Circet USA’s Post

It will be interesting to see how Verizon's diversified approach to direct-to-device (D2D) satellite technology unfolds. By partnering with Skylo, Verizon has created an opportunity to develop business models that potentially harness the value of D2D without building a massive infrastructure. The real question is whether consumers will see D2D services as a worthwhile addition to their monthly bills or view it as just another subscription.

#TechNews Verizon: Network slicing operational but in trials Verizon said recently that its 5G network slicing public safety field demonstration in Phoenix, Arizona – which delivered video data for first responders while maintaining other mission critical data – is operational but still in trials.  “It's operational but we haven’t uploaded customers yet,” Srini Kalapala, SVP of technology and product development at Verizon, told Fierce at Verizon’s 5G demonstration day in Basking Ridge, N.J., on March 21. “This is a trial, we’re learning more,” he said. He noted that the demo used Axon 3 video cameras and wireless routers to deliver the data over 5G. #informationtechnology #voip #encryption #telecoms #virtualization #tech #databreach #broadband #semiconductor #internetofthings #telecommunication #wireless #mobile #telecom #technology #telecommunications #business #internet #network #telecoms #networking #cabling #AI #data #wireless #telecomunicaciones #voip #structuredcabling #yidawards #communication #tech #wifi #fiberoptic #telecomunica #it #lowlatency #telco #cable #ethernet #Verveba #5G #Google #Cloud #cybersecurity #att #verizon

What is the reason for the call drop in Volte call? 🤔👇 Call drops in VoLTE (Voice over LTE) can occur due to several reasons. Some of the most common causes include: # 1. **Poor Signal Quality** - Low signal strength (RSRP) or poor signal-to-interference-plus-noise ratio (SINR) can lead to dropped calls. VoLTE relies on good LTE coverage for voice communication, and weak or unstable signals can disrupt the connection. # 2. **Network Congestion** - When the LTE network is heavily congested, it may fail to allocate sufficient resources for a VoLTE call, causing the call to drop. High traffic in a cell can overload the network. # 3. **Handovers Issues (Intra-LTE or LTE to 3G/2G)** - In cases where the user moves between different cells or from LTE to a non-LTE network (such as 3G or 2G), poor handover management can cause the call to drop. VoLTE calls rely on seamless handovers, and any failure in this process can interrupt the call. # 4. **Interference** - Interference from other cells or networks can degrade the VoLTE signal, leading to packet loss or delays that result in call drops. Interference sources can include neighboring LTE cells, Wi-Fi, or other communication technologies. # 5. **VoLTE Device Issues** - Device-specific issues such as software bugs, outdated firmware, or hardware limitations might cause VoLTE call drops. Sometimes a device may not properly manage VoLTE features or experience compatibility problems with the network. # 6. **QoS (Quality of Service) Issues** - VoLTE relies on a high level of Quality of Service to prioritize voice traffic over data. If QoS is not properly implemented or managed, it can lead to poor voice quality and dropped calls. This includes improper allocation of bearers or failure in maintaining voice bearers during the call. # 7. **EPC Core Network Problems** - The EPC (Evolved Packet Core) manages the connection for LTE services, including VoLTE. If there are issues in the core network (such as overload, delays, or failures in session management), calls may be dropped. # 8. *Packet Loss and High Latency** - VoLTE calls are sensitive to packet loss and high latency. If packets are lost or delayed, it can cause interruptions in the voice stream, eventually leading to call drops. This can be caused by poor backhaul performance or network configuration problems. # 9.*VoLTE Features Not Properly Configured** - If VoLTE features such as SRVCC (Single Radio Voice Call Continuity) or IMS (IP Multimedia Subsystem) are not properly configured, it can lead to issues when transitioning between different network types or managing calls. # 10.**Power Save Features** - Certain power-saving features in smartphones or base stations may inadvertently cause call drops if they limit LTE coverage or degrade performance during VoLTE calls. To resolve VoLTE call drops, thorough testing and monitoring of signal quality, network performance, and device capabilities are essential.

The microwave backhaul system market is on a remarkable growth trajectory, with an expected CAGR of 10.7 percent from 2022 to 2032! 📈 As of 2022, the market stands at USD 1.5 billion and is projected to reach USD 4.1 billion by 2032. This surge reflects the growing need for efficient data transfer over radio links, crucial for supporting high-speed digital communication and emerging technologies like 5G. 🌐 Microwave backhaul systems offer significant advantages, including improved spectrum usage and low maintenance costs, making them an attractive choice for enterprises across various sectors, from border security to HD video surveillance. Key drivers for this growth include the increasing demand for high-speed data transfer and the integration of these systems into critical infrastructure. However, challenges such as managing data traffic remain. What are your thoughts on the future of microwave backhaul systems? Are there specific applications or challenges you find most intriguing? Share your insights in the comments! 👇 #MicrowaveBackhaul #DataTransfer #5G #Telecom #TechTrends #MarketGrowth

Masarra Mohamed, a 5G/mobility analyst at IDC Europe, was invited alongside Paul Ridge, Director Consultant at 4C Strategies, and Dan Jones, Technologist at Hamina Wireless, to discuss the opportunities, challenges, and future outlook of these two pivotal technologies. You can find her insights in this engaging blog.   #5G #WiFi #NetworkTechnology #FutureOfConnectivity

Wi-Fi has changed the way we work in the office but it’s not the only wireless technology. Challenging environments require new solutions like private 5G. In this episode, Tom Hollingsworth is joined by Mark Houtz and Shaun Neal as they discuss the rise of private LTE/5G technologies outside of the carrier space. #ArubaAtmosphere #NFDx #TFDPodcast

‘Reliability’ is the new hot thing in broadband networks As broadband operators pursue network upgrades, it’s not only about bringing faster speeds to customers. Reliability of the network is now pretty important too, according to Damian Poltz, SVP of wireline networks at Rogers Communications. Speed of course is “still a very important segmentation tool” for operators, he said at an SCTE TechExpo panel. But in Rogers’ perspective, the broadband market is shifting to “really start to focus” on reliability, as customers say they value an interruption-free connection the most. And it doesn’t stop there. “Reliability to the customer is actually extremely broad, much more broad than certainly some of our telco competitors would like to have us believe,” Poltz said. “It’s not just about having a passive network in the last 100 or 200 meters of the plant.” https://lnkd.in/ej5M8wQX #ftth #fttx #fibertothehome #fiberopticnetwork #fiberopticnewtorks #fiberopticcable #telecom #telecommunications #ftthinstallation #fiberoptic #fiberopticsplicing #network #broadband #datacenters #datacenter

I would like to introduce the latest (Q1'2024) edition of our public safety LTE/5G report. A significant update from previous versions, the "Public Safety LTE & 5G Market: 2023 – 2030" report features a database of over 1,300 global public safety LTE/5G engagements – as of Q1’2024, in addition to detailed market analysis and forecasts for public safety broadband infrastructure, devices, applications and connectivity services. Alongside other unique content, the report covers a comprehensive review of public safety LTE/5G engagements across 86 countries, detailed case studies of 18 nationwide public safety broadband projects and additional case studies of 50 dedicated, hybrid, secure MVNO/MOCN and commercial operator-supplied systems, public safety spectrum allocation and usage, 3GPP standardization and commercial availability of critical communications-related features, analysis of public safety broadband application scenarios, practical examples of 5G era use cases, ongoing deployments of 3GPP standards-compliant MCX services and interworking functionality for LMR-broadband interoperability, recent advances in 5G NR sidelink-based device-to-device communications capabilities and other trends such as the emergence of portable 5G networks and network slicing services for first responder agencies. For more information and a detailed table of contents, please visit https://lnkd.in/ge4PN7W. Here you will also find a summary of recent public safety LTE/5G-related market developments in North America, Asia Pacific, Europe and other regions. Alex Foster Renaud Mellies Mansoor Buosaiba Laurent Verschaeve Tracy "Mac" McElvaney Ali Bahlooq (MBA, MSc Project Management) Walt Magnussen TJ Kennedy Robert Escalle Cody Postier Stephen Patrick Anthony Martwick Jessica Delgado Mohammad AlDoweesh Jason Johur Thomas Scholle Harald Ludwig Mike Dano Gert Jan R. Wolf Jean-Pierre Thomas Laurent ROUL Patrice Crutel Jean Francois Dyon Nicolas Hauswald Gary Oldham Marja van der Kruk Jayne Leighton Kaveh Hosseinzadeh Marta Fontecha Peciña Francesco Pasquali Patrik Berg Anthony Lamaudière Anatoli Levine Hans Petter Naper Joel Lindholm barbara borasca John Barker Philippe Saenz Doug Page Danny Krivaa #publicsafety #broadband #publicsafetybroadband #publicsafetylte #publicsafety5g #privatelte #private5g #privatebroadband #privatewireless #lte #5g #ptt #mcptt #mcvideo #mcdata #mcx #3gpp #psbn #psmb #firstresponders #ppdr

🚨 OEMs and VAR partner alert!! 🚨 T-Mobile For Business launches a next generation platform, “T-Priority”! A stand-alone networking, security integrated ANS network solution delivering the best of the largest 5G network in the market. #ANS #SASE T-Priority is ready for tomorrow's emergencies—today. Here's how: 🔺 More 5G capacity: Our 5G network supports 40% more #FirstResponders than the competition. 🔺 Faster speeds: Experience 2.5x faster data speeds with low latency, keeping data-intensive communications seamless. 🔺 Better 5G coverage: With the largest 5G network in the U.S., we cover 98% of Americans across 2M+ square miles. Motorola Solutions Siyata Mobile Inc ESChat #CAD #LMR #PTT #MCX David M. Bezzant Craig Martinez Nicole Hudnet Paul M. Kircher

Wireless Network Quality on the Rise: J.D. Power 2024 Study 📱 Fewer Problems, Higher Satisfaction 📱 The latest J.D. Power 2024 U.S. Wireless Network Quality Performance Study—Volume 2 reveals that with the rise of 5G technology, wireless customers are experiencing fewer issues, leading to higher satisfaction and improved reliability. “Despite a public wireless outage earlier this year, overall problems, especially loading speeds, have decreased,” said Carl Lepper, senior director at J.D. Power. “Mid-band spectrum focus for 5G has balanced speed and coverage, enhancing the mobile user experience.” 📊 Key Findings: - Mid-Atlantic: Verizon Wireless ranks highest. - North Central: UScellular and Verizon Wireless tie for the top spot. - Northeast: Verizon Wireless leads. - Southeast: Verizon Wireless ranks highest. - Southwest: AT&T, T-Mobile, and Verizon Wireless tie. - West: Verizon Wireless ranks highest. Discover more about the study and how wireless networks are keeping up with demand: https://hubs.la/Q02H70Qj0 #WirelessNetwork #5G #CustomerSatisfaction #NetworkQuality #Telecom #MobileTech