with connectBlue’s Serial Port Adapter Wizard program
Connector for MMC/SD memory card
ESD/EMI protected RS232 channel available for connection with other systems or
debug printouts.
Support for automatic program download over the serial channel.
32 kByte non-volatile parameter memory (256 Kbit I
2
C E
2
PROM)
Standard 20 pos. ARM JTAG connector available for debug.
Size: 108 x 58 mm
Four mounting holes are 100 x 50 mm apart
Power: 5VDC, <150mA
2.3 Typical Usage
The Bluetooth QuickStart Kit can be used to easily create advanced MMI (Man-Machine-
Interfaces) based on Internet technologies:
Use the web server to expose information and parameters that can be controlled.
Use the file system to store HTML files and picture files.
Use the serial channel to communicate (expose information or control parameters)
with ANY System.
Access the system directly via a PDA, a laptop, or a Bluetooth LAN access point.
Figure 2 below illustrates how the Bluetooth QuickStart Board can be connected to any
embedded system and expose internal variables in this system, or alternatively controls