1. AT91 Products Overview

2. 2 The Atmel AT91 Series of microcontrollers are based upon the powerful ARM7TDMI processor. Atmel has taken these cores, added a wide range of peripherals and advanced power management systems, to give the design engineer the best of both worlds – a high performance peripheral set with very low power consumption. It gives the buyer a 32-bit processor at 16-bit cost! AT91 ARM-Based microcontroller

3. 3 ARM7TDMI 32-bit Advanced System Bus –Internal Memories –Memory Interface –Peripheral Data Controller 32-bit Advanced Peripheral Bus –Peripheral Data Controller –System Peripherals –User Peripherals –Analog Peripherals AT91 Architecture

4. 4 32-bit RISC –High Performance –Low Power Consumption –Small Die Size –Low Cost –Fast Data Transfers Thumb –32-bit Instruction Set –16-bit Instruction Set Multiply capabilities –DSP Application Support In Chip Emulator –Debugging Facilities ARM7TDMI Processor Keywords

5. 5 Embedded Flash and high-speed SRAM –Up to 16Mbit embedded Flash available now !! –Roadmap for 32M and 64Mbit Embedded Flash –In-System-Programmable –5 to 10x power reduction over a multi-chip implementation Advanced on-chip power management –32kHz slow mode with rapid clock boost to maximum operating frequency –Standby mode with wake-up on interrupt –Battery backup RTC with less than 1µA current consumption Large on-chip peripheral set –ADC/DAC, Serial interfaces, Timers, Ethernet,... AT91 Key Features

6. 6 A broad range of AT91 applications Make it Real ! Telecom Data Storage Point-of-Sales Terminal Professional Radios Finger Print Recognition Medical Data Acquisition Co-processor Application

7. 7 AT91 Code efficiency Relative code density for 40 kbyte “application like” code

8. 8 Embedded 32-bit RISC processor Shipments Total RISC Shipments in 2001 was 538 million units Source: Andrew Allison, Inside The New Computer Industry, January 2002 1999 2001

9. 9 AT91 Embedded Peripherals Vectored Interrupt Controller Peripheral Data Controller Advance Power Management Controller Integrated PLL and Oscillator Glueless External Bus Interface Multi-Processor Interface Program. Timer/Counter including PWM USART SPI Analog/Digital Converter Digital/Analog Converter Real-Time Clock JTAG Boundary Scan Integrated SRAM Integrated FLASH/ROM 32-bit RISC ARM core

10. 10 AT91 Product Overview Large Memory Integration Increased On-Chip Functionality M63200 M55800A M40800 M42800A M43300 M40807 R40008 FR40162 FR4042

11. 11 AT91 Integrated SRAM + Flash Price AT91R40008 2002 AT91FR40162 AT91M40800 AT91R40807 AT91FR4042 AT91FR4081 AT91F40816 4Mbit Flash 2Mbit SRAM 16Mbit Flash 2Mbit SRAM 2000 2Mbit SRAM

12. 12 AT91 Product Selection Guide

13. 13 AT91x40 series: SRAM Integration From 8 to 256 Kbytes of SRAM –32-bit SRAM, 0 wait state, single cycle accessible –Reach the maximum performance of the ARM Instruction Set Download the code from an external flash and run it internally (code shadowing) Running out of internal SRAM reduces Power consumption Typical Applications –High performance algorithms (DSP) –Audio Decoding (MP3, WMA, …) MP3, WMA have been ported on AT91 products –Software peripherals Software DMA channels High speed Software I2C

14. 14 AT91 Flash-based AT91FR4042 and AT91FR40162 –R40008 plus 512Kbytes or 2 Mbytes Flash BGA 120 package (11x17mm²) ball pith 1mm AT91R40008 AT49BV4096A or AT49BV16x4A (bottom-boot sector) AT91R40008AT49BV16x4A AT91FR40162 Data BusAddress Bus NRD/NOENWR0/NWE Flash Chip select NTRI IOs

15. 15 AT91M55800A: Designed for ultra Low Power Applications Analog Functions –2 x 4-ch 10-bit ADC, target 20us sampling time –2-ch 10-bit DAC, target 3us settling time Digital Peripherals –2 x 3 Timer Counter channels –3 x USARTs, 1 x SPI driving up to 15 serial peripherals Advanced Power Management Controller –On-Chip Oscillator 32KHz + RTC on Battery Power –On-Chip Main Oscillator + PLL –On-Chip System Shut-Down Control Memory Interface –Up to 4 external banks of 16Mbytes –8kbytes on-chip SRAM  TQFP176 or BGA176

16. 16 AT91M42800A: Ideal for Permanent Power Supply Systems Only one 32kHz Oscillator and 2 PLLs –Run down to 512Hz to meet the lowest power consumption –Keep a fast response to an event thanks to the Idle Mode –Reach the maximum of performance with the PLL No accuracy due to the 32kHz crystal poor stability (particularly in T°) 2 SPIs, 2 USARTs, 2 x 3 Timer Counter channels 1 System Timer –Periodic Interval, Watchdog, Real Time TQFP 144 or BGA 144