Sony KF-60XBR800 - 60" Xbr Grand Wega™ Rear Projection... User manual

Revised on 2/18/2003 3:08 PM
Sony Grand Wega XBR Tweaks
KF-50XBR800 / KF-60XBR800
Version 4.5

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Important: Remember to record the original values
before making any changes.
PROCEED AT YOUR OWN RISK.
This document contains information on how to improve the picture quality of a
Sony KF-50XBR800 and KF-60XBR800. Changing values in the service menu
can degrade the picture quality if done incorrectly and potentially damage your
TV and void the Sony warranty. Every attempt has been made to provide
accurate information, but no guarantees are made as to the applicability of these
changes. This document is provided for informational purposes only and
damage resulting from the use of this document is your problem and no one
else's.
Many of the values shown in this document are the result of following a
calibration procedure. Failure to use the calibration procedure given and
substituting the values shown will likely result in substandard picture quality.
Carefully read the comments in this document because they indicate whether the
value shown is an example or one that should be used at all times.

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The following is an overview of the recommended order to implement all of
the adjustments in this document:
Service Menu Category
Or User Menu Comments
USER Menu Settings (DRC Reality, DRC
Clarity, Image Revision, Color
Temperature, Cinemotion)
* -Set to the values shown while in PRO
mode.
PIC-BOOST2 (OSP, PKNG) Removes enhancement to sharpness if set
to values shown.
MID5 Removes enhancement and filtering on
inputs.
PIC-BOOST2 (VGAM) This is used to modify gamma. The value
shown in the table will result in a value
close to 2.2 with GAMM below.
PIC-BOOST3 To align color & luminance information with
Avia or image similar to CNN logo
2170P-4 (GAMM/BLK) To modify luminance curve when set to the
values shown. The resulting gamma will
be about 2.2 with VGAM above.
MID1 & MID2* With THX screen alignment image or
Video Essentials
2170P-4 (SHUE, SCOL) Set these to the values shown to
equivalence settings across inputs.
USER Menu Settings
(Picture & Brightness)* With AVIA or THX Optimizer.
2170P-4 (SPIC)* With THX picture/contrast display (use this
value for all other inputs).
2170P-1* Adjust white balance with gray scale
displays, skip this or try the values
included. You may be able to increase
SPIC after making this adjustment.
USER Menu Settings
(Picture, Brightness, Color, Hue,
Sharpness)*
With AVIA and/or THX Optimizer.
2170P-4 (Color Decoder)* With Avia.
User Menu (Hue, Color)* With Avia (if it changes go back to color
decoder).
2170P-2 (reset values)* Copy settings from User Menu into reset
settings. Remember to start counting at
zero.
2170P-2 (custom values) Adjust each input to the desired
appearance under PRO mode with these
values. This can be difficult without a test
image.
*-Only for first (DVD) input. Use these values for all other inputs and screen
resolutions (480i, 480p, 720p, 1080i).

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User Menu (in your owner's manual):
2/17/03
Resolution Composite Component DVI
Mode
480i 480p 1080i
Input
Video 1 Video 5 Video 7
Source
Satellite DVD HD
Picture
100% [64 ticks] 100% [64
ticks] 100% [64 ticks]
Brightness
31% [20 ticks] 31% [20 ticks] 31% [20 ticks]
Color
41% [26 ticks] 41% [26 ticks] 41% [26 ticks]
Hue
52% [33 ticks) 52% [33 ticks) 52% [33 ticks)
Sharpness
27% [17 ticks] 27% [17 ticks] 27% [17 ticks]
Cinemotion
On On On
Temperature
Warm Warm Warm
DRC Reality
111
DRC Clarity
100 100 100
Image
Revision
Set For Your
TV Set For Your TV Set For Your TV This will cause
strange
ghosting
if wrong.
# Ticks = the number of ticks from the left on the menu where you change
the values.

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Service Menu (All of these settings are only available in the service menu)
To change a data item for an input you must press [TV/Video] on the remote to
select that input while you are on the data item if you are not on that input and in
the proper mode [PRO, VIVID] with an image from that device on the screen.
Once you have changed the proper data item you must save it before proceeding
to the next input or mode or the change will be lost. Note: Sometimes an input
will change its signal type (720p to 480i) from a device without your asking it to
so make sure your changes took.
The following list is only a small subset of the values in the service menu. Go to
the correct category first and thenmove up to the correct item name to change a
value. Most of the values can be tested correctly without saving them. Only
store a value when you are sure of the change because going back requires you
to enter the original value manually.
THE FOLLOWING CHANGES ARE INTENDED FOR PRO MODE. MORE
CHANGES ARE REQUIRED IF YOU WISH TO MAKE VIVID, STANDARD OR
MILD MODE LIKE PRO.
ALWAYS RECORD THE CATEGORY, ITEM NO., DATA, PICTURE MODE,
ITEM NAME & INPUT SIGNAL BEFORE CHANGING ANYTHING!!!!
The service menu is arranged as follows:
Category.....................Item No. ..............Data.............…Menu Mode
Item Name.................................................................Input Signal
The following are the service menu commands (multiple button pushes are
separated with a dash):
To Enter Service Menu Display -5 -Vol+ -Power (While off)
To Save Settings Mute -Enter
To Navigate Service Menu
Up Item 1
Down Item 4
Up Category 2
Down Category 5
Increment Data 3
Decrement Data 6
Erase Changes That
Have Not Been Saved Unplug TV after cooling down
To exit the Service Menu Turn off the TV wait 3 or 4 minutes and
turn it back on or hit the power button
again after turning it off (very quickly).

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These settings should be used for all the inputs you have to remove
enhancement artifacts.
PIC-BOOST2 (Category) 1/11/03
All
Inputs
OSP [Overrule Smart Peaking]
1
PKNG [Peaking Amplitude]
0
Readjust sharpness after changing these
(you should be able to increase it)
This setting can be used to customize your gamma setting.
PIC-BOOST2 (Category) 1/11/03
All
Inputs
VGAM [Variable Gamma]
31
Increasing this increases the gamma for the
display (31 disables adjustment).
Picture and brightness will need to be
readjusted anytime this value is changed.
If you want to try a change in gamma
change the value by 5 or 10 and recalibrate
picture and brightness.
This setting can improve the color sharpness of analog inputs and is a
function of the device's accuracy.
PIC-BOOST3 (Category) 12/9/02
Dish
501 DVD-XP30 DVI
CDLY [Croma Delay]
70Not
Applicable
Display something like CNN where you have bright red lettering on a white field
and line up the luma and chroma signal or use the test pattern on AVIA to set
CDLY.

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These settings are used to set the white balance (color of gray). This is the
most difficult adjustment to make.
2170P-1 (Category) 1/31/03
(From Color Analyzer)
Composite Component DVI
RDRV (Red Gain)
40 40 40 High IRE adjustment
GDRV (Green Gain)
44 44 44 High IRE adjustment
BDRV (Blue Gain)
48 48 48 High IRE adjustment
RCUT (Red Bias)
26 26 26 Low IRE adjustment
GCUT (Green Bias)
22 22 22 Low IRE adjustment
BCUT (Blue Bias)
17 17 17 Low IRE adjustment
An instrument free procedure for adjusting white balance:
1. Place a bright gray window (70-90 IRE) on the screen from AVIA or VE.
2. Go to category 2170P-2 and item RGBS and set the value to 6 (turns off
blue).
3. Adjust GDRV until the window looks pure yellow (not green or red tinted). I
record the values where it looks slightly green and red and then try the
values near the middle of those.
4. Place a gray scale ramp (100-0 IRE) on the screen.
5. Adjust GCUT and/or RCUT if you see a problem with low IRE yellows.
This is difficult to judge.
6. Go back to step one if you changed GCUT or RCUT.
7. Go to category 2170P-2 and item RGBS and set the value to 7 (all panels
on).
8. Change the gray window to a value of around 70-50 IRE. Do not use an
IRE value less than 30 because of probable problems with the panels not
tracking well at low levels.
9. Set BDRV to zero and then increase BDRV until the screen just looks gray
and stop. I use a photographic gray card with either indirect outside
lighting or a 6500K light source to judge this. Be very careful not to make
the grays overly blue. Many people think 6500k grays are slightly sepia
toned.
10. Place a gray scale ramp (100-0 IRE) on the screen.
11. Adjust BCUT if you see a problem with low IRE grays.
12. Go back to step 8 if you changed BCUT.
13. Readjust the color decoder if you have done this previously.
14. Write the results to memory and copy to other inputs if you like the results
if not just change the input and everything will go back to normal.
Note: Here are some readings at D6500 with a light meter (AEMC CA813)
using Avia filters that could be useful to others: Blue –6.84% of Green, Red –
61.8% of Green. This ratio should be close for all of these sets.

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Press the reset button on the remote after saving them with the mode
highlighted in yellow to invoke these.
2/17/03
2170P-2 (Category) Input
Independent
UPCG [Picture]
63
UBRG [Brightness]
19
UCOL [Color]
25
UHUE [Hue]
32
USHP [Sharpness]
16
UTMP [Temp., 0=Warm, 1=Neutral, 2=Cool]
0
These values are the number of ticks starting with zero from the left on the menu
where you change the value.
These settings allow you to have effectively different user menu settings
for each input. Set these based on your personal preference or calibration
screens like THX Optimode.
2170P-2 (Category) 2/17/03
Composite Component DVI
UPOG [Picture] *
38 28 28
UBOG [Brightness] *
31 48 48
UCOF [Color]*
37 38 38
UHOF [Hue]*
28 30 30
SHOF [Sharpness]*
31 31 31
* You must save the settings and then cycle through the modes by pressing the
PICTURE button on your remote until you are back in PRO mode to see these
changes.

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This setting is used to turn individual LCD panels on and off for the color
decoder and gray scale calibration.
2/17/02
2170P-2 (Category) Input Independent
RGBS [Panel Switch]
7= All on (Normal)
6= Blue off
5= Green off
4= Red only
3= Red off
2= Green only (you will need to
temporarily drop the user menu picture
setting for this mode due to a bias)
1=Blue only (you will need to
temporarily drop the user menu picture
setting for this mode due to a bias)
0=All off
These settings will change the illumination response and color of the
display.
2170P-4 (Category) 2/17/03
Composite Component DVI
SCOL [Sub Color]
29 29 29 A
SHUE [Sub Hue]
30 30 30 A
SPIC [Sub Picture]
12 12 12 A
GAMM [Gamma]
000B
BLK
000
RYR [Red color decoder]
666C
RYB [Red color decoder]
15 14 14 C
GYR [Green color decoder]
12 13 13 C
GYB [Green color decoder]
633D
A Setting these identical helps all the other settings stays the same.
BThis setting improves the contrast on the screen.
CThe color decoder settings are used to balance the level of each color relative to
that found in white.
DLook at faces to judge this on other inputs.

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Visual Procedure For Color Decoder:
You need color test patterns like those found on AVIA to set the color decoder
properly. Use only the blue LCD panel and the blue pattern to set color and hue,
the green pattern and LCD panel is used to set GYR & GYB, the red pattern and
LCD panel is used to set RYR & RYB. To switch the panels onand off use RGBS
in category 2170P-2.
The colored filters can also be used, but the green with Avia is much less
accurate than switching the panels. You need to view a display like THX
Optimode for setting picture level and increase SPIC only to the point where the
light grays do not shift in color.
Light Meter Procedure For Color Decoder:
Use the special Avia color bar pattern with the 77 IRE white bar below each color bar
and the blue and red filters included with Avia. This minimizes the shift in brightness
caused by a change in horizontal position.
Use the blue filter to set the adjustments for blue. The filter should be between the
light meter and the screen with the sensor pressed up to the screen. Set the level of
blue to match the level of blue in white with the COLOR adjustment. Then adjust
HUE by measuring the level of blue in cyan and magenta and match them to the
level of blue in white.
Next, use the red filter to set the color decoder for red. Adjust RYR (red level) by
setting the red bar intensity to match the white bar with the red filter. Adjust RYB
by setting the red level in yellow and magenta to match that in white.
Green requires a different method because the color filters are inadequate for that
primary. The color bars should follow the following intensity pattern for NTSC relative
to white:
•White 1.0
•Yellow 0.866
•Cyan 0.701
•Green 0.587
•Magenta 0.413
•Red 0.299
•Blue 0.114
HD should follow the following pattern if you had a test pattern:
•White 1.0
•Yellow 0.9279
•Cyan 0.7875
•Green 0.7154
•Magenta 0.2846
•Red 0.2125
•Blue 0.0721

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Set the level of green to match its ratio to white (0.587) without any filter using
GYR. Set the level of yellow and cyan to match their ratios to white (0.866 & 0.701)
using GYB. It may not be possible to exactly match both cyan and yellow. Distribute
the error such that yellow looks like a bright lemon.
An AEMC CA813 light meter is recommended for this purpose. This meter has an
error rating of +-3% of the reading and follows the CIE photoptic response.
Use this setting if you want to change the brightness of the bars that the TV
puts on the screen in 4:3.
1/11/03
MID1 COM (Category) Input
Independent
BCOL
0
Increase this
value to
increase
brightness.
Use these settings to centeryour image with an anamorphic 16:9 test
pattern like that found on THX Optimode.
1/29/03
MID1 COM (Category) Check Each Input
DHPH
Horizontal Position
DVPH
Vertical Position
MDHS
Horizontal Size
MDVS
Vertical Size
Use these settings to center your image with a 4:3 test pattern like that
found on Avia.
1/30/03
MID2 DRC (Category) Check Each Input
DRHP
Horizontal Position
DRHS
Horizontal Size
DRVP
Vertical Position
DRVS
Vertical Size

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Use to improve screen resolution (eliminating the filtering may cause
problems with noisy or ringing devices).
1/30/03
MID5 L/E (Category) Check Each Input
MHLY
0Horz. Y Low Pass Filter Coef.
MVLY
0Vert. Y Low Pass Filter Coef.
MHYL
0H Enhance Y Clip Level
Use these settings to center your image with an anamorphic 16:9 test
pattern like that found on THX Optimode. Only use these if MID1 does not
do the job.
12/9/02
H POS AD (Category)**** Input
Independent
HPOS ADJ Horizontal Position
VPOS ADJ Vertical Position
PLL-C (Category)**** Input
Independent
VCOL Vertical Size
**** Applies to all inputs.
THE FOLLOWING IS FOR INFORMATION ONLY:
dE is the error in perceptual
color space. One dE
corresponds to a step that is
just barely noticeable to the
average observer. A dE of 5
or less is what you want to
have with 1 or 2 being very
good.
x & y are corrected
spectroradiomenter
corrected values from
Philips color analyzer. Y values are fL from color analyzer without screen gain.
Color Temp - x y coordinates
0.3
0.31
0.32
0.33
0.34
0.35
0.28 0.29 0.3 0.31 0.32 0.33 0.34 0.35

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Calibration Results For The Above Settings Using A Spectroradiometer &
Color Analyzer
IRE% xyYdE °K Gamma
100 0.315 0.332 13.67 26364
90 0.314 0.330 11.13 16430 1.96
80 0.315 0.330 8.76 26377 2.01
70 0.315 0.328 6.51 26389 2.09
60 0.315 0.330 4.63 26377 2.14
50 0.316 0.332 3.07 36312 2.18
40 0.318 0.336 1.83 66188 2.23
30 0.317 0.334 0.98 46249 2.24
20 0.315 0.328 0.40 36389 2.29
10 0.302 0.303 0.14 22 7517 2.23
00.269 0.243 0.06 18026
Note: The high color temperature @ 0 IRE indicates a color correction filter might
help shift the low level blacks closer to D65 is x=0.313 and y=0.329
Equipment Used: Philips PM5639 color analyzer, Sencore signal generator and
a LightSpex spectroradiometer.
Measured contrast ratios with AEMC CA813 in a dark room.
On/Off –313
ANSI -210
Y (light output) vs. Video Level
0
0.2
0.4
0.6
0.8
1
0 10 20 30 40 50 60 70 80 90 100
Color Temp - Degrees K
5500
5750
6000
6250
6500
6750
7000
0 10 20 30 40 50 60 70 80 90 100

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This document is intended as a guideline to connect the KF-50XBR800/KF-60XBR800
to an HTPC through DVI. These values have not been tested using component output.. I
take no responsibility if these procedures damage in any way your TV. MAKE SURE
TO ALWAYS RECORD YOUR ORIGINAL VALUES EVERYTIME YOU
ENTER THE SERVICE MENU. CONTINUE AT YOUR OWN RISK.
This document assumes that you know how to use the SERVICE MENU. If you don’t,
don’t try these procedures until you are familiar with it. There are two installations to be
made in the guideline. First, the MONITOR DRIVER, & last the RESOLUTION
INSTALLATION. The SERVICE MENU tweaks for MID1 COM category should be
done last. If you like to add your own HARDWARE/SOFTWARE configurations or the
values for the KF-50XBR800, please let me know.

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CONFIGURATIONS:
KF-60XR800 KF-50XBR800
GRAPHIC CARD RADEON ATI 9000 PRO
64MB CATALYST
VERSION 02.3
RADEON ATI 8500DV
CATALYST 3.1
DVI -CABLE SINGLE LINK DVD-DDUAL LINK DVD-D
Operating System WinXP Professional
Version 2002
Service Pack 1
WinXP Service Pack 2
RAM 512 MB 512 MB
CPU Speed Pentium III 502 MHZ AMD ATHLON 2100 Mhz
Monitor Driver SONY GDM-W900
(Microsoft)
or
Sony GDM-FW900
(Microsoft)
Sony GDM-FW900 (Sony
10/22/01 v2.0.0.0)
Powerstrip 3.30
WORKING RESOLUTIONS:
Comment: it is not fixable with MID1 COM After applying the values for MID1 COM
go to the TASKBAR and START MENU properties and unclick the option LOCK THE
TASKBAR. This will allow you to increment the size of the TASKBAR and you will
able to see it at this resolution.
Resolutions Over scan Fixable with MID1
COM Category Model
1184x666 Yes Yes KF-60XR800
KF-50XR800
1280x720 Yes Yes KF-60XR800
1360x720 Yes Yes KF-60XR800
1368x720 Yes Yes KF-60XR800
1368x768: Yes See CommentKF-60XR800

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POWERSTRIP TIMING PARAMETERS:
1184x666 PowerStrip timing parameters:
1184x666=1184,16,88,384,666,26,10,43,73764,3088
Generic timing details for 1184x666:
HFP=16 HSW=88 HBP=384 kHz=44 VFP=26 VSW=10 VBP=43 Hz=59
Linux modeline parameters:
"1184x666" 73.764 1184 1200 1288 1672 666 692 702 745 +hsync +vsync
1280x720 PowerStrip timing parameters:
1280x720=1280,104,40,288,720,0,5,21,76628,3088
Generic timing details for 1280x720:
HFP=104 HSW=40 HBP=288 kHz=45 VFP=0 VSW=5 VBP=21 Hz=60
Linux modeline parameters:
"1280x720" 76.628 1280 1384 1424 1712 720 720 725 746 +hsync +vsync
1360x720 PowerStrip timing parameters:
1360x720=1360,0,112,320,720,4,6,19,80318,3088
Generic timing details for 1360x720:
HFP=0 HSW=112 HBP=320 kHz=45 VFP=4 VSW=6 VBP=19 Hz=60
Linux modeline parameters:
"1360x720" 80.318 1360 1360 1472 1792 720 724 730 749 +hsync +vsync
1368x720 PowerStrip timing parameters:
1368x720=1368,64,144,208,720,4,3,17,79851,3088
Generic timing details for 1368x720:
HFP=64 HSW=144 HBP=208 kHz=45 VFP=4 VSW=3 VBP=17 Hz=60
Linux modeline parameters:
"1368x720" 79.851 1368 1432 1576 1784 720 724 727 744 +hsync +vsync
1368x768 PowerStrip timing parameters:
1368x768=1368,8,136,280,768,0,2,12,81592,3088
Generic timing details for 1368x768:
HFP=8 HSW=136 HBP=280 kHz=46 VFP=0 VSW=2 VBP=12 Hz=58
Linux modeline parameters:
"1368x768" 81.592 1368 1376 1512 1792 768 768 770 782 +hsync +vsync

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PROCEDURE TO CONNECT GWII THROUGH DVI
MONITOR DRIVER INSTALLATION:
1 -Get a resolution working when you connect your PC and the GWII via DVI.
Any resolution will do.
2 -Install Powerstrip. You may need to re-boot so that Powerstrip is launched.
2 -Go to the task bar select Powerstrip àOPTIONS àMONITOR INFORMATION.
At this point you should see the driver that is install on your P.C.
3 -Under the current MONITOR INFORMATION select change MONITOR DRIVER
(The default is READ DATA FROM REGISTRY). At this point, you will get the System
Properties under WinXP. Select the HARDWARE tab if it wasn’t already selected. Select
DEVICE MANAGER. Click on monitor and select the monitor you have with the mouse
right button.
4-Select update driver. Never let windows look for the driver. Select INSTALL FROM
A LIST OF SPECIFIC LOCATION (ADVANCED). CLICK NEXT.
5 – On the next Window, select DON’T SEARCH, I WILL CHOOSE THE DRIVER TO
INSTALL. Click Next.
6 – On the next Window, Click on SHOW COMPATIBLE HARDWARE. At this point
you will get a list of all monitor drivers. Under SONY select SONY GDM-W900 (see
configuration table for other drivers). This seems to have all the resolutions that are
needed. Either Windows will ask you restart or you restart the PC.
7 -After re-boot is complete, Go to the task bar select Powerstrip àOPTIONS à
MONITOR INFORMATION and verify that the monitor information screen contains that
correct monitor driver that you selected on step 6. Proceed to the Next step ONLY IF
THE INFORMATION SHOWS THE CORRECT MONITOR DRIVER, OTHERWISE
REPEAT STEPS 1 – 7.
RESOLUTION INSTALLATION:
8 -Go to the task bar select Powerstrip àDISPLAY PROFILESàCONFIGURE.
9 -Make sure "Hide modes not supported by monitor" is NOT checked. If so, uncheck.
10-Click on ADVANCED TIMING OPTIONS.
11-Click on CUSTOM RESOLUTIONS.

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12-Click on USER DEFINED resolutions.
13-now, go back to the POWERSTRIP TIMING PARAMETERS table (above) and
select one the parameters for the resolution that you want to add. Let’s take 1360x720 as
an example: Highlight everything from Powerstrip… to +vsync. Use the copy command
in to send this parameter to the clipboard…
PowerStrip timing parameters:
1360x720=1360,0,112,320,720,4,6,19,80318,3088
Generic timing details for 1360x720:
HFP=0 HSW=112 HBP=320 kHz=45 VFP=4 VSW=6 VBP=19 Hz=60
Linux modeline parameters:
"1360x720" 80.318 1360 1360 1472 1792 720 724 730 749 +hsync +vsync
14-On CUSTOM RESOLUTION window click on the PASTE icon (at bottom left).
15-Click on ADD NEW RESOLUTION. (At this point Window will ask you to re-boot
if this definition has never been added. It will do this every time you add a new
resolution). Reboot.
16-After Reboot, Go to the task bar select Powerstrip àDISPLAY PROFILESà
CONFIGURE.
17-under resolution, click on down arrow bar with the mouse and then push the bar until
you reach your new resolution that was defined on step 15. If you have a lot of
resolutions, you may need to use the arrow keys on the keyboard to choose the correct
resolution.
18-After choosing the correct resolution on step 17 (make sure is the correct one), click
on the APPLY button. The screen will go dark for a few seconds. You will get a popup
screen asking whether you want to keep this resolution or not. If you are able to see this
message and the screen select YES. Otherwise, you have done something wrong and
need to back and repeat the steps.
19-if everything has gone well; check that the new resolution has “stuck” on Powerstrip
by selecting Powerstrip àDISPLAY PROFILESàADVANCED TIMING OPTIONS.
If the resolution has “stuck”, then you will see the ACTIVE HORIZONTAL
GEOMETRY and the ACTIVE VERTICAL GEOMETRY at 1360x720 respectively.

Page 6of 7
SERVICE MENU:
20-now, at this point you have a lot of over scan. To get rid of it, power off your TV.
Wait until it goes completely dark. Then do the following sequence of commands to
enter the SERVICE MENU. DISPLAY – 5 – VOL+ POWER. Before entering this
menu make sure you know how to navigate the SERVICE MENU and you are familiar
with it. It is very easy to change other parameters in the service menu unintentionally.
This may or many not affect the total quality picture of your TV.
21-if you have entered the SERVICE MENU, then you will see the service menu at top
of the screen. You will also the input signal at 720 and the video input at video 7. Go to
category MID1 COM by using the 2 and 5 buttons on your remote. Once you find the
MID1 COM category, navigate this category until you reach the following parameters:
MDHS, MDVS, DHPH, & DVPH. Here are my parameters for 1360x720:
MID1
COM
Category
Original
Values
1280x720
Values
1360x720
Values
1368x720
Values
1368x768
Values
MDHS 240 230 227 225 225
MDVS 135 124 125 125 125
DHPH 111 126 148 148 148
DVPH 21 45 46 45 45
Notes: These values only apply to the KF-60XBR800. The values for the KF-
50XBR800 may be different. The 1368x720 values I do not know whether they will
apply to either TV model.
UNLOCKING THE TASKBAR:
22-if you have selected the 1368x768 resolution then you will notice that overscan is not
fixable with MID1 COM category; After applying the values for MID1 COM go to the
TASKBAR and START MENU properties and unclick the option LOCK THE
TASKBAR. This will allow you to increment the size of the TASKBAR and you will
able to see it at this resolution.

Page 7of 7
SAVING RESOLUTIONS IN POWERSTRIP AND ASSIGNING A HOT KEY
1 -Go to the task bar select Powerstrip àDISPLAY PROFILESàCONFIGURE
2 –Click on SAVE AS… The DISPLAY PROFILE window will come up with the name of the current
resolution. Click OK.
3 –Under the CURRENT SETTING, you will now see the resolution display. Click on the HOT KEY
MANAGER.
4 –Under FUNCTONS AND PROFILES look for the resolution that you just saved. Highlight it and click
on a HOT KEY.