News

6G mobile networks will require up to 3 times more mid-band spectrum than is typically available today to meet surging demand for data, AI-driven services, and advanced digital applications, according to new analysis. The result was the development of the world’s largest high-fidelity, real-time virtual radio frequency (RF) test range – enabling previously unachievable scale and realism in the emulation of EW scenarios.

The mobile industry, alongside government and regulatory experts, is laying the long-term foundations for the deployment of 6G networks in the 2030s. Understanding future spectrum requirements has become critical for operators, the wider mobile industry, regulators and policymakers.

Click here to read the Report on the future spectrum needs

A recent white paper outlines recent global initiatives for next generation wireless and investigates three key technologies: Full Duplex, Joint Communication and Sensing (JCAS), and Intelligent Surfaces. Faster data speeds, improved latency, advanced AI integration, and revolutionary connectivity will be part of the next frontier of global wireless communications.

Faster data speeds, improved latency, advanced AI integration, and revolutionary connectivity will be part of the next frontier of global wireless communications. Today, 5G Americas, the voice of 5G and beyond in the Americas, has introduced a white paper titled ‘State of Mobile Network Evolution’ which provides updates on global initiatives and advances in next generation wireless technologies such as Full Duplex, JCAS, and Intelligent Surfaces.

Click here to read the Report on the era of wireless cellular research

An independent market researcher that provides business intelligence on emerging technologies published a report that discusses the importance of low-loss materials that curb transmission loss during higher performance demands of mmWave 5G applications. Each year, the global deployment of 5G-enabled devices and infrastructure expands, with 98 nations having commercialized 5G or conducting 5G trials in 2022, up from 79 nations in 2021. The developing 5G network introduces two new frequency bands, sub-6 GHz (3.5 – 7 GHz) and mmWave (24 – 71 GHz), the latter of which enables extremely low latency and substantial bandwidth (which allows for higher data throughput). With these advancements come new applications, like smart devices, autonomous vehicles, and remote medical monitoring, that were impossible to access with previous telecommunication technology.

Click here to read the Report on Low loss materials

Directivity and VSWR Measurements – Understanding Return Loss Measurements

A key performance metric for any microwave or RF network
is how well the impedance of the load matches to the
impedance of the source. This match determines how much
power can be delivered and how much will be reflected
back to the transmitter as measured by the return loss, or
ratio of reflected power to transmitted power. Traditionally
this quality of a component has been described by the
voltage standing wave ratio (VSWR), or ratio of maximum to
minimum voltage of the standing wave on the line before
the component, as this quantity was easier to measure than
return loss before network analyzers became commonplace.
These two parameters answer the same question: how
much power is delivered and how much is reflected from a
device under test (DUT)?

Download the complete Whitepaper from our partner Marki Microwave

Radiall designs and manufactures radio antennas for military and defense applications, from soldier radios to military vehicles. We specialize in handheld radio antennas, manpack radio antennas, vehicular antennas and LMR/PMR antennas. Keep reading to learn about each one.

Handheld Radio Antennas

This range includes all types of antennas integrated on soldier radios. The antennas cover VHF, UHF, L and S bands from 30 MHz to 3 GHz and can be offered as multiband. Radiall’s handheld radio antennas are available in overmolded whip or blade form factors. It is possible to attach a gooseneck to the antenna or a sealing foot at the base of the antenna.

Manpack Radio Antennas

Soldiers use manpack radios to communicate during tactical operations. Radiall offers a wide range of tactical communications antennas (VHF/ UHF/L/S Band) dedicated to manpack radios. Several form factors are available including whip, blade and plastic overmolded. These antennas are available as mono-band or multi-band and can withstand harsh environmental conditions (IP67/68, salt, fog, vibrations) per MIL-STD-810G.

Vehicular Antennas

Vehicular antennas are radio communication antennas that can be integrated on any kind of military vehicle. They cover frequency bands from 225 MHz to 2.4 GHz, including the UHF band. We offer vehicular antennas in a robust tubular form factor that can be mounted on a standard NATO base. Multiband versions are also available. Our vehicular antennas have been tested per MIL-STD-810G.

LMR and PMR Antennas

LMR and PMR antennas are used by policemen, fireman, security guards and others for private mobile radio communication. These robust solutions utilize an overmolded form factor. They cover frequency bands from 380 to 490 MHz (TETRA band) and can be offered as multiband, with the option to include GPS. We offer quarter wave antennas with a monopole design.

Discover Radiall’s comprehensive range of antenna solutions.