5-star Rated Vcom Dd543 Screencast Get 40% Off Today [TCvZHI9m]

Revolutionary 4K Streaming Solution

Introducing the 5-star Rated Vcom Dd543 Screencast Get 40% Off Today [TCvZHI9m], a groundbreaking wireless HDMI adapter that offers seamless 4K@30Hz video transmission without the need for WiFi. With its built-in 5G WiFi (802.11ac), you can enjoy a plug-and-play experience directly from your laptop, PC, or mobile device. Whether you're conducting business meetings, setting up a home theater, or engaging in educational sessions, the DD543 ScreenCast is the perfect companion.

• Wireless 4K Streaming - Experience unparalleled clarity and detail in 4K resolution.
• No WiFi Required - Eliminate the need for an external network for hassle-free streaming.

Unmatched Reconnection Speed

Say goodbye to long reconnection times with the DD543 ScreenCast's instant reconnect feature. In just 2 seconds, the adapter seamlessly switches back, ensuring uninterrupted video calls, presentations, and movies. This fast reconnection experience sets it apart from competitors in its class.

• Instant Reconnect - Keep your video calls and presentations uninterrupted.
• 2-Second Reconnection - The fastest reconnection in its class for a professional setup.

Ultimate Portability and Compatibility

The DD543 ScreenCast is designed for ultimate portability, weighing only 30g and fitting easily into your travel bag. It features a built-in PD 3.0 100W charging port to power your devices while in use, and a 30ft obstacle-free range for maximum flexibility. It is universally compatible with Windows, macOS, and Android systems, offering low-latency H.265/VP9 streaming for gaming, video conferencing, and multimedia training.

• Lightweight and Portable - Weighs only 30g and fits easily into your travel bag.
• Universal Compatibility - Works flawlessly with Windows, macOS, and Android systems.

The DD543 ScreenCast is your go-to solution for a stable and high-quality connection, providing up to 100ft wireless freedom and allowing you to move freely without losing signal quality.