S5D0127X01 Datasheet, PDF (48/96 Pages) Samsung semiconductor – MULTISTANDARD VIDEO DECODER/SCALER

S5D0127X01 Data Sheet
MULTIMEDIA VIDEO
2. CONTROL REGISTER DESCRIPTION
This section contains information concerning the programmable control registers. Table 14 provides the default
power up values for each index, and a bit map for each register. The following pages describe each register in
detail and the possible programing values (an * indicates the power-on default). Gamma correction registers are
write only. When the index register points to any of the Gamma correction register, the Gamma look-up table is put
into a program mode. Normal operation resumes when the index is outside the range from 0x40 to 0xFF.
Table 14: Register Summary
Bit Map
Index Mnemonic Default
7
6
5
4
3
2
1
0
0x00 STAT
RO CHIPID VBIFLG NOVID FFRDET PALDET CDET HLOCK CLOCK
0x01 CMDA
2C POWDN VSE
HFSEL[1:0]
XT24 PIXSEL MNFMT IFMT
0x02 CMDB
20 AGCGN VALIGN AGCOVF AGCFRZ
INSEL[3:0]
0x03 CMDC
00 VMEN TSTGE1 0 TSTGPK TSTGPH TSTGFR[1:0] TSTGEN
0x04 CMDD
00
EAV
0
CKDIR
INPSL[1:0]
SYNDIR Y1MHZ GPPORT
0x05 HAVB
00
HAVB[7:0]
0x06 HAVE
00
HAVE[7:0]
0x07 HS1B
00
HS1B[8:1]
0x08 HS1E
00
HS1E[8:1]
0x09 HS2B
00
HS2B[8:1]
0x0A HS2E
00
HS2E[8:1]
0x0B AGC
50
AGC[7:0]
0x0C HXTRA
00
HAVB[10:8]
HAVE[10:8]
HS1BE0 HS2BE0
0x0D CDEM
00 OUTHIZ FSEC
0
CIFCMP[1:0]
0
0
0
0x0E PORTAB 00 DIRB
DATAB[2:0]
DIRA
DATAA[2:0]
0x0F LUMA
00
0
UNIT RGBH PED HYBWR CTRAP
HYPK[1:0]
0x10 CON
00
CONT[7:0]
0x11 BRT
00
BRT[7:0]
0x12 CHROMA 08 ACCFRZ PALM PALN CBW
CORE[1:0]
CKILL[1:0]
0x13 CHROMB 00
CDLY[3:0]
SCHCMP[3:0]
0x14 DEMOD 00 FSCDET SECDET CDMLPF CTRACK MNFSC[1:0]
MNSECAM[1:0]
0x15 SAT
00
SAT[7:0]
0x16 HUE
00
HUE[7:0]
0x17 VERTIA 00 MNYCMB
YCMBCO[2:0]
VRT2X
VCTRL[2:0]
0x18 VERTIB 00
HYLPF[2:0]
HYBWI HYDEC VSCLEN[1:0]
0
0x19 VERTIC 03 MNCCMB
CCMBCO[2:0]
ACMBEN VYBW EVAVEV EVAVOD
0x1A HSCLL
00
HSCL[6:0]
CMBMOD
0x1B HSCLH
00
HSCL[14:7]
0x1C VSCLL
FC
VSCL[5:0]
ACMBCO ACMBRE
0x1D VSCLH
FF
VSCL[13:6]
0x1E OFMTA
-
GAMEN[1:0]
OENC[1:0]
OFMT[3:0]
0x1F OFMTB
00 VSVAV
EVAND[1:0]
EVHS1 EVHAV EVEHAV EVAVG EVANDL
ELECTRONICS
Modified on May/04/2000
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