Some people might not realize how radically day-to-day work in telecom has changed. From cable-connected phones and laptops used in early drive tests to today’s reality of drones, cloud-based testing, advanced RF planning, and AI-supported assurance, the way we build and operate networks has evolved significantly. As at Infovista we've turned 30, we look back at a few clear then vs now moments and how they are heading to a new era: the era of network intelligence. Read the full story: https://lnkd.in/e33pxTyB #Infovista30Years

Some people might not realize how radically day-to-day work in telecom has changed. From cable-connected phones and laptops used in early drive tests to today’s reality of drones, cloud-based testing, advanced RF planning, and AI-supported assurance, the way we build and operate networks has evolved significantly. As at Infovista we've turned 30, we look back at a few clear then vs now moments and how they are heading to a new era: the era of network intelligence. Read the full story: https://lnkd.in/e33pxTyB #Infovista30Years

Some people might not realize how radically day-to-day work in telecom has changed. From cable-connected phones and laptops used in early drive tests to today’s reality of drones, cloud-based testing, advanced RF planning, and AI-supported assurance, the way we build and operate networks has evolved significantly. As at Infovista we've turned 30, we look back at a few clear then vs now moments and how they are heading to a new era: the era of network intelligence. Read the full story: https://lnkd.in/dcg87FPE #Infovista30Years

Some people might not realize how radically day-to-day work in telecom has changed. From cable-connected phones and laptops used in early drive tests to today’s reality of drones, cloud-based testing, advanced RF planning, and AI-supported assurance, the way we build and operate networks has evolved significantly. As at Infovista we've turned 30, we look back at a few clear then vs now moments and how they are heading to a new era: the era of network intelligence. Read the full story: https://lnkd.in/e2i9-kd4 #Infovista30Years

Some people might not realize how radically day-to-day work in telecom has changed. From cable-connected phones and laptops used in early drive tests to today’s reality of drones, cloud-based testing, advanced RF planning, and AI-supported assurance, the way we build and operate networks has evolved significantly. As at Infovista we've turned 30, we look back at a few clear then vs now moments and how they are heading to a new era: the era of network intelligence. Read the full story: https://lnkd.in/e-WYd-UZ #Infovista30Years

New comms design for 5G/6G base stations broadcast AI models so drones, cameras, and sensors can think smarter without big processors or heavy batteries. (lowering power demand with better comms) WISE that sends AI models through radio waves, similar to how 5G/6G signals work. Tiny devices don’t store the model, they pick it up from the air." “In early tests, the system maintained about 95.8% accuracy on image recognition tasks while using more than 10× less energy than conventional AI hardware.” Wish Bakshi Brent Bennett https://lnkd.in/gRQ8v3PR https://lnkd.in/g3mf_Xga

What if 6G MANETs didn’t rely on traditional network assumptions? As mobile ad hoc networks evolve to support 6G, the challenges grow—higher frequencies, wider bandwidths, extreme mobility, and users that may be machines, not people. Drones, autonomous vehicles, satellites, and even projectiles demand a new way of thinking about connectivity. This article from #Ricetronics explores how pulse-based signal waveforms could unlock the next generation of resilient, decentralized 6G MANETs, overcoming the limitations of centralized infrastructure while enabling faster, more adaptable communications. If the future of wireless is dynamic, distributed, and untethered—this is a conversation worth reading. 🚀 Check out - https://ow.ly/8ycX50XWcCK #6G #telecommunications #networks #manet #connectivity

Knowing exactly where 📍 means everything Today we are unveiling our 5G Advanced location services, a comprehensive suite of innovations designed to transform location-based capabilities across commercial 5G Standalone networks. The key advantages ⚡️ • High Accuracy • Scalability • Seamless Indoor/Outdoor Coverage • Developer & Device Friendliness • Support for Large-Scale Use Cases By embedding positioning as a core 5G SA network capability, our 5G Advanced location services empowers Communications Service Providers to monetize precision location capabilities and expand beyond traditional mobile offerings into verticals such as manufacturing, healthcare, public safety, automotive, drones, and more. Discover how we are redefining Precision for the 5G Era ⚡️ https://lnkd.in/eHa-p6RW #Ericsson #5GAdvanced #LocationServices #Innovation #Telecom

Where is the device? A key capability of 5G is to be able to position connected devices, from smartphones to IoT devices. With colleagues across Ericsson, our team spearheaded and developed the indoor part of precise positioning, for devices in offices, industries and all other areas where an Ericsson indoor system is deployed. David Sugirtharaj, Elias Karam, Emma Wittenmark #5GAdvanced #LocationServices #TechnologyLeadership #Innovation

Pinpoint = power. 📍 Proud to see Ericsson drop 5G Advanced location services — high accuracy, scalable, seamless indoors/outdoors, and dev + device friendly, built for real‑world scale. ⚡️ Huge unlock for CSPs to monetize precision across manufacturing, healthcare, public safety, automotive, drones, and more. Dive in: https://lnkd.in/gNyCgxYH