Anritsu Test & Measurement’s Post

#RedCap, also called #NRLite, is the #3GPP #IoT wireless specification that enables lower cost and longer battery life compared with legacy technologies. Read #Anritsu's white paper to learn more about RedCap's technical specifications and benefits.

What is #RedCap, and why is it needed? Download #Anritsu's white paper to learn more about the #3GPP #IoT wireless specification, also called #NRLite, and how it enables lower cost and longer battery life compared with legacy technologies. #5GNR #5Gnetworks #InternetofThings

What is #RedCap, and why is it needed? Download #Anritsu's white paper to learn more about the #3GPP #IoT wireless specification, also called #NRLite, and how it enables lower cost and longer battery life compared with legacy technologies. #5GNR #5Gnetworks #InternetofThings

#RedCap, also called #NRLite, is the #3GPP #IoT wireless specification that enables lower cost and longer battery life compared with legacy technologies. Read #Anritsu's white paper to learn more about RedCap's technical specifications and benefits.

In this EE World Online article, #Anritsu's Adnan Khan discusses the role #Private5G networks will play in the fourth industrial revolution, as well as how proper test processes can ensure that UE will meet established KPIs. Read now to learn more. #IoT #5Gnetworks #5GUE

New #WirelessQ is out with a special focus on low power #cellularIoT! Read how cellular: - and #DECTNR+ are ideal for high density #IoT applications - takes lead as LPWAN for the future - is becoming an essential tool in ensuring network reliability https://bit.ly/3nroXmT

This paper studies the performance of a #reconfigurable #intelligent #surface (#IRS)-assisted radio frequency (RF)-powered wireless network. In the considered network, a multi-antenna base station (BS) communicates with its users (UEs) through downlink transmission and #energy-#constrained #internet-#of-#things (IoT) devices, which are randomly deployed around a cluster head (CH), utilize the resources of BS for energy harvesting and information transmission. RIS, deployed randomly around CH, reflects the RF signals transmitted by BS to the IoT devices, providing additional energy to harvest. For the considered network, average distances between BS, CH, RIS, and an IoT device have been computed, statistically. Furthermore, the average harvested energy at an IoT device is computed. ---- Danish Mehmood Mughal More details can be found at this link: https://lnkd.in/gfwJgjpe

Unlocking Wireless Communication: The Magic Of Antennas https://lnkd.in/eY_by9sb Antennas act like a bridge connecting the electronic circuitry to the airwaves. Such a connection allows the device to transmit and receive signals. Antennas are present in many devices used in daily life, like phones and Wi-Fi. Different antennas are available for various purposes. #talkingiot #antennas #iot

If you are wondering why spectrum is the most essential ingredient for a wireless network, please take a look. Always a pleasure to talk about my favorite topic! #industry4, #digitaltransformation, #spectrum

Unlock the potential of LTE-M for your IoT deployments. Book your seat to hear the latest LTE-M technology updates on network coverage and its role in the #5G landscape. Learn from the experiences of Sony Semicon (IL) about leveraging LTE-M for innovation, scalability and connectivity, in challenging conditions. Thursday, 18th April: buff.ly/49Mn6kp #semiconductor #IoT Sony Semicon (IL) Semtech Transforma Insights