FLASH_INTEL.AME
#
# This file contains the ASCII format information for a FLASH method
# file. This particular one is for Intel Boot block Flash.
# ==================================================================
[FLASH=E28F400CVT] \\ 1/2 Meg TOP Boot block
flash_name="Intel E28F400 CVT (Top boot)"
# This Flash has 3 128K blocks, 1 96K blocks, and 2 8K blocks, 1 16K (boot)
block.1={count=3:size=128K}
block.2={count=1:size=96K}
block.3={count=2:size=8K}
block.4={count=1:size=16K}
[FLASH=TE28F800CEB] \\ 1 Meg BOTTOM Boot block
flash_name="Intel TE28F400 CEB (Bottom boot)"
# This flash is treated as half words
width=2
# This Flash has 7 128K blocks, 1 96K block, 2 8K blocks, and 1 16K boot block
block.1={count=1:size=16K}
block.2={count=2:size=8K}
block.3={count=1:size=96K}
block.4={count=7:size=128K}
[FLASH=TE28F800CET] \\ 1 Meg TOP Boot block
flash_name="Intel TE28F400 CET (Top boot)"
# This flash is treated as half words
width=2
# This Flash has 7 128K blocks, 1 96K block, 2 8K blocks, and 1 16K boot block
block.1={count=7:size=128K}
block.2={count=1:size=96K}
block.3={count=2:size=8K}
block.4={count=1:size=16K}
[FLASH=TE28F008B3B] \\ 1 Meg BOTTOM Boot block x8 access
flash_name="Intel TE28F008 B3B (Bottom boot byte access)"
# This flash is treated as bytes
width=1
# This Flash has 8 8K blocks and 15 64K blocks
block.1={count=8:size=8K}
block.2={count=15:size=64K}
[FLASH=TE28F008B3T] \\ 1 Meg TOP Boot block x8 access
flash_name="Intel TE28F008 B3T (Top boot byte access)"
# This flash is treated as bytes
width=1
# This Flash has 15 64K blocks and 8 8K blocks
block.1={count=15:size=64K}
block.2={count=8:size=8K}
[FLASH=TE28F160B3BA90]
flash_name="Intel TE28F160B3BA90 16 Meg Bit(1Mx16)BOTTOM Boot block word access"
# This flash is treated as half words
width=2
# This Flash has 8blocks (8-Kbytes/4-Kwords)defined as parameter blocks and
# 31 blocks(64K (65,536 bytes/32,736 words)) as main blocks
block.1={count=8:size=8K}
block.2={count=31:size=64K}
[FLASH=DT28F320S3_AP]
flash_name="Intel DT28F320S3 2Mx16 x2 x4"
# This flash is treated as words
width=4
# Each Flash has 64 blocks(32K-halfwords x 2) as main blocks
block.1={count=64:size=128K}
block.2={count=64:size=128K}
block.3={count=64:size=128K}
block.4={count=64:size=128K}
[FLASH=DT28F640J3A_CP]
flash_name="Intel DT28F640J3A 64Mbit x2"
# This flash is treated as half words
width=4
# Each of the two parallel 64-Mbit devices are organized as 64x 128-Kbyte erase blocks
# 2x64=128blocks 2x128=256KB size
block.1={count=128:size=256K}
