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With 6G networks on the horizon faster speeds will result in higher data rates for users using the 3.5 GHz frequency bands for area-wide services and the 26-28 GHz bands for high data rate hotspots. Download this guide to investigate the various electromagnetic and network planning simulation solutions Altair offers.

This whitepaper provides a holistic view of the mmW 5G market, its benefits, and its future, followed by technical discussion of various tools and resources available to succeed in this market and how Anokiwave is enabling the mmW 5G radio market as a trusted supplier and partner for OEMs and ODMs.

Internet od things applications often count on reliable connectivity to access sensor data or to control devices and machines. This IoT design guide is intended to help IoT device design engineers select, integrate and optimize the most suitable antenna to achieve the desired radio performance.

Designing a semiconductor component is not easy: the myriad specifications, simulating performance, the cycle time through the wafer fab, packaging, designing and building the evaluation board, testing the circuit — all contributing to the total cost of development. With GaN being widely adopted for military and commercial systems, the RFIC industry has focused on the device physics, modeling and simulations tools to enable first-pass success with GaN devices. This eBook explores the topic compiling five recent articles published by Microwave Journal including simulation, device topologies, off-chip matching circuits and device models.

This eBook reviews recent advances in these areas of AI and FPGA processing that are enabling improved EW systems. The first article looks at accelerating EW system development and deployment with open hardware, firmware and software leveraging a new standard platform. The next two articles look at how AI is changing the EW landscape and the industry’s first heterogeneous processing module with integrated AI functionality. Then the eBook addresses digital RF memory testing challenges and solutions. The last two articles cover new products for RF signal recording with smaller form factors and increased capabilities.

In 5G and 6G, mmWaves bring the promise of new, high bandwidth frequency bands. Propagation losses and fast fading due to increasingly mobile devices and short wavelengths pose challenges for these new concepts. This paper explores the effectiveness of massive MIMO beamforming at mitigating mmWave propagation challenges using Wireless InSite and its mmWave hybrid beamformer capabilities to transmit data streams to a sedan driving in central Manhattan.

Battery dependent designs are becoming more prevalent with the push for IoT and mobile applications posing design challenges with variable supply voltages. Abracon confronts these challenges with the Continuous Voltage Oscillator line leveraging a new IC with voltage regulation built in while minimizing current consumption.

New Space satellites are helping to make wideband transmission, digital signal processing and active beamforming the norm. However, optimized software tools are needed along with state-of-the-art test and measurement equipment for successful planning and technical verification. This white paper introduces measurement techniques and solutions for New Space satellites and terminals.

It is well understood that the technologies used to usher in next-generation 5G and Wi-Fi 6E wireless networks are revolutionary in terms of spectrum usage, component and IC advancement on the substrate- and packaging-levels.

Wireless networks are fraught with malicious parties waiting to intercept sensitive transmissions. In this Noisecom solutions guide, learn how truly random noise waveforms strengthen viability against interception, as well as different noise integration techniques within today’s advanced encryption systems. With the safety of data at constant risk, discover how noise can fortify encryption.