JTAG模式(AVR 7.04) | ||
CFI兼容的内存 | 支持英特尔,AMD,和SST编程模式 | |
DRAM内存兼容 | 实时读写支持 | |
SPI兼容的内存 | Broadcom和Atheros的芯片组 | |
DMA模式 | 100KB / s的读取和高达50KBs写 | |
PrAcc模式(非DMA) | 高(还慢)全面的兼容性支持 | |
MIPS的支持(EJTAG) | 版本1.x,2.0,2.5,2.6和3.1支持 | |
XILINX支持 | 同时支持SVF和XSVF文件格式 | |
ARM支持 | ARM7和ARM9的支持即将推出 |
SPI模式(AVR 3.04) | ||
SPI模式0,1,2兼容 | ||
高密度(1~128兆位) | 支持16和24位寻址 | |
超高密度(256MB +) | 支持32位寻址 | |
高速(8 MHz的FOSC / 2) | 高达400KB / s的读取和300KB / s的写入 | |
3.3电压输出功率 | 对于2.7V和3.6V之间的操作SPI器件 | |
5.0电压输出功率 |
NAND模式(AVR 1.08) | ||
16兆位NAND通过SPI总线 | 如海力士HY27US08281A | |
256兆位NAND通过SPI总线 | ||
512兆位NAND通过SPI总线 | 如三星K9F4G08U0B |
AMD S29GL320 | Intel 28F128J3 | Samsung K8D3216UB | MXIC 29LV800BMC |
AMD 28F400BT | Intel 28F160B3 | Samsung K8D3216UT | SHARP 28F320BJE |
AMD 29DL322GB | Intel 28F160B3 | ST M28W160CB | SHARP LH28F160BJHG |
AMD 29DL322GT | Intel 28F160C3B | ST M29D323DB | SHARP 28F160S3 |
AMD 29DL323GB | Intel 28F160C3T | FUJITSU 29DL323GB | SHARP 28F320S3 |
AMD 29DL323GT | Intel 28F320B3 | 29DL323TE | Microchip SST 39VF1600 |
AMD 29DL324GB | Intel 28F320B3 | 29LV160B | Microchip SST 39VF1601 |
AMD 29DL324GT | Intel 28F320C3 | 29LV160T | Microchip SST 39VF3201 |
AMD 29LV160DB | Intel 28F320C3 | 29LV320BE | Microchip SST 39VF800 |
AMD 29LV160DT | Intel 28F320J3 | 29LV320TE | ST / Micron MT28W320 |
AMD 29LV320DB | Intel 28F320J5 | FUJITSU 29LV800B | ST / Micron MT28W320 |
AMD 29LV320DT | Intel 28F640B3 | Micron 28F160C34B | ST / Micron 29W320DB |
AMD 29LV320MB | Intel 28F640B3 | Micron 28F160C34T | ST / Micron 29W320DT |
AMD 29LV320MT | Intel 28F640C3 | Micron 28F322P3 | ST / Micron M29W160EB |
AMD 29LV400BB | Intel 28F640C3 | MXIC 25FL0165A | ST / Micron M29W160ET |
AMD 29LV800BB | Intel 28F640J3 | MXIC 29LV161B | ST / Micron M58LW064D |
Spansion 29AL016M | Intel 28F640J5 | MXIC 29LV161T | ST / Micron M29W800AB |
ATMEL AT49BV/LV16X | Intel 28F800B3 | MXIC 29LV320B | TOSHIBA TC58FVT160B |
ATMEL AT49BV/LV16XT | Intel 28F800C3 | MXIC 29LV320B | TOSHIBA TC58FVB321 |
HYHYNIX HY29F400TT | Samsung K8D1716UB | MXIC 29LV320T | TOSHIBA TC58FVT160 |
HYHYNIX HY29LV1600T | Samsung K8D1716UT | MXIC 29LV320T | TOSHIBA TC58FVT321 |
Atmel AT25DF641 | Microchip SST 25WF040 | ST / Micron M25P64 | MXIC MX25L128 |
Atmel AT25DF321 | SST 25WF040B | ST / Micron M25P32 | MXIC MX25L256 |
Atmel AT25DF161 | SST 25WF080 | ST / Micron M25P16 | EON EN25F20 |
Atmel AT25DF081 | SST 25WF080B | ST / Micron M25P80 | EON EN25F40 |
Atmel AT25DF021 | SST 25WF016 | ST / Micron M25P40 | EON EN25F80 |
Atmel AT26DF081A | SST 25WF016B | ST / Micron M25P20 | EON EN25F16 |
Atmel AT26DF161 | SST 25WF032 | ST / Micron M25P10 | EON EN25F32 |
Atmel AT26DF161A | SST 25WF032B | Windbond W25X40 | EON EN25F64 |
Atmel AT26DF321 | SST 25WF064 | Windbond W25X80 | PMC PM25LV010 |
Atmel AT45DB011 | SST 25WF064B | Windbond W25X16 | PMC PM25LV020 |
Atmel AT45DB021 | SST 25WF128B | Windbond W25X32 | PMC PM25LV040 |
Atmel AT45DB041 | Spansion S25FL256S | Windbond W25X64 | PMC PM25LV080B |
Atmel AT45DB081 | Spansion S25FL128S | Windbond W25Q80BV | PMC PM25LV016B |
Atmel AT45DB161 | Spansion S25FL128P | Windbond W25Q16BV | PCT 25VF512A |
Atmel AT45DB321 | Spansion S25FL064 | Windbond W25Q32BV | PCT 25VF010A |
Atmel AT45DB642 | Spansion S25FL032 | Windbond W25Q64BV | PCT 25VF020B |
Atmel AT45DB011D | Spansion S25FL016 | MXIC MX25L10 | PCT 25VF040B |
Atmel AT45DB021D | Spansion S25FL008 | MXIC MX25L20 | PCT 25VF080B |
Atmel AT45DB041D | ST / Micron N25Q00A | MXIC MX25L40 | PCT 25VF016B |
Atmel AT45DB081D | ST / Micron N25Q512 | MXIC MX25L80 | PCT 25VF032B |
Atmel AT45DB161D | ST / Micron N25Q256 | MXIC MX25L160 | PCT 25VF064C |
Atmel AT45DB321D | ST / Micron N25Q128 | MXIC MX25L320 | PCT 26VF016 |
Atmel AT45DB642D | ST / Micron M25P128 | MXIC MX25L640 | PCT 26VF032 |
Nordic nRF24LE1 (16KB flash over SPI) |
Xilinx CoolRunner-II series (XC2C32A, XC2C64A, XC2C128, XC2C256, XC2C384, XC2C512) |
Xilinx XC9500XL series (XC9500XL, XC95288XL, XC95144XL, XC9572XL, XC9536XL) |
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