Sony SDM-HX75 / SDM-HX95 Service Manual ▷ View online
EDID data for SDM- HX95 (Analog)
Ver1.0
No. Data
No. Data
No. Data
No.
Data
0 00h <Header>
32 12h (Blue)Y
64 13h
96
44h D
1 FFh
33 50h (White)X
65 00h
97
4Dh M
2 FFh
34 54h (White)Y
66 78h
98
2Dh -
3 FFh
35 ADh <Established Timings>
67 2Dh
99
48h H
4 FFh
36 CFh
68 11h
100
58h X
5 FFh
37 00h
69 00h
101
39h 9
6 FFh
38 81h <Standard Timings>
70 00h
102
35h 5
7 00h
39 80h #1：1280*1024/60Hz
71 1Eh
103
0Ah (EOL)
8 4Dh < Manufacturer name >
40 81h
72 00h D Timing #2
104
20h
9 D9h SNY
41 40h #2：1280*960/60Hz
73 00h <Range>
105
20h
10
00h
53h
53h
< Product code >
42 01h
74 00h
106
20h
11
( 0053) --> 5300
43 01h #3：None
75 FDh
107
20h
12 01h (Un-used : Serial)
44 01h
76 00h
108
00h D Timing #4
13 01h
,,
45 01h #4：None
77 30h fV min. 48 [Hz]
109
00h <Serial Number>
14 01h
,,
46 01h
78 4Bh fV max. 75 [Hz]
110
00h <Example>
15 01h
,,
47 01h #5：None
79 1Ch fH min. 28 [kHz]
111
FFh
16 *1 <Week>
48 01h
80 51h fH max. 81 [kHz]
112
00h
17 *2 <Year>
49 01h #6：None
81 0Eh Max. p_clk 140 [MHz]
113
*3
18 01h <EDID S_Version>
50 01h
82 00h
114
*3
19 03h <EDID Revision>
51 01h #7：None
83 0Ah
115
*3
20 0Ch <Video Input siganl>
52 01h
84 20h
116
*3
21 26h <Max.H. Image Size> 376mm
53 01h #8：None
85 20h
117
*3
22 1Eh <Max.V. Image Size> 301mm
54 30h D Timing #1
86 20h
118
*3
23 78h <Gamma>
55 2Ah <Signal Timing>
87 20h
119
*3
24 EAh <DPMS etc.>
56 00h ( VESA1280x1024@60 )
88 20h
120
0Ah (EOL)
25 D8h <Color>
57 98h
89 20h
121
20h
26 55h
58 51h
90 00h D Timing #3
122
20h
27 A3h (RED)X
59 00h
91 00h <Model Name 1>
123
20h
28 59h (RED)Y
60 2Ah
92 00h SDM-HX95
124
20h
29 48h (Green)X
61 40h
93 FCh
125
20h
30 99h (Green)Y
62 30h
94 00h
126
00h
31 24h (Blue)X
63 70h
95 53h S
127
*4
<Check Sum>
*1. Input Data according to production week.
*2. Input Data according to production year.
Year code = A.D.-1990
Ex) A.D.2004-> 0Eh
Ex) A.D.2004-> 0Eh
*3. Change decimal-seven-digit serial number to the ACII code and input it by unit.
Ex) 5000001-> 35,30,30,30,30,30,31
113 -> 35h, 114 -> 30h, 115 -> 30h, 116 -> 30h, 117 -> 30h, 118 -> 30h, 119 -> 31h
113 -> 35h, 114 -> 30h, 115 -> 30h, 116 -> 30h, 117 -> 30h, 118 -> 30h, 119 -> 31h
*4. Input the data as the value of the lower 8 bits of the sum up all registers from #0 to #126 is equal to
"00h".
Ex) The sum of data from #0 to #126 is "1C2Bh". In this case, the check sum is "D5h",
2Bh+D5h=100h
Ex) The sum of data from #0 to #126 is "1C2Bh". In this case, the check sum is "D5h",
2Bh+D5h=100h
*5. Color Data of panel
2 5
D 8 h
< C o lo r >
2 6
5 5 h
2 7
A 3 h (R E D )X = 0 .6 4 0
2 8
5 9 h
(R E D )Y = 0 .3 4 9
2 9
4 8 h
(G r e e n )X = 0 .2 8 3
3 0
9 9 h
(G r e e n )Y = 0 .5 9 8
3 1
2 4 h
(B lu e )X = 0 .1 4 2
3 2
1 2 h
(B lu e )Y = 0 .0 7 1
3 3
5 0 h
(W h it e )X = 0 .3 1 3
3 4
5 4 h
(W h it e )Y = 0 .3 2 9
F u j i t s u p a n e l ( F L C 4 8 S X C 8 V - 1 2 )
- 9 - SDM-HX75/95 (E)
EDID data for SDM- HX95 (Digital)
Ver1.0
No. Data
No. Data
No. Data
No.
Data
0 00h <Header>
32 12h (Blue)Y
64 13h
96
44h D
1 FFh
33 50h (White)X
65 00h
97
4Dh M
2 FFh
34 54h (White)Y
66 78h
98
2Dh -
3 FFh
35 A1h <Established Timings>
67 2Dh
99
48h H
4 FFh
36 08h
68 11h
100
58h X
5 FFh
37 00h
69 00h
101
39h 9
6 FFh
38 81h <Standard Timings>
70 00h
102
35h 5
7 00h
39 80h #1：1280*1024/60Hz
71 1Eh
103
0Ah (EOL)
8 4Dh < Manufacturer name >
40 81h
72 00h D Timing #2
104
20h
9 D9h SNY
41 40h #2：1280*960/60Hz
73 00h <Range>
105
20h
10
00h
54h
54h
< Product code >
42 01h
74 00h
106
20h
11
( 0054) --> 5400
43 01h #3：None
75 FDh
107
20h
12 01h (Un-used : Serial)
44 01h
76 00h
108
00h D Timing #4
13 01h
,,
45 01h #4：None
77 39h fV min. 57 [Hz]
109
00h <Serial Number>
14 01h
,,
46 01h
78 3Fh fV max. 63 [Hz]
110
00h <Example>
15 01h
,,
47 01h #5：None
79 1Ch fH min. 28 [kHz]
111
FFh
16 *1 <Week>
48 01h
80 41h fH max. 65 [kHz]
112
00h
17 *2 <Year>
49 01h #6：None
81 0Bh Max. p_clk 110 [MHz]
113
*3
18 01h <EDID S_Version>
50 01h
82 00h
114
*3
19 03h <EDID Revision>
51 01h #7：None
83 0Ah
115
*3
20 80h <Video Input siganl>
52 01h
84 20h
116
*3
21 26h <Max.H. Image Size>
53 01h #8：None
85 20h
117
*3
22 1Eh <Max.V. Image Size>
54 30h D Timing #1
86 20h
118
*3
23 78h <Gamma>
55 2Ah <Signal Timing>
87 20h
119
*3
24 EAh <DPMS etc.>
56 00h ( VESA1280x1024@60 )
88 20h
120
0Ah (EOL)
25 D8h <Color>
57 98h
89 20h
121
20h
26 55h
58 51h
90 00h D Timing #3
122
20h
27 A3h (RED)X
59 00h
91 00h <Model Name 1>
123
20h
28 59h (RED)Y
60 2Ah
92 00h SDM-HX95
124
20h
29 48h (Green)X
61 40h
93 FCh
125
20h
30 99h (Green)Y
62 30h
94 00h
126
00h
31 24h (Blue)X
63 70h
95 53h S
127
*4
<Check Sum>
*1. Input Data according to production week.
*2. Input Data according to production year.
Year code = A.D.-1990
Ex) A.D.2004-> 0Eh
Ex) A.D.2004-> 0Eh
*3. Change decimal-seven-digit serial number to the ACII code and input it by unit.
Ex) 5000001-> 35,30,30,30,30,30,31
113 -> 35h, 114 -> 30h, 115 -> 30h, 116 -> 30h, 117 -> 30h, 118 -> 30h, 119 -> 31h
113 -> 35h, 114 -> 30h, 115 -> 30h, 116 -> 30h, 117 -> 30h, 118 -> 30h, 119 -> 31h
*4. Input the data as the value of the lower 8 bits of the sum up all registers from #0 to #126 is equal to
"00h".
Ex) The sum of data from #0 to #126 is "1C2Bh". In this case, the check sum is "D5h",
2Bh+D5h=100h
Ex) The sum of data from #0 to #126 is "1C2Bh". In this case, the check sum is "D5h",
2Bh+D5h=100h
*5. Color Data of panel
2 5
D 8 h
< C o lo r >
2 6
5 5 h
2 7
A 3 h (R E D )X = 0 .6 4 0
2 8
5 9 h
(R E D )Y = 0 .3 4 9
2 9
4 8 h
(G r e e n )X = 0 .2 8 3
3 0
9 9 h
(G r e e n )Y = 0 .5 9 8
3 1
2 4 h
(B lu e )X = 0 .1 4 2
3 2
1 2 h
(B lu e )Y = 0 .0 7 1
3 3
5 0 h
(W h it e )X = 0 .3 1 3
3 4
5 4 h
(W h it e )Y = 0 .3 2 9
F u j i t s u p a n e l ( F L C 4 8 S X C 8 V - 1 2 )
- 10 - SDM-HX75/95 (E)
OPERATING INSTRUCTIONS
[Front Control Panel]
1. MENU Button
This button turns the menu screen on and off.
2.
↑/↓ and “volume control” Buttons
These buttons are used to select the menu items and
make adjustments, and also display the “Volume”
menu to control the volume.
3. OK Button
This button activates the selected menu item and
adjustments made using the buttons (2).
4. INPUT Button
This button switches the video input signal between
INPUT1, INPUT2 and INPUT3 when two computers
are connected to the monitor.
5. “PICTURE/AUDIO MODE” Button
This button changes the MODE (PICTURE/AUDIO).
6. Power switch and power indicator
This turns the display on or off, press the (power)
switch. The power indicator lights up in green when
the display is turned on, and lights up in orange when
the display is in the power saving mode.
make adjustments, and also display the “Volume”
menu to control the volume.
3. OK Button
This button activates the selected menu item and
adjustments made using the buttons (2).
4. INPUT Button
This button switches the video input signal between
INPUT1, INPUT2 and INPUT3 when two computers
are connected to the monitor.
5. “PICTURE/AUDIO MODE” Button
This button changes the MODE (PICTURE/AUDIO).
6. Power switch and power indicator
This turns the display on or off, press the (power)
switch. The power indicator lights up in green when
the display is turned on, and lights up in orange when
the display is in the power saving mode.
7. Light sensor
This sensor measures the brightness of the
surrounding area. Be sure not to cover the sensor
with papers, etc.
8. Stereo speakers
These speakers output the audio signals as sound.
[SIDE VIEW]
9. Back cover
Slide up this cover when you connect cables or cords.
10. Headphones jack
This jack output audio signals to the headphones.
Slide up this cover when you connect cables or cords.
10. Headphones jack
This jack output audio signals to the headphones.
- 11 - SDM-HX75/95 (E)
[REAR VIEW]
11. AC IN connector
This connector connects the power cord (supplied).
12. Security Lock Hole
The security lock hole should be used with the Kensigton
Micro Saver Security System. Micro Saver Security
System is a trademark of Kensigton.
13. Audio input jack for INPUT1
This jack inputs audio signals when connected to the
audio output jack of a computer or other audio equipment
connected to INPUT1.
14. HD15 input connector (analog RGB) for INPUT1
This connector inputs analog RGB video signals.
(0.700Vp-p, positive) and sync signals.
15. Audio input jack for INPUT2
This jack inputs audio signals when connected to the audio
output jack of a computer or other audio equipment connected to INPUT2.
16. HD15 input connector (analog RGB) for INPUT2
This connector inputs analog RGB video signals.
(0.700Vp-p, positive) and sync signals.
17. Audio input jack for INPUT3
This jack inputs audio signals when connected to the audio output jack of a computer or other audio equipment
connected to INPUT3.
18. DVI-D input connector (digital RGB) for INPUT3
This connector inputs digital RGB video signals that comply with DVI Rev.1.0
19. Cable holder
This part secures cables and cords to the monitor.
This connector connects the power cord (supplied).
12. Security Lock Hole
The security lock hole should be used with the Kensigton
Micro Saver Security System. Micro Saver Security
System is a trademark of Kensigton.
13. Audio input jack for INPUT1
This jack inputs audio signals when connected to the
audio output jack of a computer or other audio equipment
connected to INPUT1.
14. HD15 input connector (analog RGB) for INPUT1
This connector inputs analog RGB video signals.
(0.700Vp-p, positive) and sync signals.
15. Audio input jack for INPUT2
This jack inputs audio signals when connected to the audio
output jack of a computer or other audio equipment connected to INPUT2.
16. HD15 input connector (analog RGB) for INPUT2
This connector inputs analog RGB video signals.
(0.700Vp-p, positive) and sync signals.
17. Audio input jack for INPUT3
This jack inputs audio signals when connected to the audio output jack of a computer or other audio equipment
connected to INPUT3.
18. DVI-D input connector (digital RGB) for INPUT3
This connector inputs digital RGB video signals that comply with DVI Rev.1.0
19. Cable holder
This part secures cables and cords to the monitor.
- 12 - SDM-HX75/95 (E)
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