Wireless communication has become an integral part of our society with applications ranging from cellular and WLAN to SATCOM and GNSS systems. Wireless Infrastructure is the backbone of all communication. everything RF has compiled a list of the trending wireless infrastructure products on the website in 2021. For more wireless infrastructure products, visit the Wireless Infrastructure Hub on everything RF. We keep users up to date with new products, news, whitepapers, webinars, and events.
Weatherproof RF Receiver from 9 kHz to 8 GHz for Spectrum Monitoring
The RFeye Node 40-8 from CRFS is a purpose built RF receiver for spectrum regulators that combines high performance spectrum monitoring with a rugged form factor at an affordable price. It provides real-time spectrum operations and is low in Size, Weight, and Power (SWaP) making it easy to deploy where it is needed. The receiver has an operating frequency from 9 kHz to 8 GHz and a sampling rate of 62.5 MS/s I&Q.
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Real-Time Spectrum Analyzer with GNSS Capabilities
The R5750 from ThinkRF is a Real-Time Spectrum Analyzer with GPS is built for mobile wireless situational awareness applications such as RF drive testing, coverage mapping, propagation analysis, direction finding & transmitter localization and vehicle based spectrum monitoring. With built in GPS capabilities, this Real-Time Spectrum Analyzer enables engineers in the field to conduct in-depth analysis of complex waveforms while knowing the location and time of each measurement.
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1 Gbps Fixed Wireless Backhaul Radio Link from 7125 to 8500 MHz
The PTP 78700 from Cambium Networks is a Fixed Wireless Backhaul Radio Link that operates from 7125 to 8500 MHz. It is software-tunable in 500 kHz increments with full support for NTIA and ETSI 7/8 GHz bands. The radio offers a data rate of up to 1 Gbps and has an integrated dual polarised flat panel antenna that provides a gain of 26 dBi.
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10/20 Gbps Multi-Band 5G Backhaul Radio Platform
The WTM 4800 from Aviat Networks is a multi-band radio platform that operates in both the 15-23 GHz band and the 71-86 GHz band. This 5G backhaul solution supports frequencies from 71-76, 81-86 GHz (E-Band), and 15, 18, 23 GHz (in the lower band). Additional microwave frequencies for the lower band are also available upon request.
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Cost-Effective Point-to-Point Software Defined Radio for Outdoor Applications
The OmniBAS-OSDR from Intracom Telecom is a cost-effective, high-capacity Point-to-Point Radio for outdoor applications. It operates at frequencies of 10.15 – 10.65, 12.75 – 13.25, 14.4 – 15.35, 17.7 – 19.7, 21.2 – 23.6, 24.5 – 26.5, 27.5 – 29.5, 31.8 – 33.4 and 37.0 – 39.5 GHz. The radio is based on the Outdoor Software-Defined Radio (OSDR) platform from Intracom Telecom.
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5 GHz Long Range Microwave Backhaul Solution with 1.2 Gbps Data Rate
The airFiber 5 Series are Full-Duplex, Point-to-Point Gigabit Radios from Ubiquiti Networks for the 5 GHz Band. They are available in two models one that operates from 5.4 - 5.7 GHz and the other from 5.7 to 6.2 GHz. The airFiber AF-5/AF-5U provides over 1.2 Gbps data throughput and can be used to transmit signals from 10 m up to over 100 km.
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1.5 Gbps Point-to-Point Backhaul Radio from 4.9 to 6.4 GHz
The B5x from Mimosa is a Point-to-Point (PtP) Backhaul Radio that operates from 4.9 to 6.4 GHz. It delivers an UL/DL data rate of up to 1.5 Gbps and has an aggregate channel capacity of 160 MHz. The radio is suitable for short to medium range relay and tower links, custom-engineered collocation, and licensed 4.9 GHz spectrum applications.
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17 GHz / 24 GHz Point-to-Point Microwave Link
The RAy3 from Racom is a high-speed point-to-point microwave link that operates at 17 GHz / 24 GHz and provides up to 1 Gbps in challenging conditions. This Full Outdoor Software Defined Radio with Linux OS, is designed for high-performance links with maximum reliability, exceptional system gain, and resistance to disturbances.
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28 GHz 5G Repeater Based on Holographic Beam Forming Technology
The Echo 5G 28 GHz Repeater from Pivotal Commware is the world’s first and only on-glass Beamforming Repeater that operates from 27.5 to 28.35 GHz. It is designed to counteract signal loss caused by glass windows at millimeter wave frequencies. The Echo 5G uses Pivotal’s patented Holographic Beam Forming (HBF) to provide Gigabit speeds beyond the reach of cable and DSL.
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0.5 W Digital Repeater 700/800 MHz Public Safety Applications
The PSR-78-8527 from Advanced RF Technologies is a 700/800 MHz Channelized Digital Repeater designed for Public Safety Applications. It supports all 700 and 800 MHz public safety frequency bands, including FirstNet (Band 14) and complies with the latest IFC and NFPA code requirements. This 0.5 W digital repeater is available in a compact form factor.
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Digital Signal Boosters for PS700 and PS800 Bands
The DH7S from Fiplex Communications are single and dual-band Digital Signal Boosters with a frequency range from 758-775/788-805 MHz or 764-776/794-806 MHz (software adjustable) and 806-824/851-869 MHz. They support public safety 700 and 800 MHz bands along with FirstNet Band 14. The boosters provide a gain of up to 85 dB with a noise figure of less than 9 dB.
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Tower Mount Amplifier from 794 to 824 MHz for Mission Critical Applications
The SGG0xx-P-CMU from Filtronic are Tower Mount Amplifier Systems that operate from 794 to 824 MHz. These amplifiers feature smart redundancy, which continuously monitors the health of the balanced quadrature-coupled amplifiers. In the case of a failure in one of the amplifiers, the system can continue to operate using the redundant amplifier. If both amplifiers are lost the system will function in a bypass mode.
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Triple-Band Twin Tower Mount Amplifier from 698 MHz to 2.36 GHz
The TMABPD7823VG12A from CCI is a Triple-Band Twin Tower Mount Amplifier that operates from 698 MHz to 2.36 GHz. It provides low noise amplification of PCS, AWS, AWS-3, and WCS uplink signals combined with 700/850 bypassed signals from separate antenna ports to a common BTS port. This amplifier delivers an average CW power of 200 W with gain control from 6 to 12 dB in 0.25 dB steps.
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Twin AWS/PCS Dual Diplexed Tower Mount Amplifier
The ATMA3P4DBP-1A20 from Radio Frequency Systems is a Dual Diplexed Tower Mount Amplifier that supports the AWS band (TX: 2110-2180 MHz, RX: 1710-1780 MHz), and PCS band (TX: 1930-1990 MHz, RX: 1850-1910 MHz) with 700/850 MHz Bypass. It has been designed to improve the base station receiver sensitivity and provide coverage enhancements.
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12-Port Hex-Band Antenna from 617-894/1695-2690 MHz
The APXVAA4L18_43-U-NA20 from Radio Frequency Systems is a 12-Port, Hex-Band Antenna with a frequency range from 617-894 MHz (2 bands) and 1695-2690 MHz (4 bands). This 45° dual slant polarized antenna provides a gain of more than 14 dB and has a VSWR of less than 1.5:1. The antenna has a front-to-back ratio of more than 23 dB and provides a cross-polar isolation of 25 dB.
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Quad-Band Base Station Antenna from 694-960 /1695-2690 MHz
The ODI-065R15M18JJJ02-GQ from Comba Telecom is an Outdoor Directional Quad-band Antenna that supports 1 x 694-960 MHz and 3 x 1695-2690 MHz frequency bands. This ±45° polarized antenna provides a gain of more than 14.5 to 17.7 dBi and has a VSWR of less than 1.5:1. It has a typical front-to-back ratio of more than 25 dB with a horizontal beamwidth of up to 65° and a vertical beamwidth of up to 17.3°.
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Collinear Omni-Directional Antenna from 450 to 470 MHz
The Aurora SC34A-SF3SNF(DXX) from Sinclair Technologies is a Collinear Omni-Directional Antenna that operates from 450 to 470 MHz. It provides a gain of 10 dBd and can handle an average input power of up to 250 watts. This vertically-polarized antenna features a rugged design and UV protected radome for operation in harsh environments.
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Low PIM Quarter Wave Surge Protector from 555 MHz to 4 GHz
The QWP-43M43F-ER from PolyPhaser is a Low PIM, Quarter Wave Surge Protector that operates from 555 MHz to 4 GHz. It can handle an input power of up to 200 W and surge current of up to 50 kA. This surge protector has an insertion loss of less than 0.1 dB and passive intermodulation (PIM) of below 160 dBc. It utilizes a quarter-wave stub design to protect critical hardware while maintaining the RF performance.
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