Antenova Ltd has created a new software tool to help designers place antennas in a wireless design. The tool displays the optimum position for embedded antennas on the PCB, depending upon the dimensions of the PCB and the specifications of the antennas. It places each individual antenna on the PCB in the best location for […]
Wireless
Understanding radio frequency communications
Wireless communication has been around since the 18th century when James Clerk Maxwell first proposed that electromagnetic waves can be generated and can travel through free space. Heinrich Rudolf Hertz conducted the experiments in which he demonstrated the generation, transmission, and reception of electromagnetic waves, which became the basis of Radio Frequency communication. Wireless communication […]
Front-haul ICs drive 50 Gbps PAM4 5G wireless optical modules
Semtech Corporation announced sampling of the newest member of its Tri-Edge CDR portfolio, the GN2256. Integrating Semtech’s proven Tri-Edge CDR platform with a differential EML (Externally Modulated Laser) driver, the GN2256 is the industry’s first such IC solution to enable 50Gbps PAM4 Fixed-WDM (Wavelength Division Multiplexing), Tunable WDM and Silicon Photonics optical modules. As with all […]
HIgh-frequency, high-bandwidth RFICs and MMICs target RF and microwave
CML Microcircuits has announced the SµRF, a new range of high frequency, high bandwidth RFICS and MMICs targeting RF and mmWave applications. As wireless communications move further into the GHz range, the need for high-quality RF building blocks to enable high bandwidth and low latency is growing rapidly. The global demand for faster downloads and […]
Ultraminiature multilayer ceramic chip inductors work up to 10 GHz
AVX Corporation released a new series of ultraminiature multilayer ceramic chip inductors for high-frequency RF applications. The new LCCI Series inductors are currently available in three standard EIA chip sizes — 0201, 0402, and 0603 — with tight-tolerance physical dimensions almost exclusively in the submillimeter range and tin-plated surface-mount terminations, enabling compatibility with high-density PCBs […]
Synchronizer, attenuators added to RF timing portfolio for 4G/5G radio
Renesas Electronics Corporation expanded its communication timing portfolio with three new low phase noise, high-frequency RF timing solutions for 4G and 5G radio, and two new Winning Combinations to address the need for full signal chain solutions. The new 8V19N850 radio synchronizer and 8V19N880, 8V19N882 JESD204B/C clock jitter attenuators deliver ITU-T compliant network clock synchronization, […]
Wideband horn antennas feature high directivity and gain up to 67 GHz
Impulse Technologies, Inc. has announced a new line of wideband horn antennas from RFspin that are well suited for emerging applications in Fifth Generation (5G) cellular wireless communication systems and millimeter-wave commercial vehicular radar systems. The compact horn antennas feature high directivity and gain across a total frequency range from 1.7 to 67.0 GHz using […]
Heilind Electronics offers TE’s antenna portfolio for 6 GHz band
Heilind Electronics, an authorized distributor for TE Connectivity (TE), expands its WLAN product offering with the addition of TE’s new antenna product portfolio for Wi-Fi 6E. These antennas can support triple bands, including 2.4 GHz, 5 GHz and the new 6 GHz band. With the increasing use of connected devices, there has been growing demand […]
What is second-generation beamforming and digital beamforming?
Beamforming is an established technology for cellular communications and other applications (see the previous article on “What is beamforming?”). Beamforming was initially developed based on various analog signal chain techniques and processes. In general, beamforming combines antenna array elements to direct signals at controlled angles to maximize signal reception at specific receivers. Analog beamforming can […]
What is beamforming?
Beamforming is used in various applications, including sensor arrays, radar, biomedicine, WiFi, and wireless communications. It is an active approach that combines antenna array elements to direct signals at specific angles and create constructive interference. In contrast, other signals are subjected to destructive interference to maximize signal transmission and/or reception. Beamforming can improve the spatial […]
