Pilotix Module with 30km Fiber Optic Roll SE V2 - Long Range Data Transmission

Introduction

The Pilotix Module with 30km Optic Fiber Roll SE V2 is an advanced fiber optic communication system designed for applications demanding high-volume, reliable data transmission. It is an essential component for ground, underwater, and aerial systems where radio communication is limited or impossible. This kit ensures a fast and stable data link, crucial for professional use cases.

Key Advantages

• Ultra-Low Latency: Critical for real-time control and immediate feedback.
• Radio Interference Immunity: Guarantees 100% uninterrupted communication quality, unaffected by RF noise.
• High Bandwidth: Supports HD video transmission and large data transfers with ease.
• Simplified Setup: No additional receiver or video transmission system is required.
• Enhanced Security: Features a secure connection that is difficult to intercept.
• Robust Performance: Built for continuous professional communication and video surveillance, even in challenging conditions.
• Extended Range: Offers reliable communication up to 20 km with the appropriate transceiver selection.

Technical Specifications

Fiber Optic Cable

• Model: 30km Optic Fiber Roll SE V2
• Fiber Type: G657A2
• Fiber Diameter: 0.28 mm ±0.01
• Fiber Length: 20 km
• Fiber Weight: 80 g/km
• Optical Attenuation: ≤0.35 dB/km at 1310 nm (WT 0.329), ≤0.25 dB/km at 1550 nm (WT 0.185)
• Optical Interface: FC
• Sheath Material: Resin
• Operating Temperature: -40 ~ +85 °C
• Material: ABS
• Color: Black
• Size: 147 × 276 mm

Fiber Optic Digitizing Module

• Device Name: Air Unit SE V2
• Power Supply: 5.5V~26V
• Housing Size: 63x37x23mm
• Device Weight: 31±2g
• Fiber Optic Interface: FC Interface
• Fiber Type: Single Mode - Single Fiber
• Data Interface: SH1.0
• Video Format: NTSC/PAL/SECAM
• Data Direction: Bi-directional
• Data Format: TTL/SBUS
• Speed: 0~1Mbps
• Single Mode Wavelength: 1310 (9/125μm) +1550
• Transmission Distance: Single-mode fiber up to 20 km

Applications

This fiber optic communication set is perfect for professional drone operations, long-range FPV systems, underwater robotics, industrial inspection, surveillance, and any application requiring a stable, high-bandwidth, and interference-free data link over significant distances.

Compatibility

Important Note: Pilotix fiber optic modules are exclusively compatible with transceivers from the same series. We do not guarantee or take responsibility for proper operation when using devices from different series. For optimal communication range, consult the provided guidelines regarding transceiver selection for distances up to 9 km, 10-14 km, and 15-20+ km.

FAQ

What is the maximum transmission distance for the Pilotix Module SE V2 fiber optic system?

The Pilotix Module SE V2 supports single-mode fiber transmission up to 20 km. For optimal reliability, it is recommended to select a transceiver with a range of up to 20 km for distances up to 9 km, up to 40 km for 10-14 km, and up to 60 km for 15-20 km and beyond.

Is the Pilotix Module with 30km Fiber Optic Roll SE V2 compatible with all transceivers?

No, Pilotix fiber optic modules are exclusively compatible with transceivers from the same Pilotix series. Using devices from other series is not guaranteed to work and is not supported.

What are the main advantages of using fiber optic communication for drones?

Fiber optic communication offers significant advantages such as ultra-low latency, immunity to radio interference, high bandwidth for HD video, and enhanced security, making it ideal for critical FPV and UAV operations.

Where can I buy the Pilotix Module with 30km Fiber Optic Roll SE V2?

You can buy the Pilotix Module with 30km Fiber Optic Roll SE V2 directly from the HTDRONE store. We offer fast shipping within Poland and worldwide delivery via DHL for international orders.

What applications are best suited for this Pilotix fiber optic kit?

This kit is ideal for professional applications requiring continuous, reliable communication, such as advanced drone surveillance, long-range FPV flying, underwater robotics, and industrial inspections where radio communication is unreliable or impossible.