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P1 analog devices blackfin embedded dsp processor kit
P1 analog devices blackfin embedded dsp processor kit
The P1 is a high performance, compact DSP embedded processor board based on a powerful Analog Devices 400MHz Blackfin processor. The P1 is an excellent platform for robotic, industrial process control and real time video processing applications. The P1 comes complete with all the necessary software tools for application development and programming.
The P1 is capable of running uCLinux with the 4/8M Serial Flash option.
For detailed technical documentation:
· Blackfin ADSP-BF532 400MHz DSP Processor
· AVR ATmega32 8MHz RISC Processor
· 1Mbyte External Flash (2,4,8M optional)
· General Purpose Video Input Port
· Blackfin Memory/SPORT Expansion Port
· AVR Analog/Digital Expansion Port
· Blackfin JTAG/AVR ISP Programming Ports
· Extensive Source code examples
· GNU C compilers for both processors
· 5-7VDC input, 3.3V on board @10-350ma
· Small form factor (2.9x1.9in)
The P1 is a dual processor board (about the size of a business card) with a 400MHz Blackfin processor and a 8MHz ATmega32 processor. The Blackfin is a high performance 16 bit RISC DSP with dual MACs, multiple accumulators with 84Kbytes of internal program and data cache. The Blackfin is capable of 600MMACs and is designed for ultra fast image processing and general purpose processing. Programs are loaded from a 512Kx8 Flash and execute from the 16Mx16 SDRAM. The SDRAM provides both program and data storage. The video expansion port accepts several color and BW camera modules or can be used as a general-purpose data port. A memory expansion bus supports additional peripheral daughter boards. The Blackfin ultra high-speed serial ports (SPORTS) are available on another expansion port. A Blackfin JTAG emulation port and RS-232 serial port allows local communication. A real time clock provides self timed sleep capability with several power down modes. The Blackfin communicates with the AVR over the SPI port.
The AVR processor is an 8MHz self clocked general purpose controller with 8 10bit A/D channels, 7 general purpose bi-directional digital IO channels, an RS-232 port, RS-485 port and 2-Wire port. The AVR processor has 32Kbytes of Flash, 2K SRAM and 1Kbytes EEPROM. The 2-Wire port is a general purpose communications bus that connects multiple AVR satellite processors each supporting remote wake-up, node ID identification and high-speed data transfer (>400Kbits/sec). The AVR communicates with the Blackfin and 512K Flash over a high speed SPI link. The AVR controls the Blackfin reset line and can provide initial boot code to the Blackfin after reset is released. Alternatively the Blackfin can boot from Flash.
* P1 Blackfin DSP/AVR Processor Board (Rev 1.1)
* ISP610 10pin to 6pin Conversion Adpater
* JTAG814 8pin to 14pin JTAG Conversion Adapter
* Power cable with Molex connector
* Serial cable with DB9 female connector and Molex connector
* CD with Development Software and example code
Temporary Email: m.jennings@dontscrapit.com (Matilda Jennings)
