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Wireless Video Transmitter

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Music Equalizer

VC-TX831 Wireless HD Video Transmitter with LCD Receiver Monitor

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Video Game Invention

4K Wireless HDMI Transmitter and Receiver VC-TX971 Pro

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Video Game Invention

Wireless HD HDMI Transmitter and Receiver vc-TX821

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Video Game Invention

4K HDMI VC-TX300 Pro Wireless Video Transmitter

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Music Equalizer

SDI/HDMI VC-TX400 Pro Wireless Video Transmitter

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FAQ (Frequently Asked Questions)

1. What is a wireless video transmitter and why would I need one?

Ans: A wireless video transmitter allows you to send video signals from your camera or video source to a monitor, switcher or receiver without using long cables, improving mobility and reducing setup clutter.

3. What’s the latency (delay) like — is it suitable for live streaming or PTZ remote control scenarios?

Ans: For live streaming and especially PTZ-camera operation, low latency is critical. Many wireless video transmission systems aim to keep latency under 50–100 ms, but actual performance depends on model, signal strength, and environment. Ensure the Videocast model you choose specifies latency and it meets your workflow needs.

2. How far can the transmitter work / what’s the typical transmission range?

Ans: The range depends on the specific model, frequency band (e.g., 5 GHz), . Some systems support  hundred feet (or meters) in ideal conditions. You’ll want to check the specs of the specific VIDEOCAST model (e.g., VC-TX831, VC-TX971 Pro) for detailed numbers.

4. What video formats and inputs/outputs does it support?

Ans: Depending on the model, you may find support for HDMI, SDI, 4K resolution, etc. For example, modern kits advertise HDMI/SDI inputs, 1080p or 4K outputs.

5. Is a wireless video transmitter as reliable as a wired connection?

Ans: Wired connections (HDMI/SDI cables) will in general offer the most consistent signal with fewer variables. Wireless systems increasingly approach that reliability, especially in controlled environments, but you’ll still want to ensure: clear line of sight, minimal interference, proper antenna placement, strong power supply, and tested range for your specific setup.

7. What are the main limitations or things to watch out for when using a wireless transmitter?

Some common considerations:

  • Physical obstructions, walls or metal structures can reduce range.

  • Wireless interference (e.g., from WiFi, other transmitters)

  • Higher cost and often more setup complexity compared to wired solutions.

  • If you need ultra-low latency (e.g., for interactive PTZ control), you’ll want a system rated for that.

6. What kind of power supply / mounting considerations are there?

Ans: Wireless transmitter/receiver units may require their own batteries or DC power supply (e.g., via D-Tap, Sony L-series battery plate). Mounting stability (tripod, rig, camera cage) and antenna orientation matter for best performance.

8. Which applications / use-cases are ideal for this product?

Ans: Wireless video transmitters are particularly useful in scenarios like:

  • Live streaming events where cables are impractical or dangerous.

  • Multi-camera PTZ setups where mobility or variable camera placement is required.

  • Remote production or monitoring where camera and director/operator are physically separated.

  • Installation environments (AV, corporate, education) where running cables is costly or unsightly

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