AT91SAM - Product Roadmaps |
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AT91SAM9 ARM926EJ MCUs and MPUs
AT91SAM9 Embedded MPUs are based on the ARM926EJ core and operate up to 400 MHz. On-chip ROM contains a first-level boot loader, which performs system start out of DataFlash, NAND Flash or SDCard, in addition to a classical boot from parallel NOR Flash.
Like all SAM MCUs, integrated SAM-BA Boot ROM enables communication with your PC to flash your device via USB or UART.
You can get Embedded Linux free of charge from
www.linux4sam.org.
Free WindowsCE BSPs are ready for download from
www.at91.com.
General Purpose MCUs and MPUs
MPUs und MCUs:
- AT91RM9200 - General Purpose ARM920T MPU with Ethernet, USB FS Device & Host…
- AT91SAM9260 - General Purpose ARM920T MPU with Ethernet
- AT91SAM9XE - MCU Flash version (up to 512K Flash, 32K SRAM) of AT91SAM9260
- AT91SAM9G20 - 400MHz version of AT91SAM9260
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AT91SAM9R64 - 64K SRAM, USB HS Device, Good
for high computing power with small package size.
Equivalent to the AT91SAM9RL64 without TFT controller.
MPUs with TFT Controller:
- AT91SAM9RL64 - 64K SRAM, TFT Controller, USB HS Device
- AT91SAM9261 - 160K SRAM and TFT Controller, Low Power, USB FS Device & Host
- AT91SAM9261(S) - 16K SRAM version of AT91SAM9261, USB FS Device & Host
- AT91SAM9G10 - 266 MHz version of AT91SAM9261S
- AT91SAM9263 - 96K SRAM, Dual EBI, TFT Controller, CAN, USB FS Device & Host…
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AT91SAM9G45/M11/M10 - 400MHz, DDR2, 64K SRAM,
Dual EBI, TFT Controller, USB HS Device & Host …
Option Video decoder and AES/SHA/DES Crypto Engines
In 2010 Atmel will introduce more 400MHz families with DDR2 support, High Speed USB and High Speed MCI (Flash Card):
- AT91SAM9G15: - 400 MHz, DDR2, Ethernet, HS USB H+D, LCD/TFT, MCI, BGA217
- AT91SAM9G25: - 400 MHz, DDR2, Ethernet, HS USB H+D, Image Sensor, MCI, BGA217
- SAM9X25: - 400 MHz, DDR2, 2 x Ethernet, HS USB H+D, 2 x CAN, MCI, BGA217
- SAM9G35: - 400 MHz, DDR2, 2 x Ethernet, HS USB H+D, 2 x CAN, LCD/TFT, MCI, BGA217
Contact us for more details…
AT91SAM9 Roadmap:
AT91SAM9 z.T. pin-compatible ARM926EJ-S devices with different memory footprints
