Description
The LV5300A WAVEFORM MONITOR is compact without sacrificing performance, supporting SDI signals from SD through 12G rates and including physical layer testing. The LV5300A is a 3U half-rack, short-depth waveform monitor with a built-in 7-inch touch screen display and a full array of buttons and control knobs.
The waveform, vector, picture, audio, and eye pattern displays enable simple yet comprehensive measurements and quality control of the widest range of audio and video formats. The status display allows you to assess errors and system stability with both event logs and long-term charts. Audio embedded in SDI signals can be shown on the level, Lissajous, and status displays.
The LV5300A has a DC power input, which enables it to be used in locations where AC power supplies are not available. Moreover, the LV5300A can be battery-operated by installing a battery mount option. With its combination of touch screen, dedicated buttons and knobs, and user-defined screen layouts the LV5300A allows complex measurement and monitoring tasks to be quickly completed in almost any environment.
Features
- Supports various signal inputs
It supports SD-SDI, HD-SDI, 3G-SDI, 6G-SDI, 12G-SDI single link, 4K 3G-SDI dual link. - Excellent operability
The LV5300 adopts a 7-inch full HD panel with a touch panel function. - Eye pattern display
From SD-SDI to 12G-SDI. In the physical layer measurement of the SDI signal some eye pattern display, jitter display is possible. - Customizable layout
Various items such as video signal waveforms, vector waveforms, and pictures of input signals can be laid out in any position with your favorite size. - SDI signal generation function
SDI signal generation function can handle from HD-SDI to 12G-SDI. - HDR
The HDR signal level monitoring and the level management at the assumed luminance (Nits) in a display considering OOTF are possible. - Focus Assist
We developed a new focus detection algorithm based on nonlinear super-resolution technology; accordingly the focus with high sensitivity can be detected even with low-contrast images, which were conventionally difficult to detect.
