NTT DOCOMO, INC. (DOCOMO), Japan’s leading mobile operator, partners with Amazon Web Services (AWS) for deploying its nationwide 5G Open Radio Access Network (RAN). The collaboration aims to revolutionize Japan’s mobile network landscape.
NTT DOCOMO Selects AWS to Deploy Nationwide 5G Open Radio Access Network Read More »
In the digital age, warehouse automation stands at the forefront of innovation. Yet, one persisting issue is the struggle for consistent, high-speed internet connectivity. This vital component ensures that cutting-edge machinery, like robots and drones, can operate effectively and efficiently. But here’s the kicker: as firms leap forward with advanced machinery, many realize their existing
The Challenge of Internet Connectivity for Modern Warehouse Automation Read More »
During a crisis, reliable communication is crucial for emergency response and community safety. Traditional ham radios remain dependable, but our approach needs re-evaluation. Advancing technology requires addressing challenges faced by agencies. This event aimed to rethink emergency communications, finding innovative solutions for community resilience. The Reliability of Ham Radios: Traditional ham radios excel as reliable
Insights from our Bay Area Mesh: Connecting Communities Through a Mesh Network Event Read More »
Researchers at the University of Sheffield have developed 3D-printed radio antennas that could help offer stronger mobile phone signals and speedier internet connections to individuals living in isolated villages.
3D-printed antennas could provide isolated areas with 5G and 6G service. Read More »
AT&T consolidates all IoT and linked car functions under AT&T Connected Solutions and reorganizes some internal processes. Automotive has become more software-defined, switching from 4G to 5G. A corporate spokesman claims that the change is in response to how quickly the automobile sector is evolving. OEMs are being pushed to reconsider their current assumptions about
AT&T is changing gears with Internet of Things and connected cars. Read More »
Wi-Fi 6E or private cellular isn’t so much a competition as it is a matter of knowing which technology best supports the necessary use cases, applications, security, and quality of service needs. Expanding networks has many new and appealing choices. Private cellular (4G/5G) and Wi-Fi 6E are greatly anticipated. Wi-Fi 6E uses OFDMA, BSS coloring,
Considering Wi-Fi 6E or Private Cellular Read More »
The over-the-air RF charging platform, which operates in the lower 600 – 900 MHz frequency bands licensed by mobile carriers, enables carriers to monetize underutilized low-frequency bands and offer “Power as a Service” to charge low-power devices and smart home IoT sensors that eliminate disposable batteries.
The over-the-air RF charging platform, which operates in the lower 600 – 900 MHz frequency bands licensed by mobile carriers, enables carriers to monetize underutilized low-frequency bands and offer “Power as a Service” to charge low-power devices and smart home IoT sensors that eliminate disposable batteries.
Omnispace, headquartered in Tysons, Virginia, aims to be the first company to provide a global 5G non-terrestrial network with direct connectivity to mobile devices via its low-earth orbit (LEO) satellites. The company believes that the future of communications will be hybrid, with satellites supplementing terrestrial mobile networks.
Omnispace intends to link 5G mobile phones to satellite networks. Read More »
Bandwidth and throughput are two network performance-related terms. However, the relationship between bandwidth and throughput is more analogous to that of siblings than twins: They are similar, but not identical.
What is the difference between bandwidth and throughput? Read More »
