Intel E3815 FH8065301567411 Datenbogen
Produktcode
FH8065301567411
Intel
®
Atom™ Processor E3800 Product Family
870
Datasheet
14.11.197 CURAPALET_0—Offset 70090h
Cursor A Palette registers (4 Registers)
Access Method
Default: 00000000h
14.11.198 CURAPALET_1—Offset 70094h
Cursor A Palette registers (4 Registers)
Access Method
11:0
0b
RW
CURSOR_X_POSITION_MAGNITUDE_BITS_11:
0: These 12 bits provide the signed
13-bit value that specifies the horizontal position of cursor. The sign bit is provided by
bit 15 of this register. (default is 0)
For HDMI modes where the horizontal zoom is greater than 1x, the position is specified
using the zoomed grid.
When performing 180 rotation, this field specifies the horizontal position of the lower
right corner relative to the end of the active video area in the unrotated orientation.
Bit
Range
Default &
Access
Field Name (ID): Description
Type:
Memory Mapped I/O Register
(Size: 32 bits)
Offset:
GTTMMADR_LSB Type:
PCI Configuration Register (Size: 32
bits)
GTTMMADR_LSB Reference:
GTTMMADR_LSB Reference:
[B:0, D:2, F:0] + 10h
31
28
24
20
16
12
8
4
0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
RE
SERV
ED
RED
_
OR_Y_V
ALUE
GR
EEN_OR_U_V
A
LUE
BLUE
_
O
R_V_V
A
LUE
Bit
Range
Default &
Access
Field Name (ID): Description
31:24
0b
RW
RESERVED:
Write as zero.
23:16
0b
RW
RED_OR_Y_VALUE:
These registers specify the cursor palette. RGB data is full range
unsigned numbers. YUV data will be unsigned for the Y and excess 128 notation for the
UV values. The data can be pre-gamma corrected and bypass the gamma correction
logic or passed through the gamma corrector.
15:8
0b
RW
GREEN_OR_U_VALUE:
These registers specify the cursor palette. RGB data is full
range unsigned numbers. YUV data will be unsigned for the U and excess 128 notation
for the YV values. The data can be pre-gamma corrected and bypass the gamma
correction logic or passed through the gamma corrector.
7:0
0b
RW
BLUE_OR_V_VALUE:
These registers specify the cursor palette. RGB data is full range
unsigned numbers. YUV data will be unsigned for the V and excess 128 notation for the
YU values. The data can be pre-gamma corrected and bypass the gamma correction
logic or passed through the gamma corrector.