Operating in the unlicensed CBRS band, AI and 5G operate at the physical layer to bring processing power to factories and other use cases. In a video interview, EE World hears from EdgeQ’s Adil Kidwai on how the technologies come together.

5G private networks show potential for a wide range of diverse applications. Engineers can implement features to address the requirements of markets such as manufacturing and non-terrestrial networks.

Private networks, whether operated by users or by wireless carriers, requires radios, addressing, timing, and automation to make them run.

CEVA’s PentaG2 baseband modem IP provides accelerated 4G/5G processing between RF circuits and Layer 2.

The latest symposium took a turn toward business use cases at the expense of the usual technical talks, with speakers saying that use cases should drive the technology. Through most of 5G’s development, conference topics generally focused on the technologies such as the radio and network technologies. With much of that settled, talk moved to…

At the 2021 (virtual) IEEE Microwave Symposium, the industry looked at where wireless is going and how it will get beyond 5G.

Two conferences, held at the same time, covered mostly the same topics.

5G extends its scope beyond consumer to many new vertical and enterprise markets. Thanks to its flexibility and improved performance, 5G opens the door to many industrial applications.

The Time Sensitive Networking (TSN) family of IEEE 802.1 network standards bring reliability and low latency to applications over Ethernet, Wi-Fi, and 5G.

Despite the intense hype, 5G looks like a stepping stone to the real thing.