The boundless growth of wireless communication technologies has been nothing short of remarkable in the last decade.
5G has swiftly emerged as the cornerstone of cellular connectivity. With unparalleled speeds and capabilities, it now powers everything from lightning-fast downloads to revolutionary advancements in industries such as healthcare and transportation. Meanwhile, in remote locations where traditional signals once struggled to reach, satellite technologies have ushered in a new era of connectivity. Platforms like Starlink have bridged the gap, providing a lifeline to communities isolated by geography or infrastructure limitations.
The staggering increase in bandwidth offered by Wi-Fi 7 over its predecessor, Wi-Fi 6E, promises to revolutionize how we interact with the digital world. From immersive gaming experiences to flawless 8K streaming, Wi-Fi 7 paves the way. And yet, Near Field Communication (NFC) might just be the most ubiquity. Embedded within our smartphones and everyday devices, NFC offers effortless tap-to-pay or file sharing.
Key to this growth is a strong semiconductor and electronics components supply chain, which has been aided by recent reshoring activities and domestic policies.
Let's take a look at the novel designs and applications for some of today's most innovative wireless technologies.
Upcoming content releases
- Cybersecurity for satellites is a growing challenge, as threats to space-based infrastructure grow
- When lives are on the line, 5G can make a difference
- Why RTK will be essential GPS tech for precision positioning
- Satellites will kill cell dead zones for good - and replace it with 6G
- Unusual amateur radio propagation modes
From the GlobalSpec archives
- TechInsights Teardown: Samsung Galazy S23 Ultra (September 2023)
- Starlink will be unusable under 5G (May 2023)
- Yes, amateur radio's still a thing. Here's why (August 2022)
- Bouncing a LoRa message off the moon (December 2021)
- 5G vs. 6G: What is it and when will it be here? (March 2021)
