HDMI transmission without barriers: Discover the power of the converter from Spacetronik
In modern AV installations, distance is no longer a limitation. Traditional HDMI cables fail after several meters, and twisted-pair extenders lose stability at longer distances. If you are looking for a solution that can deliver a signal over a distance measured in kilometers, the Spacetronik SPH-FO12 converter is the answer to your needs.
What is an HDMI to fiber-optic converter?
Spacetronik SPH-FO12 is an advanced set (transmitter and receiver) that converts the digital HDMI signal into light impulses. Thanks to the use of LC single-mode fiber, the device allows image and sound transmission over a distance of up to 20 km without the slightest loss of quality.
Why is fiber optic worth choosing in AV installations?
Unlike copper, fiber optic is completely resistant to electromagnetic interference (EMI). This means:
- No image flickering and no noise, even next to high-voltage lines.
- Full galvanic isolation, which protects your equipment from surges.
- 100% stability, crucial in professional Digital Signage and monitoring systems.
|
Technical details | Benefit for the user |
|---|---|---|
| Resolution | Ultra HD 4K @ 60 Hz | Crystal-clear and smooth image without delays. |
| Color sampling | 4:4:4 | No visible compression; colors identical to the source. |
| Transmission range | Up to 20 km | Ability to transmit a signal between buildings or floors. |
| HDR standard | HDR10, HDR10+, Dolby Vision, HLG | Cinematic image quality with deep contrast and vivid colors. |
| HDCP compatibility | 2.2 / 2.3 and 1.4 | Seamless cooperation with Netflix, Disney+, and 4K decoders. |
| Audio Extractor | 3.5 mm output (stereo R/L) | Easy connection of external speakers or a mixer. |
| Audio formats | DTS-HD, Dolby TrueHD, DTS, Dolby-AC3, Atmos, PCM | Full support for 7.1 surround sound. |
| Additional functions | ALLM (Auto Low Latency Mode) | Minimal latency, crucial in gaming and live control. |
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Where will an HDMI extender over fiber optic be useful?
Choosing HDMI transmission over fiber optic guarantees stability where traditional copper cables fail. Thanks to Spacetronik SPH-FO12, the 4K 60Hz signal reaches even the farthest points of the installation without interference.
1. Business and Education: Stable transmission in large facilities
In office buildings and modern universities, the distances between the signal source and the screen often exceed the limits of HDMI cables.
- Lecture halls and conference rooms: Trouble-free transmission of the image from a laptop to a projector or LED wall located several hundred meters away.
- Digital Signage systems: Central content management. You can connect a player in a secure server room with monitors in the lobby, on different floors, or in distant wings of the building.
2. Monitoring (CCTV 4K): Security without delays
In professional video surveillance, image smoothness is crucial for effective event identification.
- Ultra HD remote viewing: Displaying a crystal-clear image from an NVR recorder on a monitor in a remote security room or office (even up to 20 km from the source).
- Perimeter and warehouse protection: Transmission of video signals from HDMI cameras mounted at distant entrance gates directly to the operations center.
3. Event Production and TV: Working in extreme conditions
Environments with a large amount of electronic equipment generate interference, to which fiber optic is completely immune.
- Concerts and live events: Transmission of image from cameras on stage to broadcast vans or stadium big screens without the risk of signal loss.
- Recording studios and control rooms: Connecting editing stations with monitors. Thanks to galvanic separation, fiber optic does not introduce noise into the professional audio path.
4. Industry: Resistance to electromagnetic interference (EMI)
Production halls are a challenge for electronics due to the operation of machines and motors.
- Production line monitoring: Displaying real-time statistics and instructions on monitors mounted directly next to industrial machines.
- Signal isolation:Complete insensitivity to electrical interference guarantees continuity of operation of control systems.
5. Smart Home and Extensive Residences
Modern smart homes require a discreet but powerful AV infrastructure.
- 4K signal distribution: Distributing image from a central decoder, console, or media server to a distant summer house, garden gazebo, or home SPA zone.
- Aesthetics and functionality: Thin fiber-optic fiber is easier to hide in conduits than rigid HDMI cables, while providing the highest image quality without compromise.
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Frequently asked questions (FAQ) – HDMI over fiber optic
1. What is the maximum range of an HDMI cable without loss of quality?
A standard copper HDMI cable usually transmits a 4K signal without interference up to 5–10 meters. Above this limit, active solutions such as extenders are necessary. The Spacetronik SPH-FO12 model allows this distance to be increased up to 20 kilometers.
2. What is the difference between an HDMI extender over twisted pair and an extender over fiber optic?
An extender over twisted pair usually has a range of up to 50–100 m and is susceptible to electrical interference. A fiber-optic extender offers a range measured in kilometers, complete immunity to electromagnetic interference (EMI), and higher stability at 4K 60Hz resolution.
3. Does HDMI over fiber optic support 4K resolution at 60Hz?
Yes, but you should make sure that the extender supports the HDMI 2.0 standard or newer. The SPH-FO12 model supports 4K@60Hz with 4:4:4 sampling, which guarantees full smoothness and image sharpness without visible compression.
4. What fiber-optic connector is needed for an HDMI extender?
The most commonly used standard in SFP extenders (such as SPH-FO12) is the LC connector. It is a small latch connector that ensures a stable connection and fits most optical modules.
5. Is single-mode fiber different from multi-mode fiber in AV installations?
Yes. In the case of SPH-FO12, single-mode fiber is used, which allows transmission over much greater distances (up to 20 km) with lower signal attenuation than multi-mode fibers.
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