FPV Optical Fiber for UAVs: Long-Range, EMI-Proof, Zero-Latency Link

• EMI signals interference

• Visual signals blockage

• Too short transmission distance

• Not enough frequency availability

• Anti-jamming vulnerability

• Unstable low latency

… making a material difference in mission feasibility.

This is what’s driving the fundamental industry transition from wireless FPV to fiber-optics FPV communication over traditional wireless channels, providing “anti-jamming” transmission in RF, big industrial, and in-fictional locations.

ZION COMMUNICATION dives into the reasons why “wired” FPV image data link is taking over wireless’ place in the professional UAV field.

In many scenarios, actual wireless FPV communication can lose >40-60% reliability, either freezing the FPV feed, rendering visual artifacts, or jamming the electric signals altogether.

With advanced RF implementation techniques, long-range wireless FPV is limited to about 10-15 km in real-world scenes.

Physical obstructions (walls, buildings, trees, steel, etc.) further decrease the practical maximum range for wireless communication.

Wireless FPV may be vulnerable to:

• everybody “listening” to your video feed

• RF jammers

• spectrum monitors

• cyber hackers

Long story short, wireless FPV isn’t secure enough for critical missions.

Optical fiber lines are unaffected by electrical or magnetic fields.

High performance FPV optical lines can thus supersede in:

• electrical substations

• chemical and gas power installations

• heavy industry workhouses

• military electronic-warfare zones/environment

• metallized locations

• tunnels, cavities, conduits, basements

Even in the vicinity of high-voltage and/or high-frequency electrical installations, optical fiber fibers transfer immaculate video feeds.

With ultra-leight-weight single-mode optical fiber (G.657A2), high-performance FPV images can be transmitted:

• between the mission platforms

• and ground stations

30 km away with almost no attenuation.

This is perfect for:

• long-distance pipeline surveillance

• highway and rail line monitoring

• border control

• high-altitude balloon-kites and tethered UAVs

• underwater ROV cameras

None of these distances would be achievable with wireless FPV.

Data transmission via fiber optic lines uses light and a pure conductor (silica glass) as cladding medium.

Benefits include:

• zero latency transmission

• no artifacts

• consistent high-definition and ultra-high-definition feeds

• zero frame-drops or jitters

This is ideal for:

• in-garage mapping or inspection

• military filming of importance

• indoor FPV filming

• FPV drones with robotics and “arms”

Fiber-optic lines are by nature a private medium.

There’s no visible difference with “wireless” communication.

Hence with pure fiber-optic transmissions:

• securing somebody “listening” to your FPV data signals is impossible.

• securing RF and jamming attacks is hindered by line conductors’ insulation.

• spectrum monitor interception is entirely undermine.

• current cyber-espionage tactics fail at breach.

An especially useful quality in sensitive government and military operations.

Modern optical fibers (e.g. ZION’s dp < 1mm fiber) can weigh between:

• 27-30 mm diameter fiber lines

• weight about 80g/km

FPV lines with spools can have 1 km to 30 km rolls. This gives you a greater in-air weight choice.

The benefit here is that you can deploy on:

• multicopters

• VTOL drones

• tethered UAVs

• professional robots

• underwater vehicles

This makes them perfect for small-responsibility mission cargo.

Airborne

• Optical transmitter

• Fiber spool (1-30 km optional)

• Optical connector (FC/SC plug)

• Power module

• Metal mount

Ground Station

• Optical receiver

• HD video feed (HDMI or SDI)

• Data signals (Telemtry)

• Power/decoding module

The aircraft spool unwinds SW on the flight, transmitting high quality RAF images in low degradation.

ZION provides the necessary fibers to implement these FPV systems in UAVs with fully mission-specific flexibility – including aerodynamics, spool diameter, environmental and weight dependence.

• ✔ Super Lightweight G.657A2 Optical Fibers
  Super flexible and bend-proof for spooling.

• ✔ Custom Spool Design
  1 km, 2 km, 5 km, 10 km, 20 km, 30 km on demand on UAV specs.

• ✔ Reinforced Thicker Strength Fiber Modules
  Various and customized reinforcing fibers.

• ✔ Quality Fiber Optical Connectors FC/SC
  Thread-locking, resistant to vibrations and weight.

• ✔ Custom OEM/ODM Capabilities
  Custom barrel diameter, cable coating color, connector style, brand tags, etc.

ZION provides fiber cables, cable systems, fiber guarantees, with other integration support for UAV manufacturers and solution integrators.

As RF-enabled FPV drones navigate more machine-imposing – EMI-heavy and GPS-denied – missions, wireless communication alone just isn’t reliable enough.

Fiber-optic communications have star qualities:

• perfect quality

• unlimited anti-interference upside

• high security

• reasonable feasible range

• zero-jitter delivery

• lightweight installation

For particularly sensitive or mission-critical use-cases, FPV fiber has become the standard-of-care. ZION COMMUNICATION is ready to support drone manufacturers, solution integrators, and enterprises with this quality level of FPV reliable mission optical fibers.