It is a device that can synthesize and display up to 9 NTSC and PAL analog signals, reduced to fit into a single screen divided into 4 sections.
1. Capable of mixed input of asynchronous NTSC and PAL signals 2. Supports display for overscan monitors 3. Capable of displaying full-width kanji characters, up to 16 characters (or 32 half-width characters) in 2 lines on each reduced screen 4. Characters can be displayed in any color and in 7 different sizes, with adjustable horizontal and vertical display positions 5. Capable of displaying a portion in enlarged view 6. TALLY frames can be added to the edges of the reduced screen 7. When TALLYs overlap, they are displayed in two colors vertically 8. The display format of the input image can be preset to 64 types, with the ability to register and switch setting data 9. Capable of changing the display position of the input image 10. Characters can be displayed outside and inside the image frame 11. Text and frames can be input using a PC for settings (setting software provided) 12. Capable of outputting 2 HD serial signals and DVI 13. Capable of displaying an analog clock using LTC input 14. Highly reliable power supply redundancy (excluding L type) 15. Serial signal input is also possible by replacing with an optional SDI input board
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basic information
The MV409 is a split display monitor device that reduces up to 9 systems of NTSC and PAL analog signals into a 9-split or 4-split screen and synthesizes them into a single high-definition screen. It has been enhanced with a preset function for 64 types of display formats for input images, a mode for displaying text superimposed outside the image frame, and an analog clock display.
Price range
P4
Delivery Time
Applications/Examples of results
It can be applied to broadcasting operations, presentations, exhibitions, demos, monitoring devices, etc.
Line up（1）
| Model number | overview |
|---|---|
| MV409L | 1 Power Type |
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Company information
The "nano" in "nanotech" refers to the unit of time called a nanosecond (1/one billionth of a second). In one nanosecond, light can travel approximately 30 cm, which is an incredibly fast duration. Nanotech challenges this world of speed! It is a "specialized research and development company" that pursues the realization of images and videos. Reflecting the IT era, broadcasting equipment is also transitioning to digital high definition, and advancements in technology are increasingly demanded. By constantly incorporating cutting-edge technology, research and development will create the nanotech of tomorrow.