Figure 3-7. Memory File Data - Intel HEX
Memory File
The binary stream of bits for above memory file data is:
If the memory port width is 9 bits, you must pad 7 zeros to every 9 bits of data from the
binary stream to create 16 bits (byte-aligned), as shown in the following figure.Figure 3-8. Padding Zeros to Create 16
Bits
The following figure shows the equivalent memory file data padded with zeros to achieve a
9-bit write port width.
Figure 3-9. Equivalent Memory File Data Padded with Zeros (9-bit Write Port Width)
When the tool parses the above memory file data (padded with zeros), the tool converts
the data to binary and reads it as a stream of bits. If the port width is 9 bits, the
tool reads 16 bits (byte-aligned), ignores the upper 7 bits, and stores the lower 9 bits
of actual data in RAM, as shown in the following table.
Table 3-1. 16-bit Write Port Width
Address
Data
0
0x1FF
1
0x108
2
0x0BB
3
0x1A4
4
0x13D
5
0x061
6
0x113
7
0x176
8
0x055
9
0x100
A
0x004
B
0x000
The online versions of the documents are provided as a courtesy. Verify all content and data in the device’s PDF documentation found on the device product page.
