Precision-Engineered Antennas & RF Components for Critical Networks
From VSWR validation at sub-1.3:1 to PIM performance at -163 dBc, RFS delivers RF solutions that meet the most rigorous carrier-grade specifications across 72 countries.
From VSWR validation at sub-1.3:1 to PIM performance at -163 dBc, RFS delivers RF solutions that meet the most rigorous carrier-grade specifications across 72 countries.
Antennas, amplifiers, filters, and passive components engineered to IEC and MIL-STD specifications for carrier, defense, and enterprise deployments.
64T64R beamforming arrays supporting n77/n78/n79 bands with integrated RET and azimuth beamwidth adjustment. Designed for macro and micro cell 5G NR deployments with VSWR ≤ 1.3:1 across the full operating bandwidth.
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Multi-band sector antennas from 698 MHz to 3.8 GHz with integrated AISG 2.0 RET and tilt range ±10°.
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Tower-mounted and cabinet-mounted amplifiers with gain flatness ±0.5 dB and output power up to 80W per carrier.
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Cavity and ceramic filters with insertion loss ≤ 0.5 dB and rejection ≥ 70 dB. Multi-carrier combiners for site consolidation.
View Details →Active participation in 28 international standards bodies ensures every RFS product exceeds current and emerging specifications.
Voting member since 2008, contributing to insertion loss and VSWR measurement standards for high-frequency passive components.
Active contributor to 5G NR antenna conformance test specifications and base station RF requirements.
Full environmental test suite: thermal cycling, salt fog, vibration, humidity, and UV exposure for harsh deployment scenarios.
Contributing to Wi-Fi 7 antenna reference designs and MIMO spatial multiplexing performance benchmarks.
Co-authored PIM measurement methodology standards. RFS in-house PIM lab rated to -170 dBc sensitivity at +43 dBm dual-carrier.
All antenna products certified under FCC Part 15, CE Radio Equipment Directive 2014/53/EU, and regional equivalents across 72 countries.
Application-specific RF solutions validated for each industry's unique performance and environmental requirements.
Representative project outcomes from recent RFS antenna and RF system deployments.
A Tier-1 mobile operator in Southeast Asia required 5G NR coverage across a metropolitan area of 8.4 million subscribers within a 14-month timeline. RFS supplied 3,600 multi-band sector antennas (698–3800 MHz) with integrated RET and AISG 2.0 control. The project achieved 99.2% first-pass acceptance rate on PIM testing at -153 dBc threshold, avoiding an estimated 280 hours of re-work compared to the operator's previous vendor benchmark. Deployment was completed 6 weeks ahead of the regulatory coverage deadline.
A defense systems integrator required a wideband omnidirectional antenna (225 MHz – 2.5 GHz) qualified to MIL-STD-810H for vehicle-mounted tactical communication. RFS completed the full electromagnetic design, prototype fabrication, and environmental qualification cycle in 11 weeks. The antenna achieved VSWR ≤ 2.0:1 across the 10:1 bandwidth ratio while withstanding MIL-STD-810H Method 514.8 vibration profiles at 7.7g RMS. Three pre-production units passed all acceptance tests without design revision.
A European venue operator required in-building distributed antenna system (DAS) coverage supporting 4G, 5G, and public safety bands across a 65,000-seat stadium. RFS provided 840 low-PIM ceiling-mount antennas and 12 multi-band combiners, achieving measured PIM levels below -150 dBc across all bands. Post-installation drive testing confirmed 98.7% of measurement points meeting the ≥ -95 dBm RSRP target, enabling simultaneous 42,000 active device connections during peak-attendance events.
Engineering white papers, application notes, and design guides from the RFS R&D team.
A comprehensive guide to passive intermodulation testing at +43 dBm, covering sweep techniques, environmental factors, and acceptance criteria per IEC 62037.
Read White Paper →Technical comparison of antenna architectures for 5G NR sub-6 GHz macro cells versus mmWave small cells, with link budget analysis and coverage modeling.
Read Application Note →Stepped impedance and quarter-wave transformer matching networks for 698–3800 MHz amplifier designs with ≤0.5 dB ripple across the operating band.
Read Design Guide →Connect with our engineering team for custom antenna design, system-level RF consultation, or product specification review.