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OptiScale User Manual
Document Number: MKT-0014-UMN-1.002 released on December 14, 2004
Author: Andreea Rotaru
Contact Information
If you need assistance, want to request more information, order optional accessories, or report documentation mistakes, contact your nearest Silicon Optix office, as follows:
USA
Canada
Germany
Support:
Web site:
2025 Gateway Place, Suite 360,
West Tower, San Jose, CA 95110
USA
Tel: 1 (408) 487-9290
Fax:1 (408) 487-9298
Silicon Optix Canada Inc.,
2005 Sheppard Avenue East, Suite 100,
Toronto, Ontario, M2J 5B4
Canada
Tel: 1 (416) 490-7779
Fax:1 (416) 490-0344
Silicon Optix GmbH
Podbielskistr 333
30659 Hannover
Germany
Tel: +49 (511) 626-450
Fax:+49 (511) 626-4580 [email protected]
http://www. siliconoptix.com/support/index.shtml
http://www.siliconoptix.com/
Revision History
Revision
Product Preview (PP)
1 rev MKT-0014-UMN-1.001
Date Originator and Comments
October 25, 2004 Andreea Rotaru- first release
MKT-0014-UMN-1.002
December 14, 2004
Andreea Rotaru has made the following changes:
- changed Figure 2 on page 3
- changed the OSD Menu Controls information in the On-Screen
Display chapter
1.
Revision types: Product Preview (PP), Advanced Information (AI), and Production Data (PD)
Copyright and Trademark Information
Copyright © 2004 Silicon Optix Incorporated.
All Rights Reserved.
The information contained in this document is protected by copyright. All rights are reserved by Silicon Optix incorporated.
Silicon Optix reserves the right to modify this document without any obligation to notify any person or entity of such revision. Copying, duplicating, selling, or otherwise distributing any part of this document without signing a non-disclosure agreement with an authorized representative of Silicon Optix is prohibited. Silicon
Optix Inc makes no warranty for the use of its products and bears no responsibility for any errors or omissions that may appear in this document.
Product names mentioned herein are used for identification purposes only and may be trademarks of their respective companies.Silicon Optix, eWarp, AnyPlace, and ePTZ are trademarks of Silicon Optix
Incorporated.
Preface
Limited Warranty
All Silicon Optix Inc. systems products are designed and tested to the highest standards and backed by a two year parts and labor warranty. Warranties are effective upon the first delivery date to the end user customer and are non-transferable.
Warranty related repairs include parts and labor, but do not include repair of faults resulting from user negligence, special modifications, abuse (mechanical damage), shipping damage, and/or other unusual damages.
The customer shall pay shipping charges when the unit is returned for repair. Silicon Optix will pay shipping charges for return shipments to customers.
Silicon Optix does not assume responsibility for consequential damages, expenses or loss of revenue, inconvenience or interruption in operation experienced by the customer. Warranty service shall not automatically extend the warranty period.
No other warranty, expressed or implied, shall apply.
Return Material Authorization (RMA)
In the event that a product needs to be returned for repair, please call your closest Silicon Optix Inc. office and ask for an Applications Engineer to issue a Return Material Authorization number.
RMA Conditions
•
Prior to returning any item, you must receive a Return Material Authorization (RMA) number.
•
All RMA numbers must appear on the return-shipping label.
•
All RMA numbers are valid for ten (10) days from the issue date.
•
All shipping and insurance charges in all RMAs must be prepaid by the customer.
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Preface
About this Manual
This manual describes the functionality of Silicon Optix OptiScale and contains the following chapters:
•
Chapter 1
,
, describes the OptiScale product and gives specifications.
•
Chapter 2
,
, lists the components supplied in the package and provides installation and
“getting started” instructions.
•
Chapter 3
,
, describes the interfaces used in the OptiScale system.
•
Chapter 4
,
, provides a menu-by-menu description of the on-screen display.
•
Chapter 5
,
, describes the remote loading of firmware.
•
Chapter 6
,
, describes the communications protocol used in the OptiScale system.
•
Chapter 7
, provides troubleshooting procedures for typical setup problems that might
be encountered.
•
, presents a glossary of terms and abbreviations used in this manual.
•
, presents a complete alphabetical listing of keywords and topics provided in this manual.
Audience
This user guide is designed for people who will be installing the OptiScale video/graphics scaler.
Book Style Conventions
This book includes the following style conventions:
•
Italic
type is used occasionally for emphasis in the text. Italics also indicate cross-references within this manual, or references to other documents.
• Bold
type indicates labels in windows, dialog boxes, menus, menu options, list boxes, text boxes, check boxes, control buttons, option buttons, and so on.
• Bold
type, between
greater than, less than brackets (< >)
is also used to indicate keys on your keyboard
(for example <
Ctrl
> for the Control key).
•
The carriage-return key, sometimes marked as a bent arrow on your keyboard, is called <
Enter
>.
FCC Statement
NOTE:
This equipment has been tested and found to comply with the limits for Class B digital devices, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential/office installation. The equipment generates uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful
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Preface
interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:
•
Reorient or relocate the receiving antenna.
•
Increase the separation between the equipment and receiver.
•
Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
•
Consult the dealer or an experienced Radio/TV technician for help.
•
Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment.
Safety
Important Safety Instructions
This symbol warns the user of uninsulated voltage within the unit that can cause dangerous electric shocks.
WARNING:
TO REDUCE THE RISK OF FIRE OR ELECTRIC
SHOCK, DO NOT REMOVE COVER. NO USER
SERVICEABLE PARTS INSIDE. REFER SERVICING
TO QUALIFIED SERVICE PERSONNEL.
WARNING:
TO REDUCE THE RISK OF FIRE OR ELECTRIC
SHOCK, DO NOT EXPOSE THIS APPLIANCE TO
RAIN OR MOISTURE.
This symbol alerts the user that there are important operating and maintenance instructions in the literature accompanying this unit.
WARNING:
Read the User Guide carefully and completely before operating the unit. Be sure to keep the User
Guide in a near-at-hand location for future reference. Strictly follow all warnings and cautions in this User Guide, as well as the following safety suggestions.To prevent electric shock or injury, follow these safety instructions in the installation, use, and servicing the unit.
Installation
Attachments
- Do not use attachments not recommended by the manufacturer, as they may result in the risk of fire, electric shock, or injury to persons.
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Preface
Water and Moisture
- Do not use this unit near water; for example, near a bathtub, washbasin, kitchen sink or laundry tub, in a wet basement, or near a swimming pool, water spa, or the like.
Heat
- Do not use this unit near sources of heat, including heating vents, stoves, or other appliances that generate heat. Also, do not be place this product in temperature environments greater than 45 o
C (104 o
F).
Mounting Surface
- If not installing the unit in a standard equipment rack using the recommended mounting brackets, place the unit on a flat, even surface. Do not place the unit on an unstable cart, stand, tripod, bracket, or table. The unit may fall causing serious injury to a person and/or serious damage to the appliance.
Portable Cart
- An appliance and cart combination should be moved with extreme care. Quick stops, excessive force, and uneven surfaces may cause the appliance and cart combination to overturn.
Ventilation
- Locate the unit with adequate space around it so that proper heat ventilation is assured. Allow
10 cm (4 in) clearance from the rear and top of the unit, and 5 cm (2 in) from each side.
Slots and openings in the unit's case are provided for ventilation to ensure reliable operation of the unit and to prevent overheating. These openings must not be blocked or covered. The openings should never be blocked by operating the unit while placed on a bed, sofa, rug, or similar surface. This unit should not be placed in a built-in installation such as a bookcase unless adequate ventilation is provided.
Entry of Foreign Objects and Liquids
- Never push foreign objects of any kind into this unit through the ventilation slots as they may touch dangerous voltage points or short-circuit electrical/electronic parts that could result in fire, or electric shock, or both. Never spill liquid of any kind onto the unit.
Electric Power
- Only operate the unit from the type of electric power source indicated on the unit's labeling.
If you are not sure of the type of power supply that is available in your home or workplace, consult your appliance supplier or local power company.
Grounding or Polarization
- This unit is provided with a 3-pin, grounded, alternating current line plug. This plug will fit into the power outlet only one way. This is a safety feature. Do not try to defeat the safety purpose of the plug.
Power Cord Protection
- Route power supply cords so that they are not likely to be walked on or pinched by placing items upon or against them, paying particular attention to cords at plugs, convenience receptacles, and the point where they exit from the product.
Overloading
- Do not overload wall power outlets, extension cords, or integral convenience receptacles as this can result in a risk of fire or electric shock.
Lightning
- For added protection for this unit during a lightning storm, or when it is left unattended and unused for long periods of time, unplug it from the power outlet. This will prevent damage to the unit due to lightning or power surges.
Maintenance
Cleaning
- Unplug this unit from the wall outlet before cleaning. Do not use liquid cleaners or aerosol cleaners. Only use a soft cloth dampened with a mild detergent solution. Do not use strong solvents such as alcohol, benzine, or paint thinner.
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Preface
Damage Requiring Service
- Unplug this unit from the power outlet and refer servicing to qualified service personnel under the following conditions:
•
When the power cord or plug is damaged.
•
If liquid has been spilled or foreign objects have fallen into the unit.
•
If the unit has been exposed to rain or water.
•
If the unit does not operate normally, following the operating instructions. Adjust only those controls that are covered by the operating instructions as improper adjustment of other controls may result in damage and may require extensive work by a qualified technician to restore the unit to normal operation.
•
If the unit has been dropped or the case has been damaged.
•
When the unit exhibits a distinct change in performance - this indicates a need for service.
Do not attempt to service this unit yourself as opening or removing covers may expose you to dangerous voltage or other hazards. Refer all servicing to qualified service personnel.
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Preface
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Table of Contents
Limited Warranty ..................................................................................................i
Chapter 1: Introduction ......................................................................... 1
Front/Rear Projection System Applications ....................................................... 1
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Table of Contents
Chapter 3: OptiScale Interface ............................................................. 7
Chapter 4: On-Screen Display ............................................................. 11
Chapter 5: Loading Firmware ............................................................ 27
Program Settings and PCLoader.cfg File .........................................................31
Convert BIN File in Intel HEX File Format ........................................................34
Chapter 6: RS232/422/485 Protocols .................................................. 35
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Table of Contents
Picture SDTV De-interlacing Command ............................................................. 42
Picture Color Temperature Command ............................................................... 43
Picture User Color Temperature Adjust Command ........................................... 43
Picture Gamma Correction Command ............................................................... 43
Picture Analog Graphics Auto Sync Command .................................................. 44
Picture Analog Graphics Clock and Phase Command ....................................... 44
Advanced Video System Command ................................................................... 45
Advanced Lamp Timer Reset Command ........................................................... 46
Advanced DPMS Enable/Disable Command ..................................................... 46
Chapter 7: Troubleshooting ................................................................ 51
Index ........................................................................................................ 61
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List of Figures
Figure 1.
Silicon Optix OptiScale Video/Graphics Scaler ............................................................. 1
Figure 2.
OptiScale Front Panel .................................................................................................... 3
Figure 3.
OptiScale Rear Panel .................................................................................................... 3
Figure 4.
Typical OptiScale Application ........................................................................................ 3
Figure 5.
RS232 Connection ...................................................................................................... 27
Figure 6.
PC Loader Main Window ............................................................................................. 29
Figure 7.
Com Port Properties Dialog Box .................................................................................. 31
Figure 8.
Device Properties Dialog Box ...................................................................................... 32
Figure 9.
Loading Configuration Dialog Box ............................................................................... 33
Figure 10.
Convert BIN to HEX Dialog Box ................................................................................ 34
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List of Figures
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List of Tables
Table 1:
Ordering Options and Accessories ................................................................................................................ 3
Table 33:
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List of Tables
Table 38:
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Chapter 1
Introduction
General
The Silicon Optix OptiScale TM (see
) is a high performance video and graphics image scaler.
OptiScale combines best-in-class image processing with unique image geometry correction features to provide the A/V professional and amateur enthusiast with unprecedented image scaling quality.
Figure 1: Silicon Optix OptiScale Video/Graphics Scaler
The OptiScale scaler offers an extensive set of selectable input signals. Never before has the ability to process so many different types of video signals - RGB graphics (from analog or DVI sources), SDTV (in all popular signal formats: composite, S-Video and component in NTSC, PAL, and SECAM), and analog HDTV - been integrated in one small package.
OptiScale can be simultaneously controlled by front panel switches, IR remote, and RS232/422/485 serial communication.
The OptiScale scaler is available in a compact desktop package, which can also be used in rack-mount configurations with the optional rack mount installation brackets.
Front/Rear Projection System Applications
•
Pro-AV Installation
•
Staging and Special Events
•
Home Theater
•
Advertising Displays
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Introduction
Physical Characteristics
• DIMENSIONS
: 15 in. x 8.5 in. x 1.75 in.
• WEIGHT
: 7 lbs
• POWER
: 100 - 240 VAC, 47 - 63 Hz, 35 W.
Features and Specifications
Advanced Functionality
The following is a list of the OptiScale advanced functional features:
•
Advanced image scaling with 65-tap image filter
•
Accepts graphics inputs from VGA - SXGA
•
Accepts 720p and 1080i HD inputs
•
Accepts composite, S-video, and component SDTV inputs
•
High-quality de-interlacing for HDTV and SDTV
•
Supports SECAM, PAL-60, 4.43 NTSC, PAL-M, and PAL-N international video standards
•
Provides output to VGA, SVGA, XGA, 720p, SXGA, and SXGA+ projectors
•
Provides output to 852x480 and 1366x768 plasma displays
•
Output GenLock
Flexibility and Ease-of-Use
The following OptiScale features demonstrate the product flexibility and ease-of-use:
•
Magnify, scroll, and pan through all inputs
•
Aspect ratio conversion for 16:9 and 4:3
•
Control via front-panel, IR remote, or serial link
•
Adjustments for contrast, brightness, hue, gamma, saturation, and color temperature
•
Compact size (1U height) and rack-mountable
Sophisticated Software
OptiScale uses the following software:
•
PC Loader (standard) enables field upgrades of firmware
•
Serial Control Panel
Panel Diagrams
illustrates the Silicon Optix OptiScaleOptiScale front panel controls and indicators and
illustrates the rear panel connectors.
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Introduction
Figure 2: OptiScale Front Panel
Figure 3: OptiScale Rear Panel
Typical OptiScale Application
Figure 4: Typical OptiScale Application
Ordering Options and Accessories
Table 1: Ordering Options and Accessories
Item
OptiScale eWARP Designer
Part Number Description
OS-100
Video/graphics scaler without geometry correction for projection onto flat surfaces
IA-100_eWARP KEY
Optional software for expanding OptiScale’s capabilities to project onto any surface (curved, cylindrical, and so on). May be ordered to upgrade a previously purchased Image AnyPlace
Table sheet 1 of 2
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Introduction
Item
Image AnyPlace-EX
Cables
Rack-Mount Adapter Kit
Infra-Red Remote
Image AnyPlace-BEX
Cinema AnyPlace
Part Number
IA-100_EX
IA-100_CABLE
IA-100_RM
IA-100_RM
IA-100_BEX
Description
Image AnyPlace shipped with
IA-100_eWARP KEY software pre-loaded
Optional package of cables
Optional rack-mount installation brackets
Extra remote control
Image AnyPlace with edge blending and
IA-100_eWARP software pre-loaded
CA-100_EX Image AnyPlace_EX with anamorphic lens
Table sheet 2 of 2
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Chapter 2
Installation
List of Standard Components
The OptiScale scaler ships with a number of standard components. When unpacking your unit, please ensure that all of the following items are included:
•
OptiScale unit (Qty 1)
•
AC power cord (Qty 1)
•
Infrared remote control (Qty 1)
•
BNC to RCA adapter plugs (Qty 4 total)
•
User Guide (Qty 1)
•
OptiScale software CD (Qty 1)
•
VGA cable (6 ft DB15M to DB15M; Qty 1)
•
RS232 cable (DB9M -> DB9F; Qty 1)
Optional Accessories
In addition to the standard components listed above, Silicon Optix offers several optional accessory packages available to customers for purchase separately, depending upon the intended application. The optional components are listed below:
Cable Kit
Users may choose to purchase the optional cable package which provides all the cables necessary for connecting to the OptiScale unit in any of its possible configurations. The cable package includes the following:
•
DVI-D (male) single link cable (Qty 1)
•
Component video (6 ft 3RCA -> 3RCA) cables (Qty 2)
•
S-Video 6 ft cable (Qty 1)
•
Composite video (6 ft BNC to RCA) cables (Qty 2)
•
VGA (6 ft DB15M to DB15M) cable (Qty 1)
•
BNC-to-RCA adapters (Qty 10)
The order code/part number for this kit is
IA-100_CABLE
.
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Installation
Rack-Mount Installation Kit
An optional Rack-Mount Adapter Kit is available for users wishing to use the OptiScale unit in a rack-mount configuration. The order code/part number for purchasing this kit is IA-100_RM.
Setting up OptiScale
To set up your OptiScale unit, follow the steps below:
1.
Connect the OptiScale unit to the video input source.
2.
Connect the OptiScale unit to the projector.
3.
To power up the unit, on the OptiScale unit, press the
Power
switch located on the rear of the unit, close to the power cord. The
Power
switch may be left on in normal operation. The Standby button on the front pannel may be used to put the unit into a low-power state.
4.
Select the output resolution by placing the unit in stand-by mode and selecting the connect resolution using the arrow keys on the right side of the front panel.
5.
Select the appropriate input from the remote control or the OptiScale front pannel buttons.
6.
Power on the projector according to the manufacturer’s instructions.
7.
Depending upon the specific input and output resolutions, select the proper Aspect Ratio from the
OptiScale OSD main screen.
8.
If you are unable to obtain a keystone-corrected image, see the troubleshooting guide in the
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Chapter 3
OptiScale Interface
OptiScale Operational Modes
The OptiScale unit has two modes of operation:
Operate
and
Setup
. You can select either of these modes of operation via the front panel interface or the RS232 control interface.
Operate Mode
In
Operate
mode, the video output signals are activated and you may control all the OptiScale parameters
(except for
Setup
restricted parameters) from the front panel, IR remote control, or serial communication commands. In
Operate
mode, all controls may be used simultaneously (that is, you may open a menu with a front panel button and make a selection using the IR remote control, and so on). The Front panel and IR remote commands invoke the OSD, and user feedback is provided for all actions. In
Operate
mode, the OptiScale 16 x 2 front panel display indicates the following information:
(SELECTED INPUT CONNECTOR) = (Input Signal)
OUT=(Output Resolution)
The front panel and IR remote control are designed to be identical in control function; that is, each button on the IR remote control corresponds directly in function to a button on the front panel. You will find a complete
list of front panel and IR remote controls and OSD operations in the
chapter. When controlling OptiScale by serial communications, all actions are performed without invoking the OSD. A complete description of the serial communications protocol is provided in the
chapter.
OptiScale powers-up in
Operate
mode. All operational parameters are retained from the previous session. A
Factory Reset returns all parameters to the default state (described in detail in the
chapter), except for the input signal. The input signal most recently used is retained as the power-up input signal.
Setup Mode
In
Setup
mode the OptiScale is in a low-power state. The output signals are de-activated and the IR remote controls (except for activate
Operate
mode) are disabled. The Setup mode is provided so that critical operational controls (such as selected output resolution) are not disturbed by inadvertent IR commands. The setup mode is indicated by the following message appearing on the bottom line of the OptiScale 16 x 2 front panel display: www.siliconoptix.com
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OptiScale Interface
OptiScale
Setup
You can only adjust the Setup Mode parameters by front panel control (except for the selection of Output
Resolution which may be controlled by both front panel control and serial communication control). To select the Setup mode parameters, press the
Menu
button on the front panel control. Up and down arrows now cycle between the Setup Mode parameters. Left and right arrows adjust the value of each of these parameters.
Setup
parameters.
Parameter
BAUD = #####
Serial No #####
Table 2: Setup Parameters
Lets you choose a baud rate of
Description
1200, 9600, 19200, or 57600.
Indicates the Serial Number of the OptiScale unit.
RS232 ADDR = ##
RS422 Disabled/Enabled
OUT= XXX ##Hz
Selects the serial communications address (from 1-32) at which this particular
OptiScale unit will respond. Address ‘00’ is reserved as a broadcast address. All
OptiScale units in a system will respond to commands sent to address ‘00’.
Please note that although you can only create a multiple unit OptiScale system if you are using the RS422 or RS485 communications schemes, you must still ensure that you correctly set the Serial Communication Box Address to agree with your control software.
Enables the serial communications for RS422/485 operation. If RS422 is disabled, the port is configured for RS232.
Cycles through all of the available OptiScale modes (see
Table 3
). In addition to control by the front panel, the OptiScale Output Mode may also be controlled
by serial communications (see the
serial communications protocols information).
No lockout/IR lockout/KB lockout/IR
+ KB lockout
Allows the user to disable the front panel (KB) and /or the infrared (IR) remote inputs.
GenLock can be enabled as a Slave or a Master or can be disabled.
GenLock
Fornt Panel Display Brightness
When enabled as a Master, the OS-100 drives the output timeline vertical sync out of the composite sync #2 connector (COMP2).
When enabled as a Slave, the OS-100 expects to receive an external vertical sync one the composite sync #1 connector (COMP1).
When in Slave mode, the OS-100 will buffer the external sync from COMP1 and drive it on the COMP2 connector (allowing units to be daisy chained).
When disbled, the OS-100 accepts SDTV composite inputs on the COMP1 and
COMP2 connectors.
The brightness is adjusted by pressing the Graphics button (to increase) or the
HD Video button (to decrease).
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OptiScale Interface
Table 3: OptiScale Output Modes
Output Mode Comments
SXGA@60 Hz
XGA@60 Hz
XGA@50 Hz
VGA@60 Hz
SVGA@60 Hz
720p@60 Hz
720p@50 Hz
SXGA+ 1400x1050@60 Hz
SXGA+ 1400x1050@50 Hz
WXGA 1366x768 @60 Hz
WVGA 852x480 @60 Hz
VESA Standard
VESA Standard
VESA Standard
VESA Standard
SMPTE Standard
SMPTE Standard
SMPTE Standard
JVC Standard
JVC Standard
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OptiScale Interface
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Chapter 4
On-Screen Display
OSD Menu Structure
The On-Screen Display (OSD) menu is the primary way of controlling and selecting functions in the OptiScale system. The OptiScale system is initially in a factory default state. Many OptiScale control parameters can be saved to OptiScale memory and retained for use in later sessions. Performing a factory reset erases these saved parameters and returns the system to the default state.
Two slightly different OSD menus are invoked, depending upon whether the currently selected Output
Resolution Aspect Ratio is 16:9 or 4:3. The biggest difference between them has to do with the way that aspect ratios are treated (see the
section later in this chapter).
OSD Menu Controls
The OSD can be invoked in two ways, as follows: using the Front Panel Buttons or using the IR remote. The
Front Panel and IR Remote have the same buttons. The buttons are:
•
On/Setup
•
Graphics/Zoom Out
•
HD Video/Zoom In
•
SD Video YPbPr/H Zoom Out
•
SD Video S-Video/V Zoom In
•
SD Video Comp 1/V Zoom Out
•
SD Video Comp 2/H Zoom In
•
Menu
•
Up Arrow
•
Down Arrow
•
Left Arrow
•
Right Arrow
•
Enter
When pressed, the On/Setup button will toggle between Operate and Setup modes. In Setup mode, the output display of OptiScale is inactive. Setup mode is used to select OptiScale parameters that are infrequently changed (communications parameters, output resolution and lockouts), and that can cause severe effects by inadvertent selection.
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On-Screen Display
The Graphics/Zoom Out button has two functions. In normal operation, this button is used as a quick select for the Graphics inputs. Pressing this button repeatedly will toggle between DVI and RGB Graphics input.
The last channel selected is remembered. If Magnify is selected from the Geometry menu, the button is temporarily re-assigned as a Zoom Out control (constant aspect ratio of Zoom Out).
The HD Video/Zoom In button has two functions. In normal operation, this button is used as quick select for the HD Video input. Pressing this button repeatedly will toggle between RGB and YPbPr color space treatment on the HD Video input. The last color space selected is remembered. If Magnify is selected from the Geometry menu, the button is temporarily re-assigned as a Zoom In control (constant aspect ratio of Zoom
In).
The SD Video YPbPr / H Zoom Out button has two functions. In normal operation, this button is used as quick select for the SDTV YPbPr input. If Magnify is selected from the Geometry menu, the button is temporarily re-assigned as a Horizontal Zoom Out control.
The SD Video S-Video / V Zoom In button has two functions. In normal operation, this button is used as quick select for the SDTV S-Video input. If Magnify is selected from the Geometry menu, the button is temporarily re-assigned as a Vertical Zoom In control.
The SD Video Comp 1 / V Zoom Out button has two functions. In normal operation, this button is used as quick select for the SDTV Comp 1 input. If Magnify is selected from the Geometry menu, the button is temporarily re-assigned as a Vertical Zoom Out control.
The SD Video Comp 2 / H Zoom In button has two functions. In normal operation, this button is used as quick select for the SDTV Comp 2 input. If Magnify is selected from the Geometry menu, the button is temporarily re-assigned as a Horizontal Zoom In control.
The Menu button is used to invoke the OSD main menu.
The Up Arrow button is used to navigate the OSD.
The Down Arrow button is used to navigate the OSD.
The Right Arrow button is used to navigate the OSD.
The Left Arrow button is used to navigate the OSD.
The Enter button is used to activate an OSD menu selection.
OSD Menu Levels (4:3 Output)
summarizes the structure of the OSD system for the 4:3 output resolution aspect ratio.
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Level 1
Input Signals
Picture
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On-Screen Display
Table 4: OSD Menu Levels (4:3 Output)
OSD Menu Levels (4:3 Output)
Level 3 Level 4 Level 2
Graphics - RGB
Graphics - DVI
HDTV - YPbPr
HDTV - RGB
SDTV Composite 1
SDTV Composite 2
SDTV S-Video
SDTV Component
Functionality
Selects analog graphics as input.
Selects DVI graphics as input.
Selects HDTV - YPbPr as input.
Selects HDTV - RGB as input.
Selects Composite SDTV 1 as input.
Selects Composite SDTV 2 as input.
Selects S-Video SDTV as input.
Selects Component SDTV as input.
Brightness
0 - 100 (default 50)
(default 16 for
HDTV)
Adjusts brightness in: SDTV; HDTV; Analog
Graphics. Not supported for DVI Graphics.
Contrast 0 - 100 (default 50)
Adjusts contrast in SDTV; HDTV; Analog
Graphics. Not supported for DVI Graphics.
Table sheet 1 of 5
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On-Screen Display
Level 1
Picture
Table 4: OSD Menu Levels (4:3 Output)
OSD Menu Levels (4:3 Output)
Level 2
Sharpness
Level 3
0 - 10 (default 5)
Level 4
Color
Tint
SDTV De-interlacing
Color Temp
0 - 100 (default 50)
0 - 360 (default 0)
Auto (default)
3:2 (2:2) Pull Down
Static Mesh
V/T De-Interlacing
Linear (default)
5500K
6500K
9300K
User
Functionality
Adjusts sharpness (10 is maximum sharpness).
Adjusts color saturation in HDTV YPbPr and
SDTV NTSC. Not supported for HDTV RGB
(dimmed); SDTV PAL/SECAM (dimmed); and Graphics (dimmed).
Adjusts tint in HDTV YPbPr and SDTV
NTSC. Not supported for HDTV RGB
(dimmed); SDTV PAL/SECAM (dimmed); and Graphics (dimmed).
Automatically chooses de-interlacing method in SDTV mode through FLI2200.
Chooses 3:2 (2:2) pull down in FLI2200.
Chooses static mesh in FLI2200.
Chooses vertical/temporal de-interlacing in
FLI2200.
Chooses linear color temperature.
Chooses 5500K color temperature.
Chooses 6500K color temperature.
Chooses 9300K color temperature.
Red, Green, and Blue scroll bars
Manually adjusts color temperature
ALL: 0 - 255
(default 255).
Chooses linear gamma correction.
Gamma Correction
Linear (1.0) (default)
Gamma 1 (1.5)
Gamma 2 (2.2)
Gamma 3 (2.8)
Auto Sync
Clock
Phase
Position
Reset
Clock = ?
Phase = ?
H = ? Y = ?
Chooses 1.5 gamma correction factor.
Chooses 2.2 gamma correction factor.
Chooses 2.8 gamma correction factor.
Automatically adjusts sync for Analog graphics and HDTV. Not supported for SDTV
(dimmed) or DVI (dimmed).
Manually adjusts the clock for Analog graphics and HDTV. Not supported for SDTV
(dimmed) or DVI (dimmed).
Manually adjusts the phase for Analog graphics and HDTV. Not supported for SDTV
(dimmed) or DVI (dimmed).
Adjusts the horizontal and vertical image position.
Reverts to factory defaults for all items in
Picture sub-menus.
Table sheet 2 of 5
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Level 1
Advanced
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On-Screen Display
Table 4: OSD Menu Levels (4:3 Output)
OSD Menu Levels (4:3 Output)
Level 2 Level 3 Level 4
Video System
OSD Position
Lamp Timer Reset
DPMS
Test Pattern
Status Screen
Auto (default)
NTSC
PAL
SECAM
4.43 NTSC
PAL - M
PAL - N
PAL - 60
X=? Y=?
Are you sure?
On (default)
Off
Input Source
Resolution = ?
H Frequency = ? kHz
V Frequency = ? Hz
Pixel Clock = ? MHz
HSYNC Polarity = ?
VSYNC Polarity = ?
Lamp Hours = ?
No (default)
Yes
Functionality
SDTV only - automatically selects the video system input.
SDTV only - forces NTSC video decoding.
SDTV only - forces PAL video decoding.
SDTV only - forces SECAM video decoding.
SDTV only - forces 4.43 NTSC video decoding.
SDTV only - forces PAL-M video decoding.
SDTV only - forces PAL-N video decoding.
SDTV only - forces PAL-60 video decoding.
Adjusts OSD vertical and horizontal position.
Does not reset the lamp timer.
Resets the lamp timer to zero.
Enables DPMS low power mode. Selecting this option causes OptiScale to
hibernate
if no
I/P signal is detected for 3 minutes. O/P signals are shut down.
Disables DPMS low power mode. Output signals are always on.
Displays a Test Pattern for alignment.
Shows the current input source.
Shows the current input resolution.
Shows the current input horiz. frequency.
Shows the current input vert. frequency.
Shows the current input pixel clock.
Shows the current input H sync polarity.
Shows the current input V sync polarity.
Shows the current lamp timer since the last lamp timer reset.
Shows the FPGA version.
Reset
FPGA Revision: ?
HDTV FPGA
Revision: ?
CPLD Revision: ?
Firmware Revision:?
Serial Number: ? eWARP: (On/Off)
Shows the HDTV FPGA Revision number.
Shows the CPLD Revision number.
Shows the firmware version.
Shows the serial number and status of eWARP
Designer.
Reverts to factory resets for all items in
Advanced sub-menus, except for lamp timer.
Table sheet 3 of 5
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On-Screen Display
Level 1
Geometry
Aspect Ratio
Table 4: OSD Menu Levels (4:3 Output)
OSD Menu Levels (4:3 Output)
Level 2 Level 4
Magnify
Level 3
Zoom
Horizontal Pan
Vertical Pan
Front Tabletop
(default)
Functionality
Enables magnification of a smaller area.
Sets the picture to display normally.
Projection
Reset
Front Ceiling
Rear Tabletop
Rear Ceiling
Sets the picture to display upside down (flip along the horizontal axis, for front projection upside down from the ceiling).
Sets the picture to display backwards (flip along the vertical axis, for rear projection).
Sets the picture to display upside down and backwards (flip along horizontal and vertical axes for rear projection, upside down from the ceiling).
Reverts to Front Tabletop and Horizontal keystone = 0, Vertical keystone = 0.
SDTV - treated as 4:3 input and shown full screen.
4:3 Standard
Crop
Anamorphic Input default
Graphics - treated as 4:3 input and shown full screen.
HDTV - treated as 16:9 input and shown as a letter box.
SDTV - not supported (dimmed).
Graphics - not supported (dimmed).
HDTV - 16:9 input is cropped to 4:3 on sides.
SDTV - treated as full screen 16:9 input and shown as a letter box.
Graphics - not supported (dimmed).
HDTV - not supported (dimmed).
Reset
Revert to 4:3 Standard setting
Table sheet 4 of 5
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Level 1
Language
Factory Reset
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On-Screen Display
Table 4: OSD Menu Levels (4:3 Output)
OSD Menu Levels (4:3 Output)
Level 3 Level 4 Level 2
English
Japanese
Français
Italiano
Español
Deutsch
Korean
Chinese
Functionality
Chooses English as the OSD language.
Chooses Japanese as the OSD language.
Chooses French as the OSD language.
Chooses Italian as the OSD language.
Chooses Spanish as the OSD language.
Chooses German as the OSD language.
Chooses Korean as the OSD language.
Chooses Chinese as the OSD language.
Resets all settings to the factory default.
Table sheet 5 of 5
OSD Menu Levels (16:9 Output)
Level 1
summarizes the structure of the OSD system for the 16:9 output resolution aspect ratio.
Input Signals
Table 5: OSD Menu Levels (16:9 Output)
OSD Menu Levels (16:9 Output)
Level 3 Level 4 Level 2
Graphics - RGB
Graphics - DVI
HDTV - YPbPr
HDTV - RGB
SDTV Composite 1
SDTV Composite 2
SDTV S-Video
SDTV Component
Functionality
Selects analog graphics as input.
Selects DVI graphics as input.
Selects HDTV - YPbPr as input.
Selects HDTV - RGB as input.
Selects Composite SDTV 1 as input.
Selects Composite SDTV 2 as input.
Selects S-Video SDTV as input.
Selects Component SDTV as input.
Table sheet 1 of 5
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On-Screen Display
Level 1
Picture
Table 5: OSD Menu Levels (16:9 Output)
OSD Menu Levels (16:9 Output)
Level 2 Level 3
0 - 100 (default 50)
Level 4
Brightness
The default is 16 for
HDTV
Functionality
Adjusts brightness in: SDTV, HDTV, and
Analog Graphics. Not supported for DVI
Graphics.
Contrast
Sharpness
Color
Tint
SDTV De-interlacing
Color Temp
0 - 100 (default 50)
0 - 10 (default 5)
0 - 100 (default 50)
0 - 360 (default 0)
Auto (default)
3:2 (2:2) Pull Down
Static Mesh
V/T De-Interlacing
Linear (default)
5500K
6500K
Adjusts contrast in SDTV, HDTV, and Analog
Graphics. Not supported for DVI Graphics.
Adjusts sharpness (10 is maximum sharpness).
Adjusts color saturation in HDTV YPbPr and
SDTV NTSC. Not supported for HDTV RGB
(dimmed), SDTV PAL/SECAM (dimmed), and Graphics (dimmed).
Adjusts tint in HDTV YPbPr and SDTV
NTSC. Not supported for HDTV RGB
(dimmed), SDTV PAL/SECAM (dimmed), and Graphics (dimmed).
Automatically chooses a de-interlacing method in SDTV mode through FLI2200.
Chooses 3:2 (2:2) pull down in FLI2200.
Chooses static mesh in FLI2200.
Chooses vertical/temporal de-interlacing in
FLI2200.
Chooses linear color temperature.
Chooses 5500K color temperature.
Chooses 6500K color temperature.
9300K
User
Chooses 9300K color temperature.
Red, Green, and Blue scroll bars
Manually adjusts color temperature
ALL: 0 - 255
(default 255).
Table sheet 2 of 5
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Level 1
Picture
Advanced
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On-Screen Display
Table 5: OSD Menu Levels (16:9 Output)
OSD Menu Levels (16:9 Output)
Level 2 Level 4
Gamma Correction
Level 3
Linear (1.0) (default)
Gamma 1 (1.5)
Gamma 2 (2.2)
Gamma 3 (2.8)
Auto Sync
Clock
Phase
Position
Reset
Video System
OSD Position
Lamp Timer Reset
DPMS
Clock = ?
Phase = ?
H = ? Y = ?
Auto (default)
NTSC
PAL
SECAM
4.43 NTSC
PAL - M
PAL - N
PAL - 60
X=? Y=?
Are you sure?
On (default)
Off
No (default)
Yes
Functionality
Chooses linear gamma correction.
Chooses 1.5 gamma correction factor.
Chooses 2.2 gamma correction factor.
Chooses 2.8 gamma correction factor.
Automatically adjusts sync for Analog graphics and HDTV. Not supported for SDTV
(dimmed) or DVI (dimmed).
Manually adjusts the clock for Analog graphics and HDTV. Not supported for SDTV
(dimmed) or DVI (dimmed).
Manually adjusts the phase for Analog graphics and HDTV. Not supported for SDTV
(dimmed) or DVI (dimmed).
Adjusts the horizontal and vertical image position.
Reverts to factory defaults for all items in
Picture sub-menus.
SDTV only - automatically selects the video system input.
SDTV only - forces NTSC video decoding.
SDTV only - forces PAL video decoding.
SDTV only - forces SECAM video decoding.
SDTV only - forces 4.43 NTSC video decoding.
SDTV only - forces PAL-M video decoding.
SDTV only - forces PAL-N video decoding.
SDTV only - forces PAL-60 video decoding.
Adjusts the OSD vertical and horizontal position.
Does not reset the lamp timer.
Resets the lamp timer to zero.
Enables DPMS power mode. Selecting this option cause the OptiScale to
hibernate
if no input signal is detected for three minutes.
Output signals are shut down.
Disables DPMS low power mode. Output signals are always on.
Table sheet 3 of 5
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On-Screen Display
Level 1
Advanced
Geometry
Table 5: OSD Menu Levels (16:9 Output)
OSD Menu Levels (16:9 Output)
Level 2
Test Pattern
Level 3 Level 4
Input Source
Functionality
Displays a Test Pattern for alignment.
Shows the current input source.
Status Screen
Resolution = ?
H Frequency = ? kHz
V Frequency = ? Hz
Pixel Clock = ? MHz
HSYNC Polarity = ?
VSYNC Polarity = ?
Lamp Hours = ?
Shows the current input resolution.
Shows the current input horizontal frequency.
Shows the current input vertical frequency.
Shows the current input pixel clock.
Shows the current input horizontal sync polarity.
Shows the current input vertical sync polarity.
Shows the current lamp timer since the last lamp timer reset.
Shows the FPGA version.
Reset
FPGA Revision: ?
HDTV FPGA
Revision: ?
CPLD Revision: ?
Firmware Revision:?
Serial Number: ? eWARP: (On or Off)
Shows the HDTV FPGA Revision number.
Shows the CPLD Revision number.
Shows the firmware version.
Shows the serial number and On/Off status of eWARP Designer.
Reverts to factory resets for all items in
Advanced sub-menus, except lamp timer.
Magnify
Zoom
Horizontal Pan
Vertical Pan
Front Tabletop
(default)
Enables magnification of a smaller area.
Sets the picture to project normally.
Projection
Reset
Front Ceiling
Rear Tabletop
Rear Ceiling
Sets the picture to display upside down 1 (flip along the horizontal axis, for front projection upside down from the ceiling.)
Sets the picture to display backwards (flip along the vertical axis, for rear projection).
Sets the picture to display upside down and backwards (flip along horizontal and vertical axes for rear projection, upside down from the ceiling).
Reverts to Front Tabletop and Horizontal keystone = 0, Vertical keystone = 0.
Table sheet 4 of 5
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Level 1
Aspect Ratio
Language
Factory Reset
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On-Screen Display
Table 5: OSD Menu Levels (16:9 Output)
OSD Menu Levels (16:9 Output)
Level 2 Level 3 Level 4
Functionality
SDTV - treated as 4:3 input and shown as a pillar box.
16:9 Standard
Letterbox input
Anamorphic Input
Reset
English
Japanese
Français
Italiano
Español
Deutsch
Korean
Chinese
Graphics - treated as 4:3 input and shown as a pillar box.
HDTV - treated as 16:9 input and shown full screen.
SDTV - extracts a 16:9 letterbox region and expands to full screen.
Graphics - not supported (dimmed).
HDTV - not supported (dimmed).
SDTV - treated as 4:3 input, stretched linearly, and shown full screen.
Graphics - treated as 4:3 input, stretched linearly, and shown full screen.
HDTV - not supported (dimmed).
Resets to 16:9 Standard.
Chooses English as the OSD language.
Chooses Japanese as the OSD language.
Chooses French as the OSD language.
Chooses Italian as the OSD language.
Chooses Spanish as the OSD language.
Chooses German as the OSD language.
Chooses Korean as the OSD language.
Chooses Chinese as the OSD language.
Resets all settings to the factory default.
Table sheet 5 of 5
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On-Screen Display
Aspect Ratio
This section explains the different aspect ratio selections available in 4:3 and 16:9 output. You can select aspect ratios within OptiScale via the OSD menu.
4:3 Output Aspect Ratio
The available Aspect Ratio treatment selections for 4:3 aspect ratio output modes are as follows:
•
4:3 Standard
•
Crop to 4:3
•
Anamorphic
shows the 4:3 aspect ratio treatments for HDTV inputs,
shows 4:3 aspect ratio treatments for
shows 4:3 aspect ratio treatments for graphics inputs (DVI and analog).
Table 6: Aspect Ratio Treatments for HDTV 16:9 Inputs
OSD Menu Name Description
All HDTV inputs are assumed to be 16:9. HDTV input signals (1080i and
720P) are shown in a letterbox on the 4:3 output display
4:3 Standard
16:9 HDTV input signals shown in 4:3 output display, cropped on left and right sides
Crop to 4:3
Anamorphic Input Not supported (dimmed) for HDTV input
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On-Screen Display
Table 7: Aspect Ratio Treatments for SDTV 4:3 Inputs
OSD Menu Name Description
4:3 input signals shown full screen on 4:3 output display
4:3 Standard
Crop to 4:3 Not supported (dimmed) for SDTV input
Anamorphic or
widescreen
encoded DVDs shown letterbox on 4:3 output display. These DVDs have 16:9 content that has been compressed vertically to fit the NTSC or PAL signal.
Anamorphic
4:3 input signals with letterbox content are shown letterboxed on 4:3 output displays
Letterbox Input
Note that this mode appears identical to the 4:3 Standard mode when the keystone angles are 0 degrees. At non-zero keystone angles, the displayed letterbox appears larger because the usable portion of the input signal is reduced, enabling the scaling algorithms to make more use of the output display.
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On-Screen Display
Table 8: Aspect Ratio Treatments for Graphics Inputs
OSD Menu Name Description
4:3 input signals shown full screen on 4:3 output display
4:3 Standard
Crop to 4:3
Anamorphic
Letterbox Input
Not supported (dimmed) for graphics input
Not supported (dimmed) for graphics input
Not supported (dimmed) for graphics input
16:9 Output Aspect Ratio
The available Aspect Ratio treatment selections for 16:9 aspect ratio output modes are as follows:
•
16:9 Standard
•
Anamorphic
•
Virtual Wide
Each of these aspect ratio treatments behaves differently depending upon the source.
shows 16:9
aspect ratio treatments for HDTV inputs,
shows 16:9 aspect ratio treatments for SDTV inputs, and
shows 16:9 aspect ratio treatments for graphics inputs (DVI and analog).
Table 9: 16:9 Aspect Ratio Treatments for HDTV 16:9 Inputs
OSD Menu Name Description
16:9 input signals shown full screen on 16:9 output display
16:9 Standard
Letterbox Input
Anamorphic
Not supported (dimmed) for HDTV input
Not supported (dimmed) for HDTV input
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MKT-0014-UMN-1.002 last changed on 12/15/04 14:32
On-Screen Display
Table 10: 16:9 Aspect Ratio Treatments for SDTV 4:3 Inputs
OSD Menu Name Description
4:3 input signals are shown in a pillar box on the 16:9 output display
16:9 Standard
A 4:3 letterbox is extracted and expanded to a full screen 16:9 output display
Letterbox Input
SDTV input is displayed on a full screen 16:9 output display
Anamorphic
Virtual Wide
4:3 input signals are non-linearly stretched in the horizontal direction to fill 16:9 output displays. Horizontal and vertical scaling is equal in the middle, more horizontal stretching towards left and right sides to fill 16:9 outputs
Virtual Wide is intended for plasma displays, and is optimally configured for 0-degree horizontal and vertical keystone. It should be used for on-axis projection.
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On-Screen Display
Table 11: 16:9 Aspect Ratio Treatments for Graphics 4:3 Inputs
OSD Menu Name Description
4:3 input signals are shown in a pillar box on the 16:9 output display
16:9 Standard
Letterbox Input Not supported for graphics inputs
4:3 input is displayed on a full screen 16:9 output display
Anamorphic
4:3 input signals are non-linearly stretched in the horizontal direction to fill 16:9 output displays. Horizontal and vertical scaling is equal in the middle, more horizontal stretching towards left and right sides to fill 16:9 outputs.
Virtual Wide is intended for plasma displays, and is optimally configured for 0-degree horizontal and vertical keystone. It should be used for on-axis projection.
Virtual Wide
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Silicon Optix™ 2004 Copyright
Chapter 5
Loading Firmware
Introduction
This chapter describes the firmware update procedure for the OptiScale system using the PC Loader.
PC Loader is the software program that controls the firmware update process—you can obtain by e-mail new features that become available and you can download them onto OptiScale. The download procedure takes about 5 minutes and prevents you from having to return your unit to the factory for simple upgrades.
The PC Loader program provides an easy and fast way to update (download) firmware into CPU
FLASH/RAM memory, via a RS232 communication line, in the OptiScale systems equipped with BootLoader firmware. During the download process, you are informed about all verifications performed by firmware and error messages are returned.
Loading HEX Files
To load HEX files follow the procedure below:
1.
Link your PC to the OptiScale system using a serial communication cable; be sure to use the proper
COM port number on the PC (see
). Turn off the OS-100 power using the power switch
mounted on the back of the unit.
RS-232 interface
Computer
Figure 5: RS232 Connection
2.
Run PCLoader.exe from the current directory—it will search for
.cfg
and .
dev
files only in the current directory. Be sure that if you create an icon for this application, you have the start directory with the same string as the
.exe
file path. Usually, this is a default setting provided by Windows.
3.
In most cases, the default options should be correct for proper operation. However, if there are any difficulties with the download procedure, then verify that all the configuration options are correct.
4.
Choose
Connect
from the
Communication
menu to open the COM port.
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Loading Firmware
5.
Power on the OS-100.
6.
To load a HEX file for the firmware update, choose
Open
from the
File
menu . Open the file that was provided for the new firmware update.
7.
Begin the download process of the firmware update using the
Load Hex
button. Note the messages provided by the firmware during the loading process in the Info field.
8.
When the download process has completed (and there were no errors), power-off the OptiScale box, and power it back on to begin normal operation.
NOTE:
The errors that might be reported by the application during the startup have have two possible reasons, as follows: the current working directory is not the directory where PCLoader.exe and
PCLoader.cfg are located; or, the PCLoader.cfg file is corrupt, so the best solution is to delete this file, run PCLoader.exe again (the application builds a new .cfg file) and set up communication and device settings, which will be saved in the new .cfg file.
The above process should be all you need to load files. The remainder of this chapter is provided for advanced users only.
PC Loader Interface
The PC Loader main window is as illustrated in
Menu Bar Options and Commands
The menu bar across the top of the PC Loader main window provides the options described in
Tool Bar Buttons and Functions
The toolbar in the PC Loader main window provides the buttons and functions described in
.
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Loading Firmware
Menu
Figure 6: PC Loader Main Window
Table 12: PC Loader Menu Bar Options
Menu Options Description
Open Opens a HEX file, this file becomes the current HEX file and its name is written into the HEX file field.
File
Exit
Connect
Disconnect
Quits the program.
Opens the communication port* (COM).
Closes the communication port (COM).
Communication
Device
Configure
Properties
Loading
Convert BIN to HEX
Sets up the communication port (COM).
Loads and displays a .
brd
file that contains hardware information about the currently used board.
Configures the loading command (Loading Options).
Configure
Tools
Help
Converts a BIN file in Intel HEX file format.
*Note: a Com Port Open message indicates that the Com Port opened successfully. Communication is only established after OptiScale is turned on.
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Loading Firmware
Button
Load HEX
Ready
Abort
Help
Table 13: Toolbar Buttons and Functions
Function
Starts Loading the HEX file into the board
Tests if the board and BootLoader firmware are running and ready to receive commands from the
PC Loader tool
Abort current command
PC Loader copyright information and version number
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Loading Firmware
File Names
File names are as follows:
• HEX File
: Current HEX file name (File to be loaded into memory)
• BOARD File
: Current BRD file name (Board hardware info)
• DEVICE File
: Current DEV file name (Flash Device info)
Progress Bar
The Progress Bar and the Number of Line fields provide the status of the current downloading process.
Info Field
The Info multi-edit field displays messages and errors returned by the BootLoader firmware.
Communication Line Settings
The Serial Communication Parameters are as follows:
•
Speed: 115200 bits/second
•
8 bits/char
•
No parity
•
1 bit stop
Choose the
Configure
option in the
Communication
menu to set these parameters to load the HEX file into
the board, which opens the dialog box illustrated in
Figure 7: Com Port Properties Dialog Box
NOTE:
The
8 bits/char
,
no parity
, and
1 bit stop
parameters are the default parameters and are mandatory because the BootLoader firmware version 1.2 supports only these communication parameters. The
Buffer Size
parameter is not used.
Program Settings and PCLoader.cfg File
The PC Loader program saves the current settings in a PCLOADER.CFG configuration file. These settings are as follows:
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Loading Firmware
•
Full path and name of current HEX file
•
Full path and name of current BRD file
•
Communication Line Settings
•
Loading Options
NOTE:
Do not edit this file with any other tools! Using the PC Loader menu and dialog boxes, all settings are automatically saved in the configuration file.
Board and Device Settings
Load a .
brd
file which contains hardware information about the currently-linked board. To accomplish this, choose
Properties
from the
Device
menu which opens the Device Properties dialog box shown in
.
Figure 8: Device Properties Dialog Box
The only
.brd
file you should use with OptiScale is the OptiScale
.
brd file. The only
.dev
file you should use with OptiScale is the AM29LV160D.dev file. The
.brd
file is an ASCII file with the following format
(example: OptiScale.brd file):
Manufacturer Name = AMD
Part Name = Am29LV160D
Manufacturer ID = 0001
Part ID = 22C4
Flash Start = 00000
Flash End = FFFFF
RAM Start = 00000
RAM End = 08000
BOOT SECTOR START = F0000
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Loading Firmware
Loading Options
The loading options let you choose the appropriate way to load the HEX file, by choosing
Loading
from the
Configure
menu. The Loading Configuration dialog box shown in
opens.
These are the only loading options that you should use with OptiScale.
Figure 9: Loading Configuration Dialog Box
Loading Configuration Options
Erase Flash Memory
• No
: No Flash memory erasing commands are sent to the firmware.
• Only involved sectors
: Sends erasing commands according to the content of the HEX file.
• All sectors except BOOT
: Sends erasing commands for all Flash memory sectors, except BOOT sector, according to the current
.dev
file.
• All flash memory chip
: Sends an Erase All chip command to the firmware including boot sector.
WARNING: This option destroys the BootLoader firmware itself!
This option is usually used when replacing the BootLoader with a new version, or when installing a firmware directly at the CPU reset address without using BootLoader firmware.
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Loading Firmware
CPU Memory Page
•
Destination Memory Page
: Set the destination 1 Mbyte CPU memory page for HEX file. This term should not be confused with the CPU scrollable window for memory paging. Page 1 represents the memory range 00000H-FFFFFH and page 2 represents the memory range 100000H-1FFFFFH.
Due to Am186 ER, the CPU cannot access over 1 MB, this paging mechanism provides support for usage on the OptiScale board of bigger CPU Flash memory than 1 MB.
•
Boot Sector Protection
: If checked, avoids erasing and data downloading into boot sector. To protect the
Bootloader program against accidental overwriting, this option is always set automatically when the program is started and after every loading process.
•
Send Configure Device Command
: If checked, this sends a configuration command to the firmware before loading a HEX file. This option is useful if the default settings of the firmware are different from those of the current hardware board.
NOTE:
Usually, the Loading Settings are: Only involved sectors, Boot Sector Protection, and Send
Configure Device Command.
Convert BIN File in Intel HEX File Format
This option is very useful for converting FPGA code binary files, but can be used for any kind of binary data.
The PC Loader generates a new file in Intel HEX format with the same name as the BIN file, but with the extension HEX. To use this option, choose Convert BIN to HEX from the Tools menu and fill in the fields in the dialog box illustrated in
. This option is not required for the OptiScale normal operation.
Figure 10: Convert BIN to HEX Dialog Box
List of Files
• PCLoader.exe
Application program
• PCLoader.cfg
Configuration file
• OptiScale.brd
Board Configuration files (or any other .brd file)
• Am29LV160D.dev
Device Flash Memory Configuration files (or any .dev file)
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Chapter 6
RS232/422/485 Protocols
RS232/422/485 Interface
You can control OptiScale via the OpticalScale RS232/422/485 interfaces or the Serial Control Panel. The interfaces and baud rate are configured in the
Standby
mode menu. The
RS232/422/485 interfaces connector pins are listed in
.
Table 14: RS232/422/485 Connector Pinout
DB9 Pin
No.
6
7
4
5
8
9
1
2
3
Signal Name
RS422_TX-
RS232_TX
RS232_RX
RS422_TX+
GROUND
RS422_RX-
Reserved for SCL
RS422_RX+
Reserved for SDA
Notes
RS422 Transmit (-), the OptiScale box drives this signal
RS232 Transmit, the OptiScale box drives this signal
RS232 Receive, the OptiScale box receives this signal
RS422 Transmit (+), the OptiScale box drives this signal
RS232 Receive, the OptiScale box receives this signal
RS232 Receive, the OptiScale box receives this signal
The OptiScale Serial Control Panel allows the user to send individual commands to an OptiScale box. It also provides the capability to run script files that the user creates.
To create a script file, the user has to enter RS232 commands and scripting commands in a Notepad file. There are five scripting commands that can be used: DM, DS, LOOP/LEND, and HALT. The DM command delays the command execution in tens of milliseconds; DS delays the command execution in seconds; LOOP executes a group of commands (bounded by the LEND) command n times. When n is set to 0, the loop becomes endless; the HALT command pauses execution and waits for the user response.
The following is a list of script commands that can be used:
‘;’ — the semicolon indicates a comment
DM n — delay in tens of milliseconds
DS n — delay in seconds
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RS232/422/485 Protocols
LOOP n — executes the instructions bounded by the LOOP in LEND n time
LEND — see LOOP n
HALT message — pauses execution and displays a message
The following is a sample script file:
File: OptiScale Example Script File
;** Author: B. McGinn
;** Date: 01/11/04
;**
;***************************************************************
;***************************************************************
;** The OptiScale Serial Batch/Script utility program uses the
;** AnyPlace serial control protocol along with a few program
;** command statements to allow the user to control an
;** OptiScale box via script file.
;**
;** The commands are (case is important!):
;**
;**; - indicates a comment
;**DM n - Delay in tens of milliseconds
;**DS n - Delay in seconds
;**LOOP n - Execute the instructions bounded by the
;** LOOP and LEND n times. Note:If n=0 then
;** this becomes an endless loop.
;**
;**LEND - See LOOP n
;**HALT message - Pause execution and display message
;**
;***************************************************************
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RS232/422/485 Protocols
;***************************************************************
;**
;**
;
; Example commands
; Turn on box
A00Bb0000
HALT Turning on OptiScale
;
; Set input to RGB Graphics and Delay 100 milliseconds
A00Ca0000
DM 10
;
; Begin an Endless loop
LOOP 0
; Reset Geometry
;
;
;A00Fa0000
;DM 10
; increment the horz zoom
LOOP 80
A00Fn0000
DM 10
LEND
;
; increment the Vert zoom
LOOP 40
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A00Fo0000
DM 10
LEND
;
; decrement the horz zoom
LOOP 80
A00Fn1000
DM 10
LEND
;
; decrement the Vert zoom
LOOP 40
A00Fo1000
DM 10
LEND
;
;
LEND
RS232/422/485 Protocol
This protocol is used to configure the Silicon Optix OptiScale box. The interface channel is RS232/422/485 with selectable baud rate, 8 bits data, 1 stop bit, and no parity bit. You can select the baud rate from the
Standby menu.
Command Format
The Command format is described in
and
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RS232/422/485 Protocols
Byte
Register
Description
0 1-2
Table 15: RS232/422/485 Command Format
3 4 5 6-7
Start Device Address Function Menu
Function
Code
Sub-
Function
Code
Value
A
for Optical
Scale protocol
(Upper-case
ASCII only -
A = 41 Hex
65 decimal)
Address of
OpticalScale:
Valid Addresses are 00-32, with 00 being a broadcast address, where all boxes respond
(ASCII -
0 = 30 Hex
48 decimal)
Field selects one of six general areas to control:
B, C, D, E, F, and
G (upper-case
ASCII only).
Field to select function with a given function menu (lowercase ASCII only a = 61 Hex
97 decimal)
Field to select sub-function with a given function menu/function code
This field contains an integer ranging from 0 to 255 used for functions that require an integer input (numeric integer 0 - 255)
Unused
8
0
ASCII
30 Hex
48 decimal
Function Menu
F
G
H
D
E
B
C
Function
On/Off
Input Signals
Picture
Advanced
Geometry
Aspect Ratio
Factory Reset
Table 16: Function Menu
Comments
Allows user to turn box on or off and set output resolution
Allows user to select input
Allows user to adjust input features such as color, position, etc.
Allows user to select video input type, OSD position, etc.
Allows user to magnify the input
Allows user to set input and output aspect ratios
Sets box to default settings
Command Responses
After receiving a command, the CPU processes, executes, and then sends back an
ERROR
or an
OK
response.
Error Response
If there is any error in any field of the message, or any error in accessing the device, the CPU responds with
an error message formatted as listed in
.
Byte
Register
Table 17: Error Response Message Format
0
Z
1
LF
2
CR
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RS232/422/485 Protocols
OK Response
If there is no error writing the register, MCU responds with the OK message formatted as listed in
.
Byte
Register
Table 18: OK Response Message Format
0 1
X LF
2
CR
RS232/422/485 Commands
Offset
0
1
3
4
Power On/Off Commands
Field Name
Start of Message
Box address
Function Menu
Function Code
Table 19: Power-off Command Format
Size (bytes) Description
1
2
1
1
A is the first byte for all OpticalScale RS232 control
00-31 where 00 is a broadcast address (all boxes respond to 00)
B = On/Off a = Off, b= On (with output selection), c= On (no change to output setting)
0 = XGA @ 60
5
6
7
Sub-function Code
Value
Spare
1
1
2
1 = XGA @ 50
2 = VGA v@ 60
3 = SVGA @ 60
4 = 720p @ 60
5 = 720p @ 59.54
6 = 720p @ 50
7 = SXGA @ 60
8 = SXGA+ @ 60
9 = SXGA+ @ 50
A = WXGA (1366 x 768)
B = WVGA (952 x 488)
C = VGA @ 50
D = SVGA @ 50
E = SXGA @ 50
0
00
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RS232/422/485 Protocols
Offset
0
1
3
Input Signal Commands
Field Name
Start of Message
Box address
Function Menu
Table 20: Input Signal Command Format
Size (bytes) Description
1
2
1
A is the first byte for all OpticalScale RS232 control
00-31 where 00 is a broadcast address (all boxes respond to 00)
C = Input Signal a = Graphics RGB
4
5
6
7
Function Code
Sub-function Code
Value
Spare
1
1
1
2 b = Graphics DV1 c = HDTV YPrPb d = HDTV RGB e = SDTV Composite 1 f = SDTV Composite 2 g = SDTV S-Video h = SDTV Component
0 = Unused
0
00
Picture Commands
Offset
6
7
4
5
0
1
3
Picture Reset Command
Field Name
Start of Message
Box address
Function Menu
Function Code
Sub-function Code
Value
Spare
Table 21: Picture Reset Command Format
Size (bytes) Description
1
2
1
1
1
2
1
A is the first byte for all OptiScale RS232 control
00-31 where 00 is a broadcast address (all boxes respond to 00)
D = Picture a = Reset to Defaults
0 = Unused
0
00
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RS232/422/485 Protocols
Offset
0
1
3
Picture Color Adjust Commands
Field Name
Table 22: Picture Color Adjust Command Format
Size (bytes) Description
Start of Message
Box address
Function Menu
1
2
1
A is the first byte for all OptiScale RS232 control
00-31 where 00 is a broadcast address (all boxes respond to 00)
D = Picture b = Brightness
4
5
6
7
Function Code
Sub-function Code
Value
Spare
1
1
1
2 c = Contrast d = Sharpness e = Color f = Tint
0 = Increment
1 = Decrement
0
00
Offset
3
4
0
1
Picture SDTV De-interlacing Command
Table 23: Picture SDTV De-interlacing Command Format
Field Name Size (bytes) Description
Start of Message
Box address
Function Menu
Function Code
1
1
1
2
A is the first byte for all OptiScale RS232 control
00-31 where 00 is a broadcast address (all boxes respond to 00)
D = Picture g = SDTV De-interlacing
0 = AUTO
5
6
7
Sub-function Code
Value
Spare
1
1
2
1 = 3.2 Pull Down
2 = Static Mesh
3 = Vertical/Temporal
0
00
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RS232/422/485 Protocols
Offset
0
1
3
4
Picture Color Temperature Command
Table 24: Picture Color Temperature Command Format
Field Name Size (bytes) Description
Start of Message
Box address
Function Menu
Function Code
1
2
1
1
A is the first byte for all OptiScale RS232 control
00-31 where 00 is a broadcast address (all boxes respond to 00)
D = Picture h = Color Temp
0 = Linear
5
6
7
Sub-function Code
Value
Spare
1
1
2
1 = 5500K
2 = 9300K
3 = 9300K
4 = User
0
00
Offset
0
1
3
Picture User Color Temperature Adjust Command
Table 25: Picture User Color Temperature Command Format
Field Name Size (bytes) Description
Start of Message
Box address
Function Menu
1
2
1
A is the first byte for all OptiScale RS232 control
00-31 where 00 is a broadcast address (all boxes respond to 00)
D = Picture i = User Color Red
4 Function Code 1
5
6
7
Sub-function Code
Value
Spare
1
1
2 j = User Color Green k = User Color Blue
0 = Increment
1 = Decrement
0
00
Offset
0
1
3
Picture Gamma Correction Command
Table 26: Picture Gamma Correction Command Format
Field Name Size (bytes) Description
Start of Message
Box address
Function Menu
1
2
1
A is the first byte for all OptiScale RS232 control
00-31 where 00 is a broadcast address (all boxes respond to 00)
D = Picture
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Offset
4
5
6
7
Table 26: Picture Gamma Correction Command Format
Field Name
Function Code
Size (bytes)
1 I = Gamma Correction
0 = Linear
Description
Sub-function Code
Value
Spare
1
1
2
1 = Gamma1
2 = Gamma2
3 = Gamma3
4 = User
0
00
Offset
5
6
7
3
4
0
1
Picture Analog Graphics Auto Sync Command
Table 27: Picture Analog Graphics Auto Sync Command Format
Field Name Size (bytes) Description
Start of Message
Box address
Function Menu
Function Code
Sub-function Code
Value
Spare
1
1
2
1
1
1
2
A is the first byte for all OptiScale RS232 control
00-31 where 00 is a broadcast address (all boxes respond to 00)
D = Picture
M = Auto Sync
0 = Unused
0
00
Offset
0
1
3
4
5
6
7
Picture Analog Graphics Clock and Phase Command
Table 28: Picture Analog Graphics Clock and Phase Command Format
Field Name Size (bytes) Description
Start of Message
Box address
Function Menu
1
2
1
A is the first byte for all OptiScale RS232 control
00-31 where 00 is a broadcast address (all boxes respond to 00) d = Picture n = Clock
Function Code 1 o = Phase
0 = Increment
Sub-function Code 1
Value
Spare
1
2
1 = Decrement
0
00
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RS232/422/485 Protocols
Offset
0
1
3
4
5
6
7
Picture Position Command
Field Name
Table 29: Picture Position Command Format
Size (bytes) Description
Start of Message
Box address
Function Menu
1
2
1
A is the first byte for all OptiScale RS232 control
00-31 where 00 is a broadcast address (all boxes respond to 00)
D = Picture p = Horizontal Position
Function Code 1 q = Vertical Position
0 = Increment
Sub-function Code 1
Value
Spare
1
2
1 = Decrement
0
00
Advanced Commands
Offset
5
6
7
3
4
0
1
Advanced Reset Command
Field Name
Table 30: Advanced Reset Command Format
Size (bytes) Description
Start of Message
Box address
Function Menu
Function Code
Sub-function Code
Value
Spare
1
1
2
1
1
1
2
A is the first byte for all OptiScale RS232 control
00-31 where 00 is a broadcast address (all boxes respond to 00)
E = Advanced a = Reset to Defaults
0 = Unused
0
00
Offset
0
1
3
4
Advanced Video System Command
Table 31: Advanced Video System Command Format
Field Name Size (bytes) Description
Start of Message
Box address
Function Menu
Function Code
1
2
1
A is the first byte for all OptiScale RS232 control
00-31 where 00 is a broadcast address (all boxes respond to 00)
E = Advanced
1 b = Video System
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Offset
5
6
7
Table 31: Advanced Video System Command Format
Field Name Size (bytes) Description
0 = Auto
Sub-function Code
Value
Spare
1
1 = NTSC
2 = PAL
3 = SECAM
4 = 4.43 NTSC
5 = PAL-M
6 = PAL-N
1
7 = PAL-60
0
2 00
Table sheet 2 of 2
Offset
6
7
4
5
0
1
3
Advanced Lamp Timer Reset Command
Table 32: Advanced Lamp Timer Reset Command Format
Field Name Size (bytes) Description
Start of Message
Box address
Function Menu
Function Code
Sub-function Code
Value
Spare
1
2
1
1
1
2
1
A is the first byte for all OptiScale RS232 control
00-31 where 00 is a broadcast address (all boxes respond to 00)
E = Advanced c = Lamp Timer Reset
0 = Unused
0
00
Offset
3
4
0
1
Advanced DPMS Enable/Disable Command
Table 33: Advanced DPMS Enable/Disable Command Format
Field Name Size (bytes) Description
Start of Message
Box address
Function Menu
Function Code
1
1
1
2
A is the first byte for all OptiScale RS232 control
00-31 where 00 is a broadcast address (all boxes respond to 00)
E = Advanced d = DPMS
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Offset
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6
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Table 33: Advanced DPMS Enable/Disable Command Format
Field Name Size (bytes) Description
Sub-function Code
Value
Spare
0 = Disable
1
1
1 = Enable
0
2 00
Table sheet 2 of 2
Offset
0
1
3
Geometry Magnify Command
Field Name
Table 34: Geometry Magnify Command Format
Size (bytes) Description
Start of Message
Box address
Function Menu
1
2
1
A is the first byte for all OptiScale RS232 control
00-31 where 00 is a broadcast address (all boxes respond to 00)
F = Geometry e = Horizontal pan
4 Function Code 1
5
6
7
Sub-function Code
Value
Spare
1
1
2 f = Vertical pan g = Zoom
0 = Increment (Zoom in)
1 = Decrement (Zoom out)
0
00
Offset
3
4
0
1
Geometry Projection Command
Field Name
Table 35: Geometry Projection Command Format
Size (bytes) Description
Start of Message
Box address
Function Menu
Function Code
1
1
1
2
A is the first byte for all OptiScale RS232 control
00-31 where 00 is a broadcast address (all boxes respond to 00)
F = Geometry h = Projection
0 = Front Table Top
5
6
7
Sub-function Code
Value
Spare
1
1
2
1 = Front Ceiling
2 = Rear Table Top
3 = Rear Ceiling
0
00
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Aspect Ratio Commands
Offset
0
1
3
Aspect Ratio Command Format
Field Name
Start of Message
Box address
Function Menu
Table 36: Aspect Ratio Command Format
Size (bytes) Description
1
2
1
A is the first byte for all OptiScale RS232 control
00-31 where 00 is a broadcast address (all boxes respond to 00)
G = Aspect Ratio a = Reset
4
5
6
7
Function Code
Sub-function Code
Value
Spare
1
1
1
2 b = Standard 16:9 c = Letterbox 16:9 d = Anamorphic e = Virtual Wide f = Standard 4:3 g = Crop 4:3 h = Anamorphic 4:3 i = Letterbox 4:3
0
0
00
Offset
6
7
4
5
0
1
3
Factory Reset Command
Field Name
Start of Message
Box address
Function Menu
Function Code
Sub-function Code
Value
Spare
Table 37: Factory Reset Command Format
Size (bytes) Description
1
2
1
1
1
2
1 a
0
0
00
A is the first byte for all OptiScale RS232 control
00-31 where 00 is a broadcast address (all boxes respond to 00)
H = Factory Reset
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Chapter 7
Troubleshooting
Troubleshooting Guide
Before consulting Silicon Optix Technical Support for OptiScale, perform the following simple checks listed in
Problem
Table 38: Troubleshooting Guide
Probable Cause Solution
No power (no illumination of LCD screen or front panel buttons)
Unit not plugged into main power
Ensure that the OptiScale power plug is connected to a live power outlet.
Power switch set to
OFF
Unit is in Standby mode
Ensure that the main power switch on the back of the unit is set to the
ON position.
Press the ONStandby button on the front of the unit. The front panel buttons should become illuminated.
Ensure that the input source is operational and connected to the
OptiScale unit
No picture output
No input source
Ensure that the input source is selected in the Input signals menu of the
OptiScale OSD. The selected input source should be highlighted gray.
If you're using a PC laptop, press the function key that lets you display on an external monitor. This key is often labeled with an icon, however, it may also be labeled CRT/LCD. You may have to hold down a
Function key while pressing it. Check your laptop's manual or online help for details.
Depending upon your computer's video card, you might need to use the
Display utility in the Control Panel to make sure that both the LCD screen and external monitor port are enabled. See your computer's documentation or online help for details.
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Troubleshooting
Problem
Table 38: Troubleshooting Guide
Probable Cause Solution
Color of the output image is incorrect
The projected image is upside down or a reversed image is displayed
Incorrect Y Cb and Cr inputs
If the input video signal is in a component format, ensure that the Y Cb and Cr inputs are properly connected.
Incorrect color temperature and gamma settings
Incorrect color and tint settings
Projector image flip enabled
Check that the color temperature and gamma settings in the menu are correct for the input image.
Picture
Check that the color and tint in the
Picture
menu are correct for the input image.
OptiScale needs to be reset
If none of the above solutions correct the image, perform a factory reset on the OptiScale unit from the main OSD menu.
Check the projector to ensure that image flip is not enabled.
Front Tabletop option is not selected.
From the OptiScale OSD, select the
Geometry
menu, and then select the
Projection
submenu. Ensure that the
Front Tabletop
option is selected.
The bottom/top or left/right portions of the projected image are cut off. The entire image is not displayed.
Projector image position has been adjusted
Horizontal and vertical picture position are not set to zero
Check the projector to ensure that image position has not been adjusted.
From the OptiScale OSD, select the
Picture
menu, and then select the
Position
submenu. Ensure that the H and V sliders are set to zero.
The image is too small, too large, or compressed.
Wrong aspect ratio selected
Select a different aspect ratio by pressing the
Aspect Ratio
button on the remote control.
Wrong image position settings in the Picture menu
Make sure the image position settings are correct on the
Picture
menu.
The image appears blurry or soft
Computer resolution setting incorrect
There may be dirt or smears on the projector lens
Projector focused incorrectly
Picture sharpness setting incorrect
If you're using a computer, make sure its resolution setting is correct.
Clean the projector lens.
Adjust the focus of the projector.
Adjust the
Sharpness
setting in the OptiScale OSD
Picture
submenu.
Wrong SDTV deinterlacing setting
If the input is connected to an SDTV interlaced source, try selecting a different de-interlacing option in the OptiScale OSD
SDTV Deinterlacing
submenu. The recommended setting is
Auto
.
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Troubleshooting
Problem
OptiScale does not respond to remote control commands
Table 38: Troubleshooting Guide
Probable Cause Solution
Remote Control out of range
Make sure you are within 30 feet (9 meters) of the OptiScale, and within range of the front IR sensor (approximately 30° to left or right and 15° above or below).
Remote Control batteries discharged or installed incorrectly
Replace the Remote Control batteries.
External infra-red energy interference
Turn off any fluorescent lighting and ensure that the OptiScale unit is not in direct sunlight. Strong lighting, especially fluorescent lights, may affect the infrared receiver. Turn off any nearby equipment that emits infrared energy, such as a radiant room heater.
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Troubleshooting
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Glossary
.
Anamorphic Scaling
Refers to the use of 16x9 aspect ratio pictures in a 4x3 system. For example, anamorphic supplementary lenses are used to change the proportions of an image to 16x9 on the surface of a 4x3 sensor by either extending the horizontal axis or compressing the vertical axis. Signals from 16x9 cameras and telecines produce an
anamorphic
signal which is electrically the same as with 4x3 images but will appear horizontally squashed if displayed at 4x3.
De-Interlacing
The blending of two video fields to form one progressive frame. This process avoids interlacing artifacts. See also
Interlaced Display
.
DVI
Video standard - acronym for
D
igital
V
isual
I
nterface.
A digital
interface
standard
created by the Digital
Display Working Group (DDWG) to convert
analog
signals into
digital
signals to accommodate both analog and digital monitors.
The alternative way of carrying 16x9 pictures within
4x3 systems is letterbox. Letterbox has the advantage of showing the correct 16:9 aspect ratio on 4:3 displays, the vertical resolution is less than 16:9 anamorphic.
See also:
Aspect Ratio
and
Letterbox
Aspect Ratio
The ratio of a screen’s width to its height. For example, 16:9 implies a screen 16 units wide by 9 units high.
HDTV
Video standard - acronym for
H
igh
D
efinition
T
ele
V
ision. HDTV is high-resolution digital television (DTV) combined with
Dolby Digital surround sound
(AC-3). HDTV is the highest DTV resolution in the new set of video
standards
. The main selling point for HDTV is the higher resolution picture. 720 or 1080 lines of resolution versus the 525 lines people are used to in North America (or the 625 lines in Europe).
A/V
A
udio/
V
isual
Interlaced Display
In basic terms, a video can be thought of as being made up of numerous snapshots, called
frames
. The
frame rate
, or the number of frames displayed each second, is 29.97 in the United States and other NTSCbased countries. For the sake of simplicity, we can round this number to 30 frames per second (fps). In many European countries, PAL and SECAM video systems display exactly 25 fps. The following explanation is based upon 30 fps, but you can replace the number 30 with 25 for PAL/SECAM video and the same principles hold true.
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Glossary
Television, however, does not deal with video in terms of frames. Instead, it displays a video using half-frames, called
fields
. Each frame contains exactly two fields. One field is made up of the odd horizontal lines in a frame. This is called the
odd field
or the
top field
since it contains the top line of the image. The other field is made up of the even horizontal lines in a frame. This is called the
even field
or
bottom field
. Since there are two fields in every frame, television actually updates the display at
60 fields per second (or 50 fields per second for
PAL/SECAM video). Each field is displayed 1/60 th
of a second after the preceding field (or 1/50 th
of a second for PAL/SECAM video).
Computer monitors and television screens do not display video in the same fashion. A computer monitor updates the image only once for each frame of video. Because of this, both fields that make up a video frame are shown simultaneously. Thus, a computer monitor displays video at 30 fps. This is called a progressive scan display.
screen content such as 16:9 HDTV signals or a letterboxed DVD movie in letterbox mode on a 4:3 display.
NTSC
Video broadcast standard - Acronym for
N
ational
T
elevision
S
ystem
C
ommittee.
The NTSC standard has a fixed vertical resolution of
525 horizontal lines stacked on top of each other, with varying amounts of lines making up the horizontal resolution, depending on the electronics and formats involved. There are 59.94 fields displayed per second. A field is a set of even lines, or odd lines. The odd and even fields are displayed sequentially, thus interlacing the full frame. One full frame, therefore, is made of two interlaced fields, and is displayed about every 1/30 of a second.
Operational Mode
OptiScale
Operational mode
displays the selected input, input frame rate, output resolution, and output frame rate.
A television, on the other hand, updates each field of a video frame separately. Because of this, the television must update its display twice to show a complete frame. It first updates the odd field, and
1/60 th
of a second later it updates the even field. It continues to alternate between the odd and lines 60 times each second. Thus, a television displays video at 60 fields per second. This is called an interlaced display.
I/O
Acronym for
I
nput/
O
utput
On-Screen Display
The On-Screen Display (OSD) menu is the primary way of controlling and selecting functions in the
OptiScale system. The OptiScale system is initially in a factory default state. Many OptiScale control parameters can be saved to OptiScale memory and retained for use in later sessions. Performing a factory reset erases these saved parameters and returns the system to the default state.
IR
Acronym for
I
nfra-
R
ed
OptiScale supports two different OSDs: one for 4:3
(1024x768) output aspect ratio, and one for 16:9
(1280x720) output aspect ratio.
LCD
Acronym for
L
iquid
C
rystal
D
isplay
Letterbox
Video display format that has an
aspect ratio
of 16:9.
This mode is used when the input aspect ratio is wider than the output. It can be used for showing wide
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PAL
Video broadcast standard - Acronym for
P
hase
A
lternating
L
ine. This standard was introduced in the early 1960's and implemented in most European countries except for France. The PAL standard utilizes a wider channel bandwidth than NTSC which allows for better picture quality. PAL runs on 625 lines/frame.
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Pan
The movement of a camera. Horizontal pan is movement in a horizontal plane (azimuth); vertical pan is movement in a vertical plane (pitch).
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Glossary
common ground, which is relatively cheap, easy to arrange but susceptible to interference - hence the distance limitation.
PC Loader
Silicon Optix’ proprietary software used to load
OptiScale firmware.
The OptiScale RS232/422/485 interface lets you control the OptiScale box. The interface channel is
RS232C with 57600 baud, 8 bits data, 1 stop bit and no parity bit.
Plasma Display
A flat-panel, non-CRT video display device. The basic idea of a plasma display is the illumination of tiny colored
fluorescent lights
to form an image.
Each pixel is made up of three fluorescent lights - a red light, a green light and a blue light. Just like a
CRT television, the plasma display varies the intensities of the different lights to produce a full range of colors.
RS422/485 Interface
Not to be confused with 4:2:2 sampling or 422P
MPEG, this is a standard for serial data communications defined by EIA Standard RS422. It uses current-loop, balanced signalling with a twisted pair of conductors per channel, two pairs for bidirectional operation. It is more costly than RS232 but has a high level of immunity to interference and can operate over reasonably long distances - up to
300m/1000 ft.
Resampling
This function establishes the raw intensity for each output pixel based upon its relative position on the input space. Restated, this is the amount of input intensity proportional to each output pixel based upon the relative position of the output pixels on the input space.
S-Video
S-Video is one of the high quality methods of transmitting a television signal from a device such as a Camcorder, VCR, or a game machine
(PSX/Saturn/SNES and so on). It separates the color information (Chrominance) from the brightness
(Luminance), which prevents nasty things like color bleeding and dot crawl, and helps increase clarity and sharpness.
RGB
Video standard - Acronym for
R
ed,
G
reen and
B
lue signals, the primary colors of television. By varying the intensity of each of these colors in a single pixel, the human eye can be fooled into seeing a wide range of colors. For example, a combination of red and green appears as yellow, even though no light with a yellow wavelength is emanating from the screen.
This works because the optical system integrates the photons striking a region on the retina, and the combined impulses from green and red sensitive cones are seen as yellow.
Scaling Parameter
A single numeric value, such as
zoom
,
window offset
.
See
Control Parameter
. The Input and Output resolution (width and height) are used to adapt to different physical video resolutions at input and output. The
zoom
and
window offset
(horizontal and vertical) effectively allow the linear scaling and displacement of the input image; these can be used to implement a zoom and pan function in a projection system, for instance.
RS232 Interface
A standard for serial data communications defined by
EIA Standard RS232 and is designed for short distances only - up to 10 metres. It uses single-ended signalling with a conductor per channel plus a
Setup Mode
OptiScale standby mode lets you select the output resolution and output frame rate and enter the
operational mode
.
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Glossary
SXGA
Video standard, acronym for
S
uper E
x
tended
G
raphics
A
rray. Adisplay specification that is capable of displaying 1280 x 1024
resolution
, or approximately 1.3 million
pixels
. See also
XGA
.
Throw ratio is sometimes defined using diagonal screen size. In that case, using the display device aspect ratio and the triangular equation, we can find the real aspect ratio
s
:
SDTV
Video standard, acronym for
S
tandard
D
efinition
T
ele
V
ision. Refers to the use of a digital broadcast to carry TV pictures of the same physical parameters as today's existing systems. These are interlaced signals
(where each frame is divided into two fields) and the only new feature they add over existing analog TV distribution from a picture viewpoint is automatic support for both 4:3 and 16:9 aspect ratio operation.
where:
σ
=
W
W
H
,
W = ---------------L
1
σ
+
2
σ
2
SECAM
Video standard, acronym for
SE
quential
C
ouleur
A
vec
M
emoire or
S
equential
C
olour with
M
emory.
This standard was introduced in the early 1960's and implemented in France. SECAM uses the same bandwidth as PAL but transmits the color information sequentially. SECAM runs on 625 lines/frame.
VESA
Acronym for
V
ideo
E
lectronics
S
tandards
A
ssociation. This group has produced standards for the VLB (
V
esa
L
ocal
B
us), VESA SVGA video modes and standards for minimum screen refresh rates at various pixel addressabilities.
Throw Ratio
Throw ratio is defined as the ratio of projection distance (throw distance) over projected image width. That is, the ratio of the distance from the screen divided by the horizontal width of the screen.
It can also be described as the zoom of the projector optics.
Referring to Figure A-2, the screen and lens are shown from above in horizontal section, the throw ratio
r
is given by the relation:
ρ
=
W
= w
VGA
Video standard - Acronym for
V
ideo
G
raphics
A
dapter or
V
ideo
G
raphics
A
rray. IBM developed
VGA in 1987, as one of the first computer video types to use analog signals. Supports pixel addressabilities of up to 640x480x16. This is the de facto video standard and consists of a number of video modes.
A forward transformation is defined as the mapping of the input points onto the output image, and an inverse transformation is defined as the mapping of output points onto the input image.
screen
W
•
O
optical axis display device
DMD,LCD, ...
w
•
•
∆
w
D f
Figure A-2:Throw Ratio in a Projection System
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XGA
Acronym for E
x
tended
G
raphics
A
rray, a highresolution graphics standard introduced by IBM in 1990. XGA was designed to replace the older
8514/A video standard. It provides the same resolutions (640 by 480 or 1024 by 768 pixels), but supports more simultaneous colors (65 thousand compared to 8514/A's 256 colors). In addition, XGA allows monitors to be noninterlaced.
Silicon Optix™ 2004 Copyright
See also
SXGA
.
Zoom
The ability to magnify (zoom in) or shrink (zoom out) the projected image.
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Glossary
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Glossary
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Index
Numerics
16:9 Aspect Ratio Treatments for Graphics
Inputs 26
16:9 Aspect Ratio Treatments for SDTV Inputs 25
4: 3 Aspect Ratio Treatments for HDTV Inputs 22
A
About this Manual ii
Accessories 3
Advanced Commands 46
Advanced DPMS Enable/Disable Command 47
Advanced Lamp Timer Reset Command 47
Advanced Reset Command 46
Advanced Video System Command 46
Anamorphic Scaling 57
Aspect Ratio 57
Aspect Ratio Command Format 49
Aspect Ratios 22
16:9 Output 24
4:3 Output 22
Audience ii
B
Book Style Conventions ii
C
Command Format 39
Command Response
OK 40
Command Responses 40
Error Response 40
Commands
Advanced DPMS Enable/Disable 47
Advanced Lamp Timer Reset 47
Advanced Reset 46
Advanced Video System 46
Factory Reset 49
Geometry Magnify 48
Geometry Projection 48
Input Signal 41
Picture Analog Graphics Auto Sync 45
Picture Analog Graphics Clock and Phase
45
Picture Color Adjust 42
Picture Color Temperature 43
Picture Gamma Correction 44
Picture Position 46
Picture Reset 42
Picture SDTV De-interlacing 43
Picture User Color Temperature Adjust 44
Power On/Off 40
Communication Line Settings 31
Control Interval 57
Control Parameter 57
Convert BIN File in Intel HEX File Format
34
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Index
D
De-Interlacing 57
DVI 57
E
Error Response 40
F
Factory Reset Command 49
FCC Statement ii
Features and Specifications 2
Firmware 27
List of Files 34
Firmware Loading Options 33
Flexibility and Ease of Use 2
G
Geometry Commands 48
Geometry Magnify Command 48
Geometry Projection Command 48
Getting Started 5
H
HDTV 57
I
I/O 58
Image AnyPlace Interface 7
Image Anyplace Output Modes 7
Important Safety Information iii
Input Signal Commands 41
Installation
Cable Kit 5
eWARP Designer Option 6
Optional Accessories 5
Standard Components 5
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Interlaced Display 57
IR 58
K
Keystone Effect 58
L
LCD 58
Letterbox 58
Limited Warranty i
List of Standard Components 5
Loading Firmware 27
Loading HEX Files 27
Loading Options
Firmware 33
N
NTSC 58
O
OK Response 40
On-Screen Display 11, 58
Operate Mode 7
Operational Mode 58
Optical Distortion 58
Ordering Options 3
OSD Menu Levels (16
9 Output) 17
OSD Menu Levels (4
3 Output) 12
OSD Menu Structure 11
P
PAL 58
Pan 59
PC Loader 59
PC LOader Board and Device Settings 32
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PC Loader File Names 29
PC Loader Info Field 31
PC Loader Interface 28
PC Loader Menu Bar Options and Commands 28, 29
PC Loader Progress Bar 31
PC Loader Tool Bar Buttons and Functions
28
PCLoader.cfg File 31
Physical Characteristics 2
Picture Analog Graphics Auto Sync Command 45
Picture Analog Graphics Clock and Phase
Command 45
Picture Color Adjust Commands 42
Picture Color Temperature Command 43
Picture Commands 42
Picture Gamma Correction Command 44
Picture Position Command 46
Picture Reset Command 42
Picture SDTV De-interlacing Command 43
Picture User Color Temperature Adjust
Command 44
Plasma Display 59
Power On/Off Commands 40
Program Settings and PCLoader.cfg File 31
V
VESA 60
VGA 60
Q
Quick Start Procedure 6
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Index
S
Safety iii
Installation iii
Maintenance iv
Salient Features 2
Front Panel 3
Rear Panel 3
Sample Image AnyPlace .brd File 32
Scaling Parameter 59
SDTV 60
SECAM 60
Serial Communication Parameters 31
Standby Mode 7, 59
S-Video 59
SXGA 60
T
Throw Ratio 60
Troubleshooting Guide 53
Typical Image AnyPlace Application 3
W
Warp 60
Warranty i
R
Resampling 59
Return Material Authorization i
RGB 59
RMA i
RMA Conditions i
RS 232/422/485 Protocol 35
RS232/422/485 Commands 40
RS232/422/485 Interface 35, 59
RS232/422/485 Power On/Off Commands
40
RS232/422/485 Protocol 35
X
XGA 60
Z
Zoom 61
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Index
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Table of contents
- 3 Limited Warranty
- 3 Return Material Authorization (RMA)
- 3 RMA Conditions
- 4 About this Manual
- 4 Audience
- 4 Book Style Conventions
- 4 FCC Statement
- 5 Safety
- 5 Important Safety Instructions
- 5 Installation
- 6 Maintenance
- 17 Introduction
- 17 General
- 17 Front/Rear Projection System Applications
- 18 Physical Characteristics
- 18 Features and Specifications
- 18 Advanced Functionality
- 18 Flexibility and Ease-of-Use
- 18 Sophisticated Software
- 18 Panel Diagrams
- 19 Typical OptiScale Application
- 19 Ordering Options and Accessories
- 21 Installation
- 21 List of Standard Components
- 21 Optional Accessories
- 21 Cable Kit
- 22 Rack-Mount Installation Kit
- 22 Setting up OptiScale
- 23 OptiScale Interface
- 23 OptiScale Operational Modes
- 23 Operate Mode
- 23 Setup Mode
- 27 On-Screen Display
- 27 OSD Menu Structure
- 27 OSD Menu Controls
- 28 OSD Menu Levels (4:3 Output)
- 33 OSD Menu Levels (16:9 Output)
- 38 Aspect Ratio
- 38 4:3 Output Aspect Ratio
- 40 16:9 Output Aspect Ratio
- 43 Loading Firmware
- 43 Introduction
- 43 Loading HEX Files
- 44 PC Loader Interface
- 44 Menu Bar Options and Commands
- 44 Tool Bar Buttons and Functions
- 47 File Names
- 47 Progress Bar
- 47 Info Field
- 47 Communication Line Settings
- 47 Program Settings and PCLoader.cfg File
- 48 Board and Device Settings
- 49 Loading Options
- 49 Loading Configuration Options
- 49 Erase Flash Memory
- 50 CPU Memory Page
- 50 Convert BIN File in Intel HEX File Format
- 50 List of Files
- 51 RS232/422/485 Protocols
- 51 RS232/422/485 Interface
- 54 RS232/422/485 Protocol
- 54 Command Format
- 55 Command Responses
- 55 Error Response
- 56 OK Response
- 56 RS232/422/485 Commands
- 56 Power On/Off Commands
- 57 Input Signal Commands
- 57 Picture Commands
- 57 Picture Reset Command
- 58 Picture Color Adjust Commands
- 58 Picture SDTV De-interlacing Command
- 59 Picture Color Temperature Command
- 59 Picture User Color Temperature Adjust Command
- 59 Picture Gamma Correction Command
- 60 Picture Analog Graphics Auto Sync Command
- 60 Picture Analog Graphics Clock and Phase Command
- 61 Picture Position Command
- 61 Advanced Commands
- 61 Advanced Reset Command
- 61 Advanced Video System Command
- 62 Advanced Lamp Timer Reset Command
- 62 Advanced DPMS Enable/Disable Command
- 63 Geometry Magnify Command
- 63 Geometry Projection Command
- 64 Aspect Ratio Commands
- 64 Aspect Ratio Command Format
- 64 Factory Reset Command
- 67 Troubleshooting
- 67 Troubleshooting Guide
- 71 Glossary