2. TV Connections

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Inputs and Outputs, continued

1.HDMI® Inputs (High-Definition Multimedia Interface)

The HDMI inputs support uncompressed standard and high-definition digital video formats, bitstream Dolby Digital 5.1, and PCM digital stereo audio. These inputs are HDCP (High-Bandwidth Digital Copy Protection) compliant.

Mitsubishi recommends you use high-speed HDMI cables to connect newer source devices incorporating HDMI technology. High-speed cables bring you the full benefits of Deep Color and x.v.Color.

These HDMI inputs can also accept digital DVI video signals. To connect a device’s DVI output to the TV’s HDMI input, use an HDMI-to-DVI adapter or cable plus an analog audio. Connect the audio cable to the DVI/PC AUDIO INPUT jack on the TV to receive audio from your DVI device.

Use the HDMI inputs to connect to CEA-861 HDMI com- pliant devices such as a high-definition receiver or DVD player. These inputs support 480i, 480p, 720p, 1080i, and 1080p video formats.

The TV’s HDMI inputs are compatible with many DVI-D and HDMI computer video signals.

HDMI Cable Categories

HDMI cables are available as Standard and High-Speed types.

High-Speed HDMI Cables. Newer DVD players, video games, and set-top boxes require High-Speed HDMI cables, suitable for clock frequencies up to 340 MHz or data rates of up to 10.2 gigabits per second. Use high-speed cables for 1080p HD signals carrying extended color encodings (i.e., 30 or more bits, also called Deep Color). High-Speed HDMI cables are also suitable for standard HDTV signals.

Standard HDMI Cables. Standard HDMI cables may be unmarked. They are suitable for standard HDTV 720p, 1080i, and 1080p signals with 8-bit color depth. Use Standard HDMI cables for clock frequencies up to 74.25 MHz or data rates of up to 2.23 gigabits per second.

2a. USB (limited use)

Standard USB 5-volt, 500-milliamp power output you can use to supply power to an accessory device.

738 Series. Use this port for a wireless network adapter. See page 46.

2b. USB (838 Series)

The TV can read JPEG photo files and mp3 music files from a USB storage device connected to this input.

Connect a compatible wireless adapter to stream internet content to the TV (page 45).

This USB port can be used to power accessory devices.

3.LAN

Use the LAN Ethernet jack for streaming internet video to the TV. See page 45 for setup.

4. AUDIO

Analog stereo inputs for use in conjunction with adja- cent composite or component video jacks.

5. Y/Video (Composite Video)

Analog standard-definition video inputs. Use the adja- cent AUDIO R and L inputs if you wish to send audio to the TV speakers.

6. Y/VIDEO Pb Pr (Component Video)

Analog video inputs able to accept high-definition video from a high-definition source device. Use the adjacent AUDIO R and L inputs if you wish to send audio to the TV speakers.

7. 3D GLASSES EMITTER

Use this jack for the special IR emitter supplied with some 3D glasses. The emitter sends out an infrared signal that synchronizes your 3D glasses with the screen display. See page 33.

8. ANT (Antenna)

Connect your main antenna or direct cable service (without a cable box) to ANT. The ANT input can receive digital and analog over-the-air channels from a VHF/ UHF antenna or non-scrambled digital/analog cable source.

For assistance call 1(800) 332-2119

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Mitsubishi Electronics 838 SERIES Hdmi Inputs High-Definition Multimedia Interface, 2a. USB limited use, Lan, ANT Antenna

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.