12.4 MILES EXTENSION - This compact HDMI over fiber extender kit extends HDMI A/V signals from the video source to remote display terminals at up to 12.4 miles (20km) over a cost-effective LC single-mode fiber optic cabling. It allows single cable installation and seamless integration into your existing fiber cable infrastructure to avoid the hassle of additional cables, while reducing potential failure points.
ZERO LOSS & ZERO COMPRESSION - Real-time extension with zero compression and zero signal loss with supported resolution up to 1920×1200@60Hz/1080p@60Hz. The fiber optic transmitter and receiver kit delivers crystal clear video with zero compression and ZERO bit reduction at transmission range up to 12.4 miles (20km).
WIDE COMPATIBILITY - The HDMI over fiber extender kit provides full suite of connectivity to easy access for different connections. Both the TX transmitter and the RX receiver are equipped with a HDMI Type-A female connector, a VGA connector and a 3.5mm audio ear-jack. Support HDMI, DVI, VGA and line-in audio transmission over single optic fiber cable, enabling to choose different connectors for signal extension based on the connector type of your display or source device.
PROFESSIONAL-GRADE PERFORMANCE - Th fiber optic transmitter receiver kit is ideal for sports arenas, concert venues, stadium digital signage applications that need to distribute crystal clear video and audio signal over long distances.
DDMALL Technology is the proprietary brand of Atel Technologies Co., Ltd. As a company comprised of R&D and manufacture, we have been dedicated to hardware video codec products for over 20years. Foot on video over IP industry, we have developed a series of hardware HDMI over Ethernet transmitters, extenders, live video encoders, decoders, A/V processors, matrix switchers, HDMI cables etc. To meet the ever-growing segmented market demands and keep our customers one-step ahead in the market, we will stay innovative and sharpen our technology to provide more versatile, reliable, stable but less cost and carbon footage solutions for video transmission, distribution and live streaming.
DDMALL HDMI to LC Fiber Optic Extender
Simple, Powerful and Reliable
The HD-F01 is a fiber optic transmitter and receiver kit that provides long range transmission of HDMI video and audio at up to 12.4 miles (20km) with zero compression and zero bit reduction over one LC single-mode fiber optic cable. Supported resolution is up to 1920×1200@60Hz. The fiber optic HDMI video extender features industry standard LC-type connectivity, which is ideal for a wide range of applications, which require long distance transmission of high resolution content in high quality.
Max. extension range up to 12.4 miles/20km over one LC single-mode fiber.
Max. resolution up to 1920×1200@60Hz/1080p@60Hz.
Zero compression and zero bit reduction.
Real-time transmission with zero delay without dropping frames.
Compatible with HDMI, VGA, DVI sources and display terminals.
Support 3.5mm analog audio transmission (line in/out).
Support audio embedding and de-embedding.
Plug and play, no external driver is needed.
Support 24/7 working. 100% quality control of every component. All our products are manufactured from high-grade materials to ensure the best performance.
• Security system
• Digital signage
• Meeting room
• Public and private exhibitions
• Church projection systems
• Pro AV systems and more
* Max. Extension Range: 12.4 Miles (20km).
* Max. Resolution: 1920×1200@60Hz/1080p@60Hz.
* TX Input: 1*HDMI Type A, 1*VGA, 1*3.5mm ear-jack (Line in), 1*RS232.
* TX Output: 1*Optical Fiber Out (LC Single Mode Female).
* RX Input: 1*Optical Fiber In (LC Single Mode Female).
* RX Output: 1*HDMI Type A, 1*VGA, 1×3.5mm ear-jack (Line out), 1*RS232.
* Power Supply: DC 12V/2A
* Power Consumption: 5W
* HDCP 1.4 Compliant/2A
What's in the Box
- 1×Transmitter (HD-F01-TX)
- 1×Receiver (HD-F01-RX)
- 2×DVI to HDMI Adapter
- 2×DC Power Adapter (US)
- 1×User Manual
For the best video transmission performance, we recommend using high quality single-mode LC fiber optic cable.