FlexNetViewer?HD - LAN-based Video Distribution Unit  / Support HD video / Long-distance transfer of high-definition video over LAN.An affordable, laborsaving system that allows real-time transmission and reception of high-definition video

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Features

Support HD video

With a purpose-designed CPU for MPEG-4 image compression, FlexNetViewer HD supports video with high-definition resolution to ensure expressive digital signage.

LAN usage helps minimize cost of system introduction

Packet transfer to remote locations via LAN. Build an affordable and efficient image distribution system without worrying about video signal deterioration or cable length.

From a single transmitter to multiple monitors

Configure transmitters and receivers to distribute video on a one-to-one or one-to-many ratio. It is possible to distribute video output to multiple displays without the need for a computer on the receiver side.

Platform-independent design

Not dependent on any particular computer or operating system, making settings easy and ensuring that distribution performance is not restricted by computer processing power.

Wide range of computer-integrated applications

Supports a wide range of system configurations such as using a computer as a transmitter for centralized management of video from multiple locations or viewing display screens from remote locations.
*Computer must have Image Transfer Utility (sold separately) installed.

Distribute live images from a video camera

A video camera can be connected to the composite input terminal on the transmitter to distribute a live video feed.

Distribute video over wireless LAN (Optional)

Using a wireless LAN that supports IEEE 802.11n allows wireless transmission of HDTV on a one-to-one ratio of transmitters to receivers.

Applications

System configuration diagram

Stations and airports

Simultaneously distribute information to multiple large-screen displays

For multiple displays

Simultaneously distribute information to multiple large-screen displays on platforms, near ticket gates, and in other locations. Provide effective guidance by changing displays in real time to show information about stores, tourism, or emergencies, such as accidents and delays, as well as transport and transfer information.
The transmitter converts screen data to IP packets, so unlike thin clients and terminal services, performance is not reliant on the host computer.

System configuration diagram

Hospitals and shopping malls

For centralized management from a control room or display-dependent content in large-scale facilities

Distribute different content to individual displays

Using a Windows® PC as a host computer, separate video, text information, and other content can be sent to multiple displays in remote locations. This feature is perfectly suited for centralized management from a control room or customized content for individual displays in large-scale facilities.
No transmitter is required as screen data is sent from a Windows® PC*1 using separately available dedicated utility software.

*1 In Windows 2000/XP, if there is another application window on top of the selected application window, transfered image data will show both windows.

System configuration diagram

For use in factories and systems for intra-office management and monitoring

For use in factories and systems for intra-office management and monitoring

For managing and monitoring multiple PC screens

Receive screen displays from multiple computers in remote locations with a Windows® PC. View screens from various locations with multi-display functionality.
*Screen data is received with a Windows® PC, so no receiver is required.

For highway service areas, universities, and conference venues

Distribute live video simply by connecting a video camera

For live video

Video connectivity opens up a range of applications. Simply connect a video camera to the FlexNetViewer HD unit to distribute live video of traffic conditions to highway service areas, broadcast seminars and conferences live to multiple locations, or send information in real time to students in classrooms across campus.
Connect multiple receivers to simultaneously distribute transmitter-side monitor screens to multiple monitors. Because the video signal is converted into LAN packets for transfer, there are no restrictions due to deterioration in video quality over long distances or cable length.

System configuration diagram of live video distribution
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