When you need reliable RF signal transmission in space-constrained scenarios, our Compact RF Over Fiber System delivers enterprise-grade performance you can depend on. Engineered by Hebei Mota Electronics Technology Co., Ltd., this ultra-miniaturized photonics solution measures just ≤120×80×30mm while covering an impressive 0.05–6GHz frequency range.
Your deployment challenges are solved through our integrated design approach. The system converts radio frequency signals into optical signals for transmission over fiber optic cables, then reconverts them at the destination with minimal loss. With IP54 environmental protection and reinforced anti-vibration capabilities, you gain exceptional reliability for field operations, vehicular installations, and marine environments.
Our wide 5–24V DC input range ensures compatibility with vehicle power systems, portable power banks, and solar supplies. This flexibility makes rapid deployment possible for portable satellite stations, small VSAT terminals, and emergency communication devices where traditional coaxial cables simply cannot perform.
| Parameter | Specification |
|---|---|
| Dimensions | ≤120×80×30mm |
| Frequency Range | 0.05–6GHz (covers L/S/C bands) |
| Input Voltage | 5–24V DC (wide range) |
| Environmental Rating | IP54 |
| Durability | Anti-vibration, drop-resistant reinforced |
| Power Consumption | Ultra-low (optimized for portable use) |
| Installation | Wall-mount, pole-mount, embedded options |
| Operating Temperature | Wide range for field conditions |
You face mounting constraints in portable and vehicle-mounted terminals. Our system's miniaturized design fits seamlessly into tight spaces where traditional equipment cannot go. Whether you're integrating into UAVs, small satellite ground stations, or mobile command centers, the compact structure enables flexible installation without compromising performance.
Field operations demand rugged reliability. The Compact RF Over Fiber System withstands harsh conditions through its IP54-rated enclosure and reinforced construction. Your equipment remains operational through vibration, impacts, and temperature extremes typical of tactical deployments and emergency response scenarios.
Your applications require versatility across multiple frequency bands. With 0.05–6GHz bandwidth covering mainstream L/S/C bands, you can handle diverse satellite communication requirements without switching equipment. This broad coverage supports regular satcom operations while maintaining signal integrity.
Power availability varies in remote locations. Our 5–24V wide DC input range works seamlessly with vehicle electrical systems, portable power banks, and solar charging solutions. You gain deployment flexibility for emergency communications, field inspections, and locations without mains electricity access.
You require certainty in mission-critical gear. Fabricated agreeing to strict high-quality benchmarks and certified beneath ISO 9001 quality management system administration framework, our framework conveys the unwavering quality defense and aviation applications request. Our ISO-certified coordinates administration guarantees comprehensive quality control all through production.
Our center R&D group, driven by overseas-returned PhDs and senior engineers from state-level inquire about organizing, brings broad mastery in fawning communications and photonics innovation. This profound specialized information deciphers into predominant execution for your applications.
Budget limitations influence each venture. The system's moo taken a toll makes it reasonable for large-scale application in little VSAT terminals and crisis communication systems. You accomplish quick ROI through decreased establishment time, lower cabling costs, and negligible upkeep requirements.
Traditional coaxial cables endure from EMI/RFI defenselessness that compromises flag quality. Fiber optic transmission gives galvanic separation, disposing of ground circles and advertising insusceptibility to lightning strikes. Your signals stay clean and dependable indeed in electrically loud situations.


You can position parabolic antennas in RF-quiet zones up to several kilometers from processing facilities. The product maintains signal integrity without the degradation typical of copper cables, enabling optimal antenna placement for weak signal reception.
To begin with responders require prompt sending capabilities. Our system's compact measure, adaptable mounting alternatives, and versatile control compatibility empower fast setup of communication joins in fiasco zones and farther crisis areas. Quick sending speed implies quicker reaction times when each moment counts.
Vehicle-mounted terminals confront interesting challenges from vibration and space restrictions. The anti-vibration fortification and ultra-small measurements make our framework perfect for watch vehicles, portable command centers, and oceanic vessels where unwavering quality cannot be compromised.
Field operations require hardware that voyages effortlessly. Your work force can convey convenient adj. stations rapidly utilizing our lightweight, compact arrangement that coordinating consistently with little partisan terminals for transitory or versatile operations.

Q: What makes this framework more solid than conventional coaxial cables for RF transmission?
A: Fiber optic transmission dispenses with flag weakening issues common in coaxial cables at microwave frequencies. You get straightforward, low-loss joins that keep up flag judgment over amplified separations. The fiber medium is non-conductive, giving total resistance to electromagnetic obstructions and ground circle problems.
Q: How rapidly can the framework be conveyed in crisis situations?
A: Our compact plan and adaptable mounting options—wall-mount, pole-mount, or embedded—enable quick establishment. The wide 5–24V DC input compatibility implies you can control up utilizing accessible sources without holding up for particular control foundation. Ordinary arrangement takes minutes or maybe than hours.
Q: What upkeep does the framework require in field conditions?
A: The framework is planned for negligible upkeep. You require as it were intermittent review and cleaning of optical connectors to anticipate flag misfortune. The rough IP54-rated walled in area and strengthened development diminish benefit necessities indeed in challenging environments.
Q: Can the framework handle the vibration and stun of portable deployments?
A: Completely. Our anti-vibration and drop-resistant support particularly addresses versatile bumpy situations. Temperature cycling and stun testing amid quality control guarantee inside optical arrangements stay steady amid high-G maneuvers and transit.
Q: How does the 0.05–6GHz extend back distinctive obsequious communication needs?
A: This transmission capacity covers standard L/S/C groups utilized in standard obsequious communications. Whether you're working with GPS, disciple phones, or information terminals, the recurrence scope handles different applications without requiring different specialized systems.
Q: Is the framework reasonable for mass arrangement in expansive networks?
A: Yes. The cost-effective plan makes it down to earth for large-scale applications. You can prepare different little VSAT terminals and crisis communication hubs financially whereas keeping up steady execution over your network.
Every unit experiences thorough testing to guarantee flag constancy and natural strength. Our quality control handle incorporates S-Parameter investigation for pick up levelness, optical return misfortune estimations, and comprehensive temperature cycling from -40°C to +85°C.
As a National High-Tech Undertaking with different administration framework certifications and an broad mental property portfolio, Hebei Mota Gadgets conveys innovation-driven arrangements sponsored by military-grade quality guidelines.
Ready to solve your RF transmission challenges with Compact RF Over Fiber System? Contact us today at hebei_mota@163.com to request detailed specifications, pricing, or technical consultation.
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