مخصص RFoF حتى 6.0 جيجا هرتز ، RFoF حتى 6.0 جيجا هرتز الشركة المصنعة ، RFoF حتى 6.0 جيجا هرتز بالجملة

Wideband RF transport

5 MHz–6 GHz
RF Over Fiber Links

Three RFoF architectures for high-gain transmission, flexible system integration and remote network management over single-mode fiber.

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Select by requirement

0120 dB nominal gain→ 02WDM / flexible configuration→ 03Ethernet control & monitoring→

Three link architectures

Explore the RFoF Series

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SANLAND 6G-TX and 6G-RX high-gain analog RF over Fiber link

High-gain series

High-Gain Analog RFoF

20 dB nominal gain

104 dB·Hz^2/3 SFDR
±0.25 dB over any 36 MHz

Best for straightforward plug-and-play analog RF links.

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SANLAND configurable analog and digital RF over Fiber transmitter and receiver

Configurable series

Configurable Analog/Digital RFoF

WDM-ready architecture

33 dBm typical IIP3
Flexible TX / RX options

Best for system integration and bidirectional single-fiber links.

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SANLAND RFoF-C 6GHz remote-controlled RF over Fiber transmitter and receiver

Managed series

Remote-Controlled RFoF-C

RJ45 Ethernet control

0–31 dB attenuation, 1 dB steps
RF level & temperature monitoring

Best for remote and unattended RF sites.

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Quick selection

Which RFoF Link Fits Your System?

Start with your primary requirement, then confirm the parameters in the comparison below.

Plug-and-play

High-Gain Analog RFoF

Choose this link when you need 20 dB nominal gain and straightforward installation without external control.

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WDM / integration

Configurable Analog/Digital RFoF

Choose this platform for digitally modulated RF, flexible TX/RX options and WDM-based bidirectional links.

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Remote management

Remote-Controlled RFoF-C

Choose RFoF-C when the deployed link needs Ethernet attenuation control, LNA modes and remote monitoring.

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Side-by-side

RFoF Series Comparison

Compare RF performance, optical configuration and management capabilities to identify the right link for your system.

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Selection parameter	High-Gain Analog RFoF	Configurable Analog/Digital RFoF	Remote-Controlled RFoF-C
Positioning	PLUG & PLAY	SPACE-SAVING	REMOTE CONTROL
Frequency range	5 MHz–6 GHz	5 MHz–6 GHz	5 MHz–6 GHz
Signal format	Analog RF	Analog and digitally modulated RF	Analog RF
Link gain	20 dB	−8 to +15 dB	6 dB / 36 dB*
Gain flatness	±2.5 dB	±3 dB	±2.5 dB
SFDR	104 dB·Hz^2/3	90–104 dB·Hz^2/3	103 / 98 dB·Hz^2/3*
Programmable attenuation	—	—	0–31 dB1 dB steps
WDM option	—	Optional	—
Remote interface	Not required	Not required	RJ45 Ethernet
Remote monitoring	—	—	RF level and temperature
Optical output power	3 ±0.5 mW	3 mW typical	2 ±0.5 mW
Optical wavelength	1310 or 1550 nm	1310 or 1550 nm	1550 nm typical
Operating temperature	−20°C to +75°C	−20°C to +50°C	−20°C to +75°C
Dimensions	70 × 83.5 × 23 mm	64 × 39 × 12 mm	92 × 90 × 25 mm
Best suited for	Standard plug-and-play analog RF links	Compact integration and optional WDM systems	Managed, remote and unattended RF sites

* RFoF-C：LNA OFF / ON

Applications

Wideband RF Transport Across Fiber

Remote Antenna Systems

Satellite Ground Stations

Distributed Antenna Systems

Broadcast Networks

Radio Astronomy

Test & Measurement

FAQ

RFoF Link Selection

Which RFoF link should I choose?

Choose the High-Gain link for fixed 20 dB gain, the Configurable link for digitally modulated RF or WDM, and RFoF-C for Ethernet control and remote monitoring.

Can bidirectional RF signals share one fiber?

The Configurable RFoF platform supports optional WDM configurations using matched transmitter and receiver pairs at different optical wavelengths.

What information is needed for selection?

Please provide frequency range, input level, required output level, fiber distance, optical connector, wavelength and whether remote control or WDM is required.

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