HDTV Compatibility
Speaker Output
Power
Temperature (Note A)
Humidity (Relative).
480i, 480P, 720P, 1080i
10w (x2 Channels)
Voltage
100~132VAC (USA)
Operating +10 to + 40° C (Hum.<90%)
Storage -20 to +60
o
C (Hum.< 35 %)
Operating 20 to 90% non-condensing.(Ta< 35%)
(Note A)
Altitude
Dimensions
Weight
Regulations
Power saving
Modes
Storage 10 to 90% non-condensing. (Note A)
o
Wet-bulb temperature should be 39
C Max. (Ta> 40oC)
Note A: The temperature and relative humidity range is
shown in right side
Operating 0 to 3,000 m
Storage 0 to 12,000m
Physical 996mm (W) x 721.5mm (H) x 319.5mm (D)
Net / Gross
25.5kg / 31.5kg
UL, CUL, FCC
Active Off Power off < 1 W at 110VAC
Preset Timing Mode (Pre-adjusted to reduce blanking: 1280 x 720 at 60Hz)
Warning: Do not set the graphics card in your computer toexceed these refresh rates; doing so may result in permanent
damage to the RPTV.
Note: Product Specifications are subject to change without notice.
2.2.1.2 Adjust contrast & brightness to 100%, the Y > 400cd/m
2.2.1.3 In HDMI mode with contrast and brightness =default) and the 32 grays scale have 2 bright scale saturation is
acceptable.
When Contrast 100% and with 32grays need > 4 level saturation.
In video mode (Color Stream HD, Composite, S-Video, TV, DVI-HDTV mode):
When Contrast 100% and with 32grays need > 4 level saturation.
2.2.1.4 White uniformity: (9 point max.- 9 point min.) Meter normal to Screen.
a. Specification: Δx and Δy should be less than ΔWx: 0.016, ΔWy:0.020
2
.
2.2.2. Picture performance test.
2.2.2.1 Video performance test:
Apply pattern: Color bars (COL_SMPTE), Crosshatch, Multi burst, Black & White, Gray scale.
Color bars (COL_SMPTE). Multi burst.
Black & White.
FIG.18
5
2.2.2.1.1 Connected video signal source to AV port:
2.2.2.1.1.1 In color bar (COL_SMPTE) pattern,
a. The color from left side to right side should be White, Yellow, Sky Blue, Green, Magenta, Red and Blue.
b. The low light 10.7 IRE in the right bottom side should be separate clear.
c. Used the Blue color filter to check the Hue and Saturation were in the optimize point.
(Saturation: The Blue and White color should be the same when see through by Blue color filter.)
(Hue: The Magenta and Sky Blue color should be the same when see through by Blue color filter.)
2.2.2.1.1.2 In Crosshatch pattern, it should be no visible noise.
2.2.2.1.1.3 In Multi burst pattern:
a. In low bandwidth pattern, there are no any dots on the edge transitions.
b. In high bandwidth pattern, can not loss any resolution and the scaling should be correct.
c. There is no visible noise in this pattern.
2.2.2.1.1.4 In Black & White, there is no any trouble at edge transition.
2.2.2.1.1.5 In Gray Scale pattern, the gray scale should not be saturation.
2.2.2.1.2. Connected video signal source to S-Video port:
2.2.2.1.2.1 In color bar (COL_SMPTE) pattern:
a. The color from left side to right side should be White, Yellow, Sky Blue, Green, Magenta, Red and Blue.
b. There were no any dot crawl between color bar, but still had light smearing.
c. The low light 10.7 IRE in the right bottom side should be separate clear.
d. Used the Blue color filter to check the Hue and Saturation were in the optimize point.
(Saturation: the Blue and White color should be the same when see through by Blue color filter.)
(Hue: the Magenta and Sky Blue color should be the same when see through by Blue color filter.)
2.2.2.1.2.2. In Crosshatch pattern, it should be no visible noise.
2.2.2.1.2.3 In Multi burst pattern:
a. In low bandwidth pattern, there are no any dots on the edge transitions.
b. In high bandwidth pattern, can not loss any resolution and the scaling should be correct.
c. There is no visible noise in this pattern.
2.2.2.1.2.4 In Black & White, there is no any trouble at edge transition.
2.2.2.1.2.5 In Gray Scale pattern, the gray scale should not be saturation.
2.2.2.1.3 Connected video signal source to Color Stream HD (YPbPr) port:
2.2.2.1.3.1 In color bar (COL_SMPTE) pattern:
a. The color from left side to right side should be White, Yellow, Sky Blue, Green, Magenta, Red and Blue.
b. There were no any dot crawl and smearing between color bar.
c. The low light in the right bottom side should be separate clear.
2.2.2.1.3.2. In Crosshatch pattern, it should be no visible noise.
2.2.2.1.3.3 In Multi burst pattern:
a. In low bandwidth pattern, there are no any dots on the edge transitions.
b. In high bandwidth pattern, can not loss any resolution and the scaling should be correct.
c. There is no visible noise in this pattern.
2.2.2.1.3.4 In Black & White, there is no any trouble at edge transition.
2.2.2.1.3.5 In Gray Scale pattern, the gray scale should not be saturation.
2.2.2.1.4 Connected video signal source to TV (Composite Video) port:
2.2.2.1.4.1 Test Channel:
a. Channel 1 ~ Channel 6 (55.25 MHz ~ 77.25 MHz), choice one channel to test.
b. Channel 95 ~ Channel 99 (91.25 MHz ~ 115.25 MHz), choice one channel to test.
c. Channel 14 ~ Channel 22 (121.25 MHz ~ 169.25 MHz), choice one channel to test.
d. Channel 7 ~ Channel 94 (175.25 MHz ~ 643.25 MHz), choice one channel to test.
e. Channel 100 ~ Channel 125 (649.25 MHz ~ 799.25 MHz), choice one channel to test.
2.2.2.1.4.2 In color bar (COL_SMPTE) pattern,
a. The color from left side to right side should be White, Yellow, Sky Blue, Green, Magenta, Red and Blue.
b. The low light 10.7 IRE in the right bottom side should be separate clear.
c. Used the Blue color filter to check the Hue and Saturation were in the optimize point.
(Saturation: the Blue and White color should be the same when see through by Blue color filter.)
(Hue: the Magenta and Sky Blue color should be the same when see through by Blue color filter.)
6
2.2.2.1.4.3 In Crosshatch pattern, it should be no visible noise.
2.2.2.1.4.4 In Multi burst pattern:
a. In low bandwidth pattern, there are have same dots on the edge transitions which are acceptable.
b. In high bandwidth pattern, there are cannot loss any resolution and the scaling should be correct.
2.2.2.1.4.5 In Black & White, there is no any trouble at edge transition.
2.2.2.1.4.6 In Gray Scale pattern, the gray scale should not be saturation.
2.2.2.1.4.7 Apply cable TV or RF pattern generator signal and the RF sensitivity set to 45 ~85dBµV, the image
should be displayed.
If under 60dBµV, the image had snow noise was acceptable but can not loss any color.
2.2.2.1.4.8 TV Channel Auto Scan
a . The NTSC system TV channel and frequency table as 2.4 TV Channel Table
2.2.2.1.4.9 V-Chip & Close caption function test:
a. Close caption:
a.1 Select the “Close Caption” (In main picture OSD) to CC1, CC2, CC3, CC4, TT1, TT2, TT3, TT4.
a.2 Setting the FLUKE 54200 or VG848 / 858 function to CC number 1, CC number 2, CC number 3, CC
number 4, CC number 5, CC number 6, CC number 7, CC number 8, the function should be normally. Or
a.3 Used signal center channel with CC function. TV select to same CC number with signal center.
b. Parental Control
b.1 Select the “Parental Control” in OSD and key in password “2097” enter to the TV rating and setting all
the rating to “LOCKED”.
b.2 Setting the FLUKE 54200 or VG848 / 858 or used signal center channel with CC Sequence, the image
will be locked and show key in password and rating message. After key in password and the password is
correct, the image will display again.
2.2.2.1.5 Distortion test:
a. Apply green cross hatch pattern.
b. Distortion spec:
The “*.dat" files need buy from“Digital Content Protection LLC"
(WWW.digital-cp.com)
To execute this program to create “*.HEX".
2. Install HDCP key to TV.
a. To execute GProbe 4.exe
b. Select Commends to DebugON then press Enter
c. Select Commands to SetBuffer address= 0X600 length=300 then press Enter
d. Select Commands to NVRAMWrite then input the file of factoryxxx.hex (HDCP keys)
from address=0
e. Set Commands to NVRAMRead address=0 length=300
3. With “VG848 or VG858” HDCP program to check the TV set HDCP function.
15
3. Front Panel Function Control Description
3.1 User control
The front of the display shall provide user access to basic functionality and OSD functionality.
The front user controls shall follow the format shown below:
1. Menu Turn OSD Menu ON/OFF
2. Channel up / down
Channel up/down when Input is TV or highlight a control while in the OSD Menu.
Increase/Decrease sound volume or adjust a highlighted control while in the OSD
3. Volume + / -
Menu.
4. Input Select Active Video Input or choose a selection while in the OSD MENU.
5. Power Button Power ON/OFF
6.IR Lens IR Receiver
7.LED Lens
“Power “LED” & “LAMP LED” indicator.
Side view of RPTV
A front panel A/V interface panel shall be located on a tilt out door on the left side of the display.
The interface shall consist of jacks to provide connection to audio / video. The front input connectors
located as below:
16
Rear interface:
The main interface for the display shall be on the back of the unit. The interface shall consist of jacks
for tuner input, audio, video interfaces and HDMI interfaces. The rear connectors shall be located as
shown below:
FIG.13
3.2 OSD Functions
All the OSD function settings are controlled either by the remote control or using the control keys on
the right side of RPTV.
To display the OSD main menu, press the Menu button on theright side of the RPTV or on the remote
control. Use ▲ ▼ arrow keys to highlight the desired OSD sub-menu.
17
Main Menu
To select a sub-menu, press
on the right side of the RPTV or the key on the remote control.
18
IMAGE SETTING:
Function Name Function
Scheme
USER → VIVID → DIMMER → GAME → SPORT
Brightness Brightness adjustment
Contrast Contrast adjustment
Color Saturation adjustment
Tint Hue adjustment
Sharpness Sharpness adjustment
Color Temp Color temperature adjustment (Cool, Medium, Warm)
See PIP/PBP/POP specification in Table 1 (PIP function list)
Aspect Ratio Set display to “STANDARD” / “FILL” / “ZOOM”
PIP Mode OFFPIPPBPPOP
Swap Swap main screen and sub-screen source
Sub-screen display size adjustment
PIP Size
(SmallMediumLarge)
PIP Position Sub-screen display horizontal/vertical position adjustment
Audio From Select main screen or sub-screen audio sources
Table 1: PIP function list
SUB
Main
TV X X X X X X O
AV1 X X X X X X O
AV2 X X X X X X O
S-Video X X X X X X O
Color Stream HD-1 X X X X X X O
Color Stream HD-2 X X X X X X O
HDMI O O O O O O X
TV AV1 AV2 S-Video
Color Stream
HD-1
Color Stream
HD-2
HDMI
20
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