Connecting RM-P210

Connecting to Remote Control Unit RM-P210

26 Pin

Headsetcamera

KA-310Ucable

REMOTE CONTROL UNIT RM-P210

Remote control unit RM-P210

RM Multi-pin connector

Headset KA-310U

[INTERCOM] terminal

Monitor

[PROMPTER OUTPUT] terminal

Connection

26 Pin camera cable

VC-P110 (5 m) VC-P112 (20 m) VC-P113 (50 m) VC-P114 (100 m)

Switch off RM-P210 power supply before attempting the connection.

Connect this unit’s RM multi-pin connector and RM-P210 using the 26 Pin camera cable. Length of the camera cable should not be longer than 100 m.

If intercom headset is to be used, plug the Headset KA-310U into the [INTERCOM] termi- nal.

Prompter video (RM-P210 [AUX VIDEO INPUT] terminal’s input signal) from RM-P210 could be verified by connecting this unit’s [PROMPTER OUTPUT] terminal located in front of it to a monitor using BNC cable.

Note

Power for this unit and the camera is supplied by RM-P210 via the 26 Pin camera cable.

Setting

Menu screen setting

Composite video signal is always output at the RM multi-pin connector.In addition, another type of video signal which could be either RGB component, Y/Cb/Cr component or YC separate signal could be outputted. The output signal could be selected using the “OUT- PUT” item under the “SYSTEM” menu screen.

If the output signal is RGB component, option to superimpose SYNC signal onto the G signal could be selected through the “SYNC ON G” item under the “SYSTEM” menu screen.

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JVC KA-F5602U, KA-F5603U manual Connecting RM-P210, Connecting to Remote Control Unit RM-P210, Connection Pin camera cable

KA-F5603U, KA-F5602U specifications

The JVC KA-F5602U and KA-F5603U are powerful frame synchronizers and converters that cater to the professional broadcast and production industries. With their advanced features and superior technologies, these models are designed to enhance video processing capabilities, making them essential tools for high-quality video production.

One of the main features of the JVC KA-F5602U is its ability to handle a wide range of video formats. This model supports a variety of input signals, including HD-SDI, SD-SDI, and composite signals, enabling seamless integration into any broadcasting setup. The KA-F5603U further expands on this capability with additional support for 3G-SDI inputs, ensuring compatibility with even higher resolution formats.

Both models come equipped with real-time frame synchronization technology, which is crucial for ensuring that video signals are perfectly aligned, minimizing any lag or drift. This feature is especially important for live broadcasts or multi-camera setups where precision timing is necessary. The synchronization ensures that video and audio remain in perfect sync, even when switching between different sources.

Another significant characteristic of the KA-F5602U and KA-F5603U is their advanced up/down/cross conversion capabilities. This allows users to convert video signals between different formats without compromising on quality. Whether switching from 1080p to 720p or from standard definition to high definition, these models maintain the integrity of the original content.

Furthermore, both devices include various processing features such as frame rate conversion, which can adjust the frame rate of incoming signals to match the desired output. This is particularly valuable in mixed-format environments where compatibility across various systems is essential. The user-friendly interface provides easy access to these extensive processing options, making operation straightforward for any professional, regardless of their technical expertise.

In terms of connectivity, the KA-F5602U and KA-F5603U are designed to integrate seamlessly with other broadcast equipment. They feature multiple output options, including HD-SDI, as well as embedded audio support, which allows for enhanced audio integration. Reliable performance, robust build quality, and user-oriented features make these models stand out in the crowded field of video processing equipment, ensuring that they meet the demanding needs of today’s broadcasters and content creators.