Mitsubishi Electronics 838 SERIES manual Original 3D Video Options, Watching Regular non-3D Video

Page 35

3. TV Features

35

3D Video, continued

Original 3D Video Options

(TV Software Versions 012.05 and earlier)

Important

This page describes 3D options offered with TV software versions 012.05 and earlier.

To upgrade earlier software to the current version, visit http://www.mitsubishi-tv.com/3Dupgrade.html

Instructions for later software are on page 35.

To display 3D gaming or 3D cinema content, your Mitsubishi TV requires:

A compatible 3D source device outputting a 3D signal in one of these formats:

-- Checkerboard format, 1080p, 60-Hz; (lower resolutions may be supported but will not fill the screen)

-- Side-by-Side format, 1080p, 24/30/60 Hz; 720p, 60 Hz

Active-shutter 3D glasses, DLP link type or IR emitter type with matching emitter

Initial Setup

See the instructions on page 33.

Watching 3D Video

Note: Active 3D glasses are required.

1.Press INPUT.

2.Highlight the icon for the 3D video device and press

ENTER.

3.Press MENU and select the Picture > 3D Mode menu.

4.Select On for 3D Mode. The On setting will be memorized for the current input when you exit this menu.

Which Software Version Is in My TV?

Press MENU to see your TV’s software version dis- played in the lower left corner of the main menu. Versions 012.05 and earlier carry a limited choice of 3D video options.

5.Select the Source Format. If your source device outputs an unsupported signal format see “Notice Concerning 3D Format Compatibility” on this page.

6.For Glasses Control, select the control type for your 3D glasses, either IR Emitter or DLP Link.

Use the Picture > 3D Mode menu to enable 3D video.

7.Press EXIT to close the menu.

8.If the image does not appear correct (e.g., objects appear to be moving in instead of out), open the Picture > 3D Mode menu and set Glasses L-Rto Reverse.

Watching Regular (non-3D) Video

The 3D Mode setting is memorized for each input. When you want to watch non-3D video on the input selected above, you can

Open the Picture > 3D Mode menu and set 3D Mode to Off.

Press the TOOLS key and select 3D option 7.

Notice Concerning 3D Format Compatibility (TV Software Versions 012.05 and earlier)

Mitsubishi 3DTVs (738 and 838 series) currently support the side-by-side 3D signal format. For support of other 3D formats, such as top-bottom and frame packing (3D Blu-ray standard), Mitsubishi 3D TVs will require the use of a 3D source device that outputs the 3D checkerboard format or a 3D source device coupled with the Mitsubishi 3D adapter. In all cases an emitter and matching 3D active shutter glasses or DLP Link active shutter glasses are required in order to view 3D content.

For assistance call 1(800) 332-2119

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Contents Series TV Model Stand Model Stand RequirementContents Children and TV Viewing Installation and Operating NotesLamp Replacement Internal FansOutdoor Antenna Grounding Replacement PartsSpecial Features of Your TV Installing the Remote Control Batteries Package ContentsTV Tips First-Time Power-OnBefore You Begin TV Controls Remote ControlSound Tools Key and MenuPicture ToolsPanel-Lock Release Status IndicatorSystem Reset TV Control PanelMemorizing Channels with Channel Scan For the ANT input Setting Up TV InputsUsing the ANT Antenna Input Setting Up Inputs with Auto Input SensingTips on Auto Sensing When You First Connect a DeviceAbout Auto Input Sensing Auto Input Sensing for Most DevicesWatching Broadcast TV CancelBasic TV Operation Selecting an Input to WatchAssistance Picture SettingsBasic Audio Controls TV CareInput Selection menu Inputs Name menu More TV FeaturesFeature Format Key and Picture ShapeDVI Video Connection Connecting a Computer to the TVHdmi Connection Distortion in Computer Images Using the TV with a Personal ComputerComputer Video Adjustments Image ResolutionPicture Quality Connection Types and Audio/Video QualityAuto Input Sensing Connection TypesSide Inputs Inputs and OutputsMain Connection Panel LAN Hdmi Inputs High-Definition Multimedia Interface2a. USB limited use 2b. USB 838 Series9b. AUDIO/SURROUND Output IR-NetCommand OutputHdmi Device 9a. Audio OutputSatellite Pb Pr Component Video DeviceDVI Video Device VCR or other device with composite video output Antenna or Cable TV ServiceVCR or DVD Recorder to an Antenna or Wall Outlet Cable Composite Video DeviceDVD player ReceiverReceiver with Hdmi Output Subwoofer with Audio Cable Wireless SubwooferSupplemental Audio Connections Adding a SubwooferGo to Sound Global and set Center Channel to On Using the TV Speakers as a Center ChannelFAV Favorite Channels Sleep TimerSetting the Sleep Timer Viewing or Changing the Sleep TimerAbout ChannelView Using ChannelView ListingsUsing Custom Channel Banks ChannelView Channel ListingsAbout Channel Numbers Signal DefinitionsStatus Display Redirecting Audio Output Using an External Sound SystemControlling A/V Receiver Sound Volume DVD Image Definitions Picture Shape and Display FormatsFormat Definitions Effect of Mitsubishi Formats on Picture TypesWhich Software Version Is in My TV? Initial Setup3D Video Enhanced 3D Video OptionsTop/Bottom Screen split horizontally Checkerboard Watching 3D VideoEnter Side by SideWatching Regular non-3D Video Original 3D Video OptionsEpilepsy 3D Safety RequirementsUSB Media Player Menu Camera Images and Music FilesUSB Source Devices 838 Series Slideshow + Music --Slideshow only Music only Using the Photos and Audio MenusUSB Media Setup Menu Key For Photos or Audio TracksPlug in first Using an Audio-Only DevicePhotos and Motion Video as Composite Video Optional Audio CableTips for Wireless Playback Wireless Audio PlaybackPairing the TV with an Audio Playback Device Resetting Bluetooth Pairing or ConnectionBefore You Begin Basic Manual SetupSound Projector 838 Series Sound Projector TechnologyHow to Make Adjustments in the Custom Menu Adjusting Beam AnglesAdjusting Levels Adjusting an External SubwooferInitial Preparation Auto SetupMicrophone Placement Start Auto SetupAudio inputs External Rear SpeakersSet Sound Global Analog Audio Out to Rear To TV audio OutputsEthernet Connection Home Network SetupStreamTV Internet Media @ # $ % * + = . space ? Wireless ConnectionKey Use for Getting Started with Vudu Movies Using StreamTV Internet MediaTroubleshooting Using Vudu Apps and Vudu MoviesIntroduction to Home-Theater Control Source device connected directly to the TVPicture Main MenuPicture Picture+ Picture Perfect Picture ResetUsing PerfectColor Using PerfecTintPicture Mode SAP SoundSound Audio Center Channel Sound GlobalSound Auto SP Sound SoundProCaptions Setup Timer SetupSetup Language Setup ClockScan Edit Setup ChannelAdding/Deleting Channels Using the Channel Edit Menu Ant Air Ant CableSetup Network Setup EnergyInputs Control InputsInputs Name InputsInputs Demo Inputs OrderLock TV-Y Lock ParentalLock TV Rating Movie Start Time/ Stop Time Lock Other Lock TimeLock Channel Lock PanelImportant Note on NetCommand About NetCommand IR ControlIf You are Unable to Locate a Device’s IR Sensor PlacementIR Emitters NetCommand and Device-Specific Keys NetCommand SetupInitial NetCommand Setup Special Operation Methods Adding or Removing Device Keys from NetCommand ControlSpecial Operation Description and Setup How to Use Controlling Most Device TypesOperating NetCommand-Controlled Devices Info NetCommand Specialized Device KeysWith Any Connection Type Switching Audio to and from the A/V ReceiverControlling A/V Receiver Power Controlling Other A/V Receiver FunctionsBefore You Begin Setting Up A/V Receiver ControlPower and Volume Setup to Control A/V Receiver Power and VolumeMore About Using an Hdmi Connection Automatic Audio/Video Switching Over an Hdmi ConnectionBefore You Begin Open the Inputs Learn menu Appendices Page Functions Available for Other A/V Devices Appendix a Programming the Remote ControlCode Verification Programming the Remote ControlAudio Lock Universal A/V Receiver Control Audio Amplifiers Audio AccessoriesVideo Accessories VCRs Satellite ReceiversAppendices81 Blu-ray and HD-DVD TAGBypassing the Parental Lock Mitsubishi Home Theater TVThis page intentionally left blank Device does not have CEC compatibility Action Appendix C Hdmi Control of CEC DevicesEnabling Hdmi Control of CEC Devices Hdmi cable cannot support CEC ActionDescribed in Enabling Hdmi Control of CEC Hdmi Control of an Hdmi A/V Receiver and Connected DevicesResolving CEC Conflicts Using Hdmi ControlTo Order a New Lamp Lamp-Cartridge ReplacementAppendix D TV Care LampDisposal of the Old Lamp Cartridge Lamp-Cartridge ReplacementInstalling the New Lamp Cartridge Removing the Old Lamp CartridgeCare of the Remote Control Cleaning RecommendationsPicture Advanced menu Appendix E TroubleshootingTV Reset Comparison Guide ServiceNew Device Found screen Affected by Picture ResetChannel Edit menu instruc If the New DeviceVudu General TV Operation Symptom RemarksTV Channels Symptom Remarks Change Lamp Energy from Standard to Bright TV Power On/Off Symptom RemarksPicture Symptom Remarks Check that Digital Audio Output and/or AUDIO/SURROUND Sound Symptom RemarksSymptom Remarks Home Network Symptom RemarksNetCommand IR Control NetCommand-equipped models only Trademark and License Information Trademark and License InformationMitsubishi TV Software GNU General Public License 101 Acceptance Not Required for Having Copies GNU General Public License No Warranty Mitsubishi Home-Cinema Television Limited Warranty Warranty Index Index Page System Reset MDEAservice@mdea.com
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838 SERIES specifications

The Mitsubishi Electronics 838 Series represents a significant advancement in the field of industrial automation and control systems. This series is specifically designed to meet the demands of modern manufacturing environments, boasting several cutting-edge features, technologies, and characteristics that enhance productivity, reliability, and ease of use.

One of the standout features of the 838 Series is its high-performance processing capabilities. Equipped with a powerful CPU, the series can execute complex control algorithms with minimal lag, making it ideal for real-time applications. The processing speed allows for quicker response times in automation tasks, which is critical in high-speed manufacturing lines.

The 838 Series integrates advanced communication technologies, supporting various industrial protocols such as EtherNet/IP, CC-Link IE Field, and MODBUS TCP. This flexibility facilitates seamless connectivity with different devices and systems, enabling streamlined communication in multi-vendor environments. The robust networking capabilities also enhance data exchange, allowing for more integrated and efficient operations across the factory floor.

Another significant aspect of the 838 Series is its user-friendly interface. The series includes an intuitive touchscreen display, which simplifies the monitoring and control of machinery and processes. Operators can easily access vital information, adjust parameters, and receive real-time feedback, significantly reducing the learning curve associated with complex systems.

In terms of durability, the Mitsubishi 838 Series is built to withstand the rigors of industrial environments. Its construction adheres to strict quality standards, ensuring high resistance to vibration, temperature fluctuations, and electrical noise. This reliability translates into reduced downtime and maintenance costs, making it a cost-effective solution for manufacturers.

Energy efficiency is another critical characteristic of the 838 Series. It incorporates advanced power management technologies that optimize energy consumption without compromising performance. This not only helps in lowering operational costs but also aligns with the growing emphasis on sustainable manufacturing practices.

Furthermore, the series includes integrated safety features that comply with international standards. These safety mechanisms prevent potential hazards, ensuring a secure working environment for operators while maintaining productivity.

In conclusion, the Mitsubishi Electronics 838 Series stands out as a versatile and powerful solution for modern industrial automation. Its combination of high performance, flexible communication, user-friendly design, durability, energy efficiency, and robust safety features make it a leading choice for industries seeking to enhance their automation processes while ensuring operational safety and efficiency.