David BK Tan’s Post

The era of private #5G networks are on the rise, with certain industries experiencing more pronounced benefits. Specifically, private 5G networks are gaining traction in agriculture, energy, healthcare, industrial and manufacturing, transportation, and warehousing. How are these private 5G networks implemented within these verticals? They are implemented not through smartphones, but rather through sensors and controllers. The ease of deploying devices across expansive physical areas with minimal maintenance needs renders private 5G attractive. However, the broader scope of private 5G applications, in comparison to Wi-Fi, demands coverage over extended distances. Learn more about 56 within these 6 industries. https://lnkd.in/dm2M4_X8

💎5G technology's potential to change the world ........The fifth generation of cellular networks is known as 5G. With speeds up to 100 times faster than 4G, 5G is giving consumers and companies previously unheard-of potential. Increased bandwidth, ultra-low latency, and faster connectivity are revolutionizing industries, improving daily lives, and progressing society. Services that were formerly thought to be futuristic—like connected cars and traffic systems, e-health, and sophisticated mobile cloud gaming—have already materialized. We can contribute to building a more intelligent, secure, and sustainable future using 5G technology. The same radio frequencies that are already utilized by satellite communications, Wi-Fi networks, and smartphones are also used by 5G, but it makes technology far more advanced. Beyond the ability to download an entire HD movie to your phone in a matter of seconds (even from a packed stadium), the true goal of 5G is to reliably and lag-free connect everything so that real-time measurement, comprehension, and management are possible. 🔷Evolution of 5G Since the release of the first mobile technology generation, a lot has changed. Briefcase-sized phones and quick talks among a relatively small group of professionals typified the 1G period. The need for mobile services increased in the years before 2G and never stopped. The 3G era was characterized by smartphones that were small enough to fit in your pocket, SMS, and mobile internet access. YouTube, app shops, and cellphones are all possible because of 4G. These days, 5G is radically changing our personal and professional life by opening up new use cases such as enhanced video and gaming, connected automobiles, and augmented reality. 5G will accomplish far more than just make your network connection noticeably better. It opens up new avenues for us to pursue ground-breaking solutions that benefit the entire community. Imagine life-saving applications that can take off because of lag-free assured connections; imagine billions of connected devices collecting and sharing information in real time to decrease traffic accidents; imagine production lines so predictive that they can eliminate interruptions well in advance of their occurrence. Communication service providers may now offer lightning-fast connectivity to a wide range of use cases and locations thanks to 5G. 5G is the open innovation platform that helps society make the transition to a safer, smarter, and more sustainable future—from smart phones to smart factories. ✅With the potential to revolutionize our lives in many ways, 5G is expected to bring about faster download rates, reduced latency, and more capacity and connectivity for many devices, particularly in the fields of artificial intelligence (AI), virtual reality (VR), and the Internet of Things. #tech #5Gtechnology #5Gnetwork

✅ Is there a different between #chipsets that support the 5G SA-capable devices and 5G NSA-capable devices? There can be some differences between chipsets that support 5G SA-capable devices and 5G NSA-capable devices, but it's not always a cut-and-dry distinction ☑️ Similarities: 1. Most modern high-end chipsets support both SA & NSA capabilities 2. Both types of chipsets need to handle similar baseband processing tasks ☑️ Differences: 1. NSA-specific features: Some chipsets might have dedicated hardware or software optimizations for NSA functionalities, like efficiently switching between 4G & 5G radio access networks 2. SA-specific features: 5G SA requires more complex network slicing & ultra-low latency capabilities. Chipsets designed for SA networks might have dedicated processing units or algorithms to handle these demands 3. Power consumption: Some chipsets might be better optimized for power efficiency in either SA or NSA modes. This can be especially important for battery-powered devices ✅ What are the #smartphones & #IoT #devices that support 5G SA get adopted in the marketplace? ☑️ Smartphones: 1. High-end flagships: Leading smartphone manufacturers like Samsung Electronics, Apple, Xiaomi Technology, and Huawei already offer several models with 5G SA compatibility, especially in their latest launches 2. Mid-range options: The adoption of SA is gradually trickling down to mid-range devices, with brands like realme & OPPO introducing compatible models 3. Regional variations: Availability and adoption vary significantly by region. Markets with strong 5G SA network deployment, like #China & #South #Korea, see #faster adoption in smartphones ☑️ IoT devices: 1. Industrial applications: Early adopters are primarily found in #industrial settings like #smart #factories, where 5G SA's ultra-low latency & network slicing capabilities enable critical applications like #robotics & #automation . 2. Emerging use cases: Adoption is slower in #consumer-oriented IoT devices due to limited 5G SA network availability & the #lack of established #killer applications. However, innovative use cases like AR/VR, #connected #healthcare are expected to drive future growth ☑️ Factors influencing adoption: 1. 5G SA network rollout: Widespread adoption hinges on the expansion of 5G SA networks by mobile operators. This is happening gradually, with projections for significant growth in the next few years. 2. Device affordability: The cost of SA-capable chipsets is #initially #higher, impacting device #prices. However, as economies of scale kick in and competition increases, prices are expected to become more competitive. 3. Killer applications: The emergence of #compelling #usecases that leverage 5G SA's unique capabilities will significantly boost #adoption across both #smartphones and #IoT devices. Follow us on Kaneshwaran Govindasamy & Global 5G Evolution Click comment box

The Future of SIM Cards: From eSIM to iSIM 🚀 eSIM technology has been a transformative force in the mobile industry for several years. While its adoption has faced challenges, OV has proudly embraced eSIM as a standard offering. But we're not stopping there! At OV, we're on a mission to redefine connectivity. Our commitment extends to providing our partners, including MVNOs, OEMs, and Connectivity Resellers, with the most exceptional connectivity solutions available. What does this mean for you? It means seamless connectivity as your device roams across international borders, access to the best network operators, and cutting-edge security features designed to meet the demands of today's M2M/IoT devices. In essence, we are boldly diving into the future of mobile connectivity. The next evolution in SIM card technology (iSIM) that promises even greater efficiency and flexibility. Read more in our latest blog post: https://lnkd.in/em3V_5zY Stay tuned as we continue to lead the way in shaping the future of connectivity. Join us on this exciting journey! 🚀 #eSIM #iSIM #M2M #IoT #Connectivity

NEW Paul Jacobs, the former CEO of Qualcomm and the son of Qualcomm co-founder Irwin Jacobs, is now taking over as the CEO of satellite company Globalstar. Jacobs will take over leadership of Globalstar at a critical time for the company. Globalstar's satellites currently power the emergency calling functions on Apple's new iPhone. That offering will presumably expand later this year if Apple inserts the technology into its next iPhone, which is expected to be released in the next few weeks. Further, Globalstar is also pursuing several other lines of business. For example, its satellites power messaging services across its Spot gadgets. The company also offers Internet of Things (IoT) services, and is preparing to introduce a new, two-way platform for its IoT business later this year. And Globalstar has hinted at other communications opportunities – including private wireless networking opportunities – leveraging the company's Band 53 spectrum holdings. Indeed, Qualcomm has agreed to support Band 53 in its chipsets that power a wide range of smartphones. According to Globalstar's Jay Monroe, that's where Jacobs will focus his time and energy. Monroe has been Globalstar's chairman since 2004 when his private equity firm bought the company out from bankruptcy. "Paul is a technology pioneer and proven leader who is well suited to drive Globalstar's next phase of growth across our satellite and terrestrial assets and cement our position as a market disruptor," he said in a release from the company. https://lnkd.in/g3UbphcQ?

Mobile industry is quietly preparing for the biggest change to your smartphone in a decade — iSIM will hasten the end of SIM cards and allow networks to preload plans on devices. The number of iSIM connections surge to 210 million worldwide by 2028, thanks to adoption opportunities in scenarios such as smart energy meters and remote logistics, where there's a need for power-conscious and small form factor devices. IoT at it‘s best. Let’s hope that the solution developers have a security by design/default in mind while creating new systems. Otherwise a lot of this systems will be the future of botnet clients and zombie systems and can be used as an army for attackers. What do you think? Stay secure! Stay curious

Thoughts on this? >> WWDC 2024: What we expect to come out of Apple's Keynote, and how to watch >> Comment below! >>> lqventures.com #digitalhealth #socialmedia #digitalmarketing #healthtech #industry40 #IoT #AI #mhealth

Next phase included huge emphasis on devices “IoT” and of course the #monitoring that comes with all of it

#TechNews Four market predictions for 5G NTN (and four phases of direct-to-cellular) With both the satellite industry and the cellular industry trying to figure out which use cases, services and business models should shape their approach to converged 5G Non-Terrestrial Networks (NTN), what do analysts have to say about the market opportunity? There have already been a number of notable developments in the 5G NTN market over the past two years, from Apple’s deal with GlobalStar to support the smartphone maker’s direct-to-device emergency service offering, to Qualcomm pulling out of a deal with Iridium to develop an NTN chipset that would have only worked with Iridium’s proprietary network. Here are four takes from analyst firms on the 5G NTN market, including one that looks specifically at the direct-to-device opportunity and how it is likely to evolve. -ABI Research has predicted that there will be $124.6 billion worth of annual service revenues from satellites by 2030 and that the specific NTN-Mobile segment “has the potential to reach a market value of around $18 billion with up to 200 million connections by 2031.” “The emergence of satellite-enabled mobile devices from major consumer smartphone manufacturers and chipset makers like Apple, Qualcomm, Motorola, MediaTek, Huawei, and ZTE indicates satellite communications services breaking into the mainstream consumer market,” said Andrew Cavalier, satellite communications industry analyst at ABI Research, who also added that “The possibilities for global IoT connectivity have expanded, driving further innovation in the satellite industry.”

🚀 Elevate Your Warehouse Operations with the Zebra MC9300 Mobile Computer and Scanner! 🚀 At Central Peripherals, we're thrilled to be your go-to source for Zebra's cutting-edge Mobile Computers. Upgrade to the MC9300 and take command of the on-demand economy. Why choose the Zebra MC9300? ⭐ Proven Performance: Trusted by 3 million workers, the MC9300 series has a track record of excellence. Imagine the impact on your operations with this next-gen evolution. ⭐ Boost Productivity: Experience a 10% increase in productivity compared to other devices. Your team can accomplish more tasks every day, translating to impressive overall results. ⭐ Efficient Training: Onboard your workforce in weeks, not months. The MC9300's Android OS, keypad, and touchscreen simplify the learning curve, ensuring seamless transitions to intuitive, on-screen apps. ⭐ Seamless Transition to Android: Solve one of your biggest worries with Mobility DNA's All-Touch TE. Run existing TE apps out of the box without backend coding, easing your transition to Android. ⭐ Extended OS Security Support: Gain peace of mind with LifeGuard for Android, offering up to 10 years of OS security support. Safeguard your investment and stay ahead of future advancements. ⭐ Your MC9300's Qualcomm chipset paves the way for advanced applications, including data and voice apps, machine learning, and IoT. 🌐 Exclusive Offers: When you choose Central Peripherals, you unlock discounts, reseller perks, and promotions not available elsewhere. 🤑 Ready to revolutionize your warehouse operations? Contact us today! #PrecisionPeripherals #ZebraMC9300 #WarehouseAutomation #SupplyChain #Innovation #ZebraReseller #warehousemanagement #CentralPeripherals #ScotlandZebra