On the telecommunications side, 6G remains firmly in its study phase. On the AI side, demand is real and growing.

Frequency Range 3 (FR3) is positioned between sub-6 GHz and mmWave, and promises additional capacity without forcing ...

When technologies cross certain adoption thresholds, something changes in the market. This is what has happened to the IoT ...

Telcos have used digital twins for some time, but the advent of AI could help make them a whole lot more powerful than they already are.

AI is set to disrupt the telco sector just like any other, and while big players will of course make their impact, newer startups could be just as important.

Gogo’s test results show strong, stable network performance across 20 routes, promising high-speed inflight connectivity for ...

The opportunity to integrate AI workloads with emerging 5G and 6G infrastructures creates additional strategic value. Sovereign AI represents a chance for telecom operators to position themselves at ...

Something is starting to happen at Verizon, and so far, while it is still very early, I like what I am seeing. Historically, Verizon has always seemed to ...

RCR has compiled predictions from Zayo, Digital Infrastructure, and Mission Critical Group about what to expect from AI infrastructure in 2026.

Traffic routing: The mobile core continually requires optimized traffic routing in response to external demands, scaling, and maintenance, among other factors. Agentic AI enables a set of cloud-native ...

In January 2020, a team of OpenAI researchers led by Jared Kaplan, who moved on to co-found Anthropic, published a paper titled “Scaling Laws for Neural Language Models.” The researchers observed ...

Aggregate royalty payments for licensing cellular technology standard-essential patents (SEPs) in smartphones have remained in modest single-digit percentages and have declined since 2013. This defies ...