Product Description:
Upgrade your surveillance setup with the advanced Visiontec 2CH Fiber Optic Transmitter & Receiver, designed to deliver exceptional performance for HDCVI, TVI, and AHD 1080P video transmission along with data RS485 communication. This single-fiber solution, model FO-112S-V2D2-R-T, brings reliability and efficiency to your fiber optic network, ensuring seamless video and data transfer.

Experience the power of high-definition video quality as this transmitter and receiver duo flawlessly handle 1080P resolution for HDCVI, TVI, and AHD signals. The built-in data RS485 support further enhances your control capabilities over long distances.

With the Visiontec Fiber Optic Transmitter & Receiver, you'll benefit from:

• Crisp Video Transmission: Enjoy clear and vibrant video quality at 1080P resolution for HDCVI, TVI, and AHD signals, providing accurate visual information for your surveillance needs.
• Efficient Data Communication: Seamlessly communicate data using the RS485 protocol, allowing you to control devices and systems remotely without compromising signal integrity.
• Single-Fiber Solution: Designed for convenience, this transmitter and receiver pair operate over a single fiber, simplifying installation and reducing cabling complexity.
• Reliable Performance: Count on consistent and reliable performance, making this solution ideal for security-critical applications where maintaining connectivity is essential.
• Robust Build: Crafted with quality in mind, the Visiontec transmitter and receiver are built to withstand various environmental conditions, ensuring longevity and durability.
• Easy Setup: Installation is straightforward, and the system is designed to be user-friendly, enabling you to integrate it seamlessly into your existing setup.

Elevate your surveillance infrastructure with the Visiontec 2CH Fiber Optic Transmitter & Receiver, combining high-definition video transmission and data communication in a compact and reliable package. Upgrade today and experience the future of surveillance technology.