On March 10, four engineers will look at 5G energy consumption from components to networks.
IoT antennas cover all Wi-Fi frequency bands
The ANT-W63-MON series come in two styles, each with connector options.
LTE module runs with or without host processor
The MERCURY15G PCIe module from Global Telecom adds TDD and FDD connectivity to routers, cameras, and other IoT Devices.
RFICs provide beamforming and frequency conversion
A series of mmWave beamformers and up/down converters from pSemi provide the RF front end for repeaters, small cells, and indoor base stations. Beamforming at mmWave frequencies continues to take on importance, targeting signals at mobile devices. A series of beamforming and up/down converters from pSemi cover the n257, n258 and n260 bands support eight…
Is 5G/Wi-Fi convergence coming?
Smooth transitions from 5G to Wi-Fi networks as you move seems obvious, but technology differences keep convergence from solidifying.
Mesh dish antennas reduce wind resistance
A series of four mesh dish antennas from KP Performance Antennas let the breeze pas through while covering low-gigahertz frequencies.
Board adds LTE communications to IoT devices
The LTE extension boards from Sony let you add LTE Cat-M1 and NB-IoT cellular capabilities to sensors and other devices.
Dipole antennas connect outdoor equipment
Wireless equipment built for outdoor use covers a wide range of applications and frequencies. For these use cases, Linx Technologies introduced nine new IP67-rated dipole antennas. The IPW series of compact and rugged outdoor antennas let routers and IoT equipment communicate over 5G, LTE, WiFi 6, WiFi 6E, cellular IoT (LTE-M, NB-IoT), LPWA, ISM, C-V2X,…
IoT antenna covers 3GPP low bands
The Atta antenna from Antenova covers the 410 MHz and 450 MHz LTE bands, which add low data, long range applications to wireless IoT.
Flexible connectivity lets IoT flourish
Designers have choices when it comes to creating new IoT designs, and connectivity choices will depend on the constraints of the design.