Graphics Vram Organization For Two Modes; Panasonic - Panasonic MN10285K User Manual

GRAMEND 40 N 5
GRAMEND 40 (N 1)
GRAMEND 40 n 5
GRAMEND 40 (n 1)
GRAMEND 7B
GRAMEND 40
GRAMEND 3B
GRAMEND
GRAMEND 28 N 1
GRAMEND 28 (N 1)
GRAMEND 28 n 1
GRAMEND 28 (n 1)
GRAMEND 4F
GRAMEND 28
GRAMEND 27
GRAMEND
Panasonic Semiconductor Development Company
Line N data
GRAMEND 3F
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GRAMEND 3E
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GRAMEND 3D
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GRAMEND 3C
GRAMEND 3B
GRAMEND 3A
Line n data
GRAMEND 2F
GRAMEND 2E
.
.
.
Line 2 data
GRAMEND 3
GRAMEND 2
Line 1 data
64 bytes
GRAMEND 1
A. GEXTE = 1
Line N data
GRAMEND 27
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GRAMEND 26
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GRAMEND 25
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GRAMEND 24
GRAMEND 23
GRAMEND 22
Line n data
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GRAMEND 5
Line 2 data
GRAMEND 4
GRAMEND 3
GRAMEND 2
Line 1 data
40 bytes
GRAMEND 1
B. GEXTE = 0
Figure 7-7 Graphics VRAM Organization for Two Modes

Panasonic

Unused area
Unused area
Code 30
Code 29
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Code 2
Code 1
2 bytes
GRAMEND
Code 20
Code 19
Code 18
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Code 3
Code 2
Code 1
2 bytes
GRAMEND
MN102H75K/F75K/85K/F85K LSI User Manual
170
On-Screen Display
VRAM
Low-order 8 bits
of graphics code
High-order 8 bits
of graphics code
Low-order 8 bits
of graphics code
High-order 8 bits
of graphics code