#pioneer on NB-IoT

[jtuscat]

High-Quality Components for Reliable Telecommunication Networks

As a leading provider of RF Passive Products korea, Jtuscat offers an extensive range of high-quality components that play a crucial role in the efficient and reliable functioning of telecommunication networks. Their product portfolio includes filters, couplers, splitters, and other essential RF components designed to meet the unique requirements of various network configurations. With a commitment to quality and performance, Jtuscat has established itself as a trusted source for RF Passive Products, ensuring seamless communication across diverse network environments.

[dailystraitsdotcom]

Sateliot's Space Breakthrough

Sateliot launches 4 new satellites, advancing global IoT connectivity revolution.

Sydney, Aug 17: Sateliot, the pioneering force behind the first low-Earth orbit (LEO) nanosatellite constellation utilising 5G NB-IoT NTN standards, has successfully launched four new satellites. This marks a significant step in the company’s mission to extend Mobile Telecom Operators’ coverage across 100 per cent of the planet, with these satellites deployed via the SpaceX Transporter-11…

[shashikant-ligade]

Cellular IoT Market Outlook 2031: Top Companies, Emerging Audience, Future Opportunities, Business Development

We are thrilled to announce the release of our highly anticipated report, " Cellular IoT Market Share, and Size Analysis| 2031 " This in-depth analysis represents a significant milestone for The Insight Partners, demonstrating its commitment to delivering cutting-edge market intelligence that empowers businesses to thrive in the ever-evolving landscape of the Cellular IoT market.

The segment-based research aims to provide customers with an in-depth examination of the opportunities and challenges facing businesses in the Cellular IoT market. It provides precise future estimates together with a thorough coverage of the major issues affecting the organization. Based on objective market situation coverage, investors may make well-informed selections.

The Cellular IoT market research study guides organizations on market economics by identifying market size, revenue potential, and total market share. The company needs to comprehend its clientele and the demand it creates to focus on a smaller selection of items. Through this chapter, market size assists businesses in estimating demand in specific marketplaces and comprehending projected patterns for the future.

Why Get into Business with Us?

Exact valuation and key facts about the Cellular IoT market | 2031

Value proposition analysis that helps businesses revise their offerings timely

Marketing and segmentation strategies for new entrants in the Cellular IoT market

Competitive Cellular IoT market growth strategies for market participants

Latest trends and technologies in the Cellular IoT market

What are our Cellular IoT Market Report Offerings?

A Comprehensive Dive into Cellular IoT Market Dynamics: In Cellular IoT market analysis, The Insight Partners team of seasoned experts conducts an exhaustive analysis of the current state of the Cellular IoT market. The report delves into key trends, challenges, and growth prospects, providing stakeholders with a 360-degree view of the market dynamics. By focusing on the broader market landscape, the report equips businesses with the knowledge needed to make informed decisions in an increasingly complex environment.

Pioneering Insights and Future Trends: What sets our research report apart is its commitment to delivering pioneering insights. The report goes beyond traditional market analyses, providing a forward-looking perspective on emerging Cellular IoT market trends that are poised to shape the future of the Cellular IoT market. By anticipating shifts and innovations, businesses can proactively position themselves to capitalize on new opportunities and navigate potential challenges.

Unraveling the Competitive Landscape: One of the key strengths of our report lies in its detailed assessment of the competitive landscape. The report identifies and analyzes key players in the Cellular IoT market, offering valuable insights into their strategies, Cellular IoT market size, and potential areas for differentiation. This comprehensive understanding enables businesses to benchmark their performance, identify strategic partnerships, and stay ahead in a competitive marketplace.

Consumer-Centric Analysis: Understanding consumer behavior is a cornerstone of successful business strategies. Cellular IoT Market forecast incorporates a detailed analysis of consumer trends, preferences, and purchasing patterns. By unraveling the intricacies of consumer behavior, businesses can tailor their offerings to meet evolving customer needs, enhancing customer satisfaction and loyalty.On the Basis of Technology this market is categorized further into-

2G & 3G

4G

LTE-M

NB-IoT

and 5G

On the Basis of End-Use Industry this market is categorized further into-

Industrial

Infrastructure & Construction

Retail

Consumer Electronics

Automotive & Transportation

Energy & Utilities

Healthcare

and Others

Key regions Cellular IoT Market Research Report:

North America (U.S., Canada, Mexico)

Europe (U.K., France, Germany, Spain, Italy, Central & Eastern Europe, CIS)

Asia Pacific (China, Japan, South Korea, ASEAN, India, Rest of Asia Pacific)

Latin America (Brazil, Rest of Latin America)

The Middle East and Africa (Turkey, GCC, Rest of the Middle East and Africa)

Rest of the World

Author’s Bio:

Shashikant Ligade Senior Analyst The Insight Partners

[spacenutspod]

Los Angeles CA (SPX) Feb 18, 2024 In a significant advancement for IoT connectivity, Mavenir, the forward-thinking network software provider, has announced the successful completion of a pioneering mobile data call in collaboration with Ligado Networks, a leader in Mobile Satellite Services in North America. This achievement marks a pivotal moment in the integration of Narrowband IoT (NB-IoT) Non-Terrestrial Network (NTN) techno

[forblogmostly]

Genesis Gas Solutions Announces Joint Venture and Paid-Up Capital Inducement

Vikas Lifecare Limited's subsidiary, Genesis Gas Solutions Pvt. Ltd., has successfully incorporated "IGL Genesis Technologies Limited," a joint venture with Indraprastha Gas Limited (IGL). This strategic move has been marked by the induction of a paid-up capital totaling INR 181 Million.

Joint Venture Highlights:

The newly formed "IGL Genesis Technologies Limited" is a collaboration between IGL and Genesis Gas Solutions, with equity participation at a ratio of 51:49, respectively.

The venture aims to establish India's first Integrated Smart Meter Manufacturing Plant, aligning with the Make in India initiative.

The manufacturing facility, located in NOIDA, Uttar Pradesh, is set to be operational by July 2024, initially producing 1 million smart meters annually.

Technological Advancements:

The smart meters manufactured by "IGL Genesis Technologies Limited" will incorporate cutting-edge IoT technologies such as LoRa, LoRaWAN, Bluetooth, NFC, and NB-IoT.

The company will develop software with built-in Smart Analytics, Dashboards, Predictive Maintenance Protocols, and Allied Systems.

Global Reach and Market Potential:

The joint venture aims to meet the high demand for smart meters, catering to domestic consumers and targeting the international market.

The technology-based metering solutions focus on long-range communications, low power networks, automated metering, and pre-paid metering.

Genesis Gas Solutions Pvt Ltd's Achievements:

Genesis is a pioneer in Smart Gas and Water Metering in India, holding a substantial market share.

The company has supplied gas meters to industry leaders, including Gujarat Gas Limited and Avantika Gas Limited.

Genesis has introduced Ultrasonic Meters, 4G Modems, and Bluetooth-based Smart Meters, showcasing its commitment to innovation.

The company has diversified into commercial pipeline laying contracts for Indian Oil Adani Gas Pvt Ltd.

About Vikas Lifecare Limited: Vikas Lifecare Limited is an ISO 9001:2015 certified company engaged in manufacturing and trading Polymer and Rubber compounds.

The company, listed on both BSE (Scrip Code: 542655) and NSE (Symbol: VIKASLIFE), is a key player in contributing to environmental protection initiatives.

[bananagl]

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[martydubois]

Puloli Private IoT Networks Compatible with Qualcomm IoT Modem

Qualcomm® 9205 LTE Modem Support for Upper 700 MHz A Block Enables New Generation of Endpoints for Critical Infrastructure Industries (CII) Puloli Inc., a leading provider of private IoT solutions for utilities and Smart Cities, today announced they will offer a new capability to utilities. This includes providing immediate access to the leading IoT platform from Qualcomm Technologies, Inc. over the Puloli private IoT network using the Upper 700 MHz A Block band. Puloli is excited to add endpoints and devices based on Qualcomm 9205 LTE Modem to our Network-as-a-Service (NaaS) private IoT solutions.Tweet this Private IoT networks based on 5G/LTE IoT standards are rapidly gaining momentum as they offer secure, reliable, scalable, and cost-effective IoT solutions. Specifically, purpose-built private 5G/LTE IoT networks over dedicated licensed spectrum have strategic, economic, and security benefits that are driving adoption especially within CII like electric, water and gas utilities. To that end, Puloli has pioneered a private NB-IoT Network-as-a-Service (NaaS) model to offer 5G/LTE networks optimized to meet its customers’ evolving needs. “Puloli is excited to add endpoints and devices based on Qualcomm 9205 LTE Modem to our Network-as-a-Service (NaaS) private IoT solutions," said Kethees Ketheesan, CEO of Puloli. "The Qualcomm 9205 LTE Modem already supports many global frequency bands. Read the full article

[mokosmart]

LoRa devices from MOKOSmart

An estimated 70 million devices are expected to be connected to the Internet and exchange data by 2020. From the coffee machine to the doorbell to the pill box: Connected devices that talk to apps and online services have so far been part of the realm of visions of the future. Lorawan stands for “long range wide area network” and is a radio network with a wide range and small energy requirement. Although they can only transmit tiny amounts of data – images are already eliminated – Lora devices can work for miles and can do with a small battery for years. The chips are small like a two-franker, thus fit into everyday objects and are at the same time cheap – around ten francs. This makes them ideal for bringing devices to the grid at a reasonable price. Small sensors or switches could soon appear in all everyday areas, in flowerbeds as well as on letterboxes or bicycles.

How much do you know about LoRa technology and NB-IoT?

As a low-power WAN communication technology, LoRa offers cost-effective solutions for battery-powered IoT applications. Because of these technical characteristics, the LoRa network consists mainly of terminals (built-in LoRa module), gateway (or base station), server (server), and cloud. The most important point is that application data can achieve bidirectional transmission, easily integrated into existing network infrastructures for greater coverage than cellular cellular cellular networks, while technology has end-to-end AES128 encryption to track assets without GPS.

In contrast, NB-IoT (narrowband Internet of Things, also known as the Narrowband Internet of Things), is a standard defined by the 3GPP standardization organization, which develops a narrowband radio frequency technology for the Internet of Things. NB-IoT is more dominant for completing real-time, large amounts of data.

The application of the Internet of Things must take into account many factors, such as network costs, battery life, data transfer rate (throughput), network coverage and type of use, it is clear NB-IoT and LoRa two technologies have different technical characteristics, wide coverage, low speed, low cost, low power consumption and other features that are suitable for applications with low power consumption in the Internet of Things, and they also actively expand their own ecosystems.

At communication distance, NB-IoT compared to other low-frequency wide-area propagation technology can achieve the link budget 20dB increase in open environment, signal coverage can be increased seven times. Among them, 20dB corresponds to the loss of the signal through the outer wall of the building. Coverage of NB-IoT in the indoor environment is relatively better, and the overall communication distance can reach 15km. LoRa can provide a maximum connection budget of 168dB. In general, the range of wireless distance is 1-2 km in the city and 20 km in the suburbs.

We have successfully iterated to Use LoRa devices and Radio Frequency Technology (LoRa Technology) into our smart bike locks that complement their licensed spectrum connectivity options for full network connectivity, even in remote areas and densely populated buildings. MOKOSmart is a pioneer in the field of the Internet of Things (IoT) and has led the application of NB-IoT, NFC, BLE and other IoT technologies. Omni is integrated in the products of wireless communication, artificially specialized intelligent, sensor technology, which is a national high-tech company, integrated the development of hardware, software and system solutions.

Development history of LoRa devices

Hackers want a network for all

From a very different point of view, a growing number of tinkerers are approaching the subject, who would rather see a free, universally accessible Internet of Things. The idea of the Dutchman Wienke Giezeman has been kicked off. The Internet entrepreneur from Amsterdam has launched a foundation with the Things Network, which Lora wants to democratize. The intention: to build a free alternative in addition to commercial networks. With a swarm financing, one is currently looking for patrons who receive hardware for donations. The Kickstarter campaign has already exceeded its funding target of €150,000.

First, the networked technology is made possible by a peculiarity of Lora devices: The costs per connected device are vanishingly low compared to other network technologies. For example, a so-called gateway, connected to the Internet in a private apartment, can bring up to 10,000 radios online within a radius of several kilometers. Such a gateway currently costs around 200 Swiss francs, and the trend is falling. Unlike mobile phones, such a small group of volunteers can connect an entire city with little money. “I’m excited about this opportunity,” says Gonzalo Casas, who is working for the Things Network in Zurich. In his spare time, the software developer builds the Internet of Things for Zurich with office colleagues and other interested parties. Two LoRa gateways are already in place, and seven more are expected to be added across the city over the next few months.

The nerds still rule

The Things Network is still a matter for computer scientists. “Hackers now have to build the infrastructure, which clears the way for users,” says Casas. The Kickstarter campaign from Amsterdam is also to build a bridge here. The hope of the supporters is a kind of Apple effect: The Dutch want to make the hitherto unwieldy and complicated technology accessible – with simple operation and appealing device designs.

Low Power Wide Area Networks (LPWAN) are suitable for sending small amounts of data over a long distance. They consume little energy and ensure long battery life.

The LoRa Alliance, an open, nonprofit organization, drives the standardization of LoRa technology because it can be used safely and economically for many IoT applications. LoRa Alliance certification requires LoRa-certified devices to meet the functional requirements of LoRaWAN protocol specifications, which is confirmed by a successful test against the LoRa Certification Program.

The accredited test laboratories of 7 layers in Ratingen have been one of the first independent 3rd party laboratories in Europe to receive the authorization to carry out tests under the LoRa test and certification program.

We offer a comprehensive portfolio for LoRa devices manufacturers and smart IoT service providers:

•LoRa Alliance Test & Certification •Regulatory testing and type approvals •Technical support and testing to improve antenna and radio performance •IoT Services Services: Consulting, Acceptance Program Development, and End-to-End Verification

Full connectedness for the Internet of Things

LoRa devices: Cost advantage Flexibility

But it is not only the SIM cards that need to change but also the mobile operators. Given the different functioning of the devices, traditional contract models no longer make sense. In the future, it will be essential to make flexible offers to the customer that can be tailored to their requirements. For medium-sized enterprises in particular, the savings could not be negligible thanks to such individual contract offers. Finally, it makes a difference whether sensors should check the condition of a product in a truck loading room in real-time or passengers in coaches should stream films in HD format.

Providers have therefore set up their own departments, whose employees deal exclusively with IoT or Industry 4.0 and prepare corresponding offers. But this applies not only in connection with SIM cards but also with LoRa applications. If the volume of data to be sent is small, they are a good alternative. These LoRa devices send and receive data only at predetermined times, keeping energy consumption low. Ideal for traffic management: Street lighting could be based on traffic, for example, so that lanterns only consume energy when vehicles are actually on the road. Parking spaces can also be better managed: LoRa communication would allow cars to be used in an orderly manner to create a free parking space, which could optimize utilization rates.

Connectivity is what the customer makes of it

To optimize connectivity, developers and providers need to critically assess what type of connection is needed and what is best for them. Every situation requires a suitable solution – which also depends on other aspects, such as bandwidth, the location where the application is used, as well as the respective sales and business model.

In addition to local IoT solutions for WiFi, developers and providers should also be able to use other technologies that are just as essential to M2M connectivity. 2G, 3G, and 4G networks are already playing an important role and LoRa devices will soon become more widely used. This will provide a suitable technology for every possible IoT application. In other words, connectivity is what the user makes of it.

LoRa devices from MOKOSmart

MOKOSmart, which has located connected LoRa devices as a future business area and operates test networks in Shenzhen, China, is also one of those interested. Flory heads the sales department M2M (machine to machine) at Shenzhen. He sees Lora technology on the verge of gaining a broad foothold. It is high time for device manufacturers to have the Internet of Things on their screens: “If you don’t deal with it yet, it will be hard to catch up.” The telecommunications service is at the heart of building networks and bringing together key players, from chip manufacturers to software developers and service providers. “We are in a good position to drive forward the development of the infrastructure to more LoRa devices,” says Florry.

 LoRaWAN gateway with LoRaWAN server functionality

MOKOSmart offers the LoRaWAN Gateway MKGW2-LW for LoRaWAN technology as a solution for building autonomous, provider-independent networks in the license-free 868 MHz ISM band.

The Gateway MKGW2-LW, which is suitable for LoRaWAN technology, is also suitable for applications with FSK modulation. In addition to the traditional packet forwarder mode, it also has LoRaWAN server functionality (LoRa WAN Class A & C 1.0.2 EU), which eliminates the need for the additional setup of a LoRa server. Other features include the small dimensions of 75 x 75 x 25 mm, an external SMA antenna port, an Ethernet network connection and the supply of 5 V/0.5 A via micro USB cable.

LoRaWAN gateway with efficient 8-channel LoRaWAN solution

The LoRaWAN gateway can be used to implement an efficient 8-channel LoRa solution, which can also be configured via a remote JAVA application. Up to 100 LoRa devices can be managed. The MKGW2-LW is also available as an outdoor version.

Introducing the world’s first open-value-chain LoRaWAN IoT network

The first phase of a project underway in Shenzhen.

MOKOSmart, an industry leader in the field of large low power wide area networks (LPWAN), announced today that two more national LoRaWAN networks are planned: in cooperation with telecommunications and IT provider, the service provider and pioneer in wireless broadband, media, and corporate IT infrastructure.

“The networks show that LPWA technology can not only be transformative but also offers groundbreaking opportunities for the economy that could not otherwise be presented.”

The introduction of the open-value-chain IoT network is unique in the world. To deliver this groundbreaking business proposal, we are upgrading the LoRa network to provide second-generation multi-use IoT connectivity across the country, as well as LoRa devices and wireless technology to provide high-quality geolocation services.

“The upgrade of the existing LoRaWAN™ radio network with new base stations and the subsequent nationwide rollout will be a good deal as we integrate a large part of the LPWAN gateways into existing wireless broadband locations.”

With support, we have started to launch the nationwide LoRaWAN network. Successful tests were carried out, where full coverage will also be achieved as the first phase of the project.

[jeramymobley]

DHL Now Delivers Direct to VW Cars—and More Innovations

DHL’s mission is clear—delivering solutions for the logistics needs of customers worldwide. Its services include international express deliveries, global freight forwarding by air, sea, road and rail, warehousing solutions from packaging to repairs, storage and mail deliveries worldwide.

With a presence in more than 220 countries and territories globally, and over 350,000 employees, DHL is part of the world’s leading postal and logistics company Deutsche Post DHL Group, and includes in its portfolio business units DHL Express, DHL Parcel, DHL eCommerce, DHL Global Forwarding, DHL Freight and DHL Supply Chain.

Aspiring to be ‘The Logistics Company for the World,’ the theme of the company’s Strategy 2020 plan is “Focus. Connect. Grow.” Here are eight ways in which it’s pursuing growth through connected, focused innovation:

• DHL and Volkswagen just launched a joint pilot project in Berlin in which 50 VW Polos are being used as mobile addresses that are ready to receive DHL parcel delivery —with packages delivered directly to car trunks. The project‘s goal—to test and find a solution for in-car delivery.

• DHL’s new $6.2 million, 50,000 square-foot facility in Carrollton, Texas, processes thousands of packages daily and uses LED lighting with on and off sensors to conserve electricity. Chet Paul, GM of DHL Express, Southeast U.S. said, “This new location is one more example of how DHL makes targeted investments focused on infrastructure, people and technology, so that we can continually provide the highest level of customer service.”

• The company’s Saloodo! real-time freight brokerage platform addresses the inefficiencies of unused capacity by leveraging the global network of smartphone users and real-time communications to take advantage of excess capacity.

• As the world’s market leader in logistics and a pioneer in green logistics, Deutsche Post DHL Group is positioned to make a significant impact by reducing its carbon footprint: “By 2050 we want to reduce all logistics-related emissions to net zero. Throughout the company’s history we’ve often played the role of trailblazer, and this is exactly what we will continue to do.”

• It just extended its successful City Hub concept for environmentally-friendly inner-city deliveries to The Hague, Netherlands with a new pilot involving electric vehicles.

• DHL’s City Hub will also see the first deployment of Deutsche Post DHL Group’s StreetScooter electric delivery van in the global DHL Express delivery network. Ford is building electric delivery vans for DHL Group called the StreetScooter Work XL—a van that starts with a Ford Transit chassis and battery-electric drivetrain. The vans can hold up to 200 packages.

• In 2016, with the help of its Group-wide environmental protection program GoGreen, DHL achieved a 30% improvement in carbon efficiency as compared to the 2007 baseline.” DHL sees the sharing economy growing to $335 billion by 2025 and logistics will play a major role in shaping that economy. Digital technology enables instant access and is creating new on-demand services to be filled by asset transfer.

With that in mind, DHL is looking for original ideas that aim to address logistics problems with innovative sharing economy business models. Participants in the DHL Sharing Economy Challenge 2017 will pitch their concept in front of logistics professionals and could win €5,000 with DHL.

Matthias Heutger, SVP Strategy, Marketing & Innovation, DHL Customer Solutions & Innovation said, “The concept of sharing is nothing new, but today people can share assets and use sharing services at the speed and scale of three billion smartphone users worldwide. Naturally this started with high-value assets like rooms and cars, but the underlying concept can be applied to almost anything now.”

• DHL Supply Chain together with Huawei Technologies has launched a Narrowband Internet of Things (NB-IoT) application at an automotive site in Liuzhou, China. Leveraging existing infrastructure and limited investments, the implemented IoT solution is designed to facilitate and streamline yard management for inbound-to-manufacturing logistics, leading to significant improvements in inbound processing time at the site.

The proof of concept will run until the end of September with 100 DHL drivers at a section with 30 docks. It’s expected to add features such as automatic number plate recognition and geofencing. It marks another milestone in a row of strategic IoT projects for DHL, such as the launch of IoT cockpits within smart warehouses across Europe and pilots in Asia.

“By 2025, Internet of Things have the potential to generate up to 1.77 trillion Euros in additional value for the international logistics industry. Together with Huawei, we want to pursue this path in developing cellular-based IoT technology able to connect to multiple devices across long distances. Our goal is to enable a more integrated logistics value chain through greater connectivity, enhancing the customer experience,” stated Dr. Markus Voss, Chief Information Officer & Chief Operating Officer, DHL Supply Chain.

  The post DHL Now Delivers Direct to VW Cars—and More Innovations appeared first on brandchannel:.

[jtuscat]

Disrupting the Wireless Landscape: Innovations in NB-IoT and 5G Solutions

In the realm of wireless technology, innovation is not only sought after but is paramount for progress. One Korean tech company is leading the charge in this rapidly evolving industry, carving its niche in the spheres of Narrowband Internet of Things (NB-IoT) and 5G Solutions.

Mastering the Art of NB-IoT

The expansive influence of IoT on multiple industries has given rise to significant technological advancements, frontline among which is Narrowband Internet of Things (pioneer on NB-IoT). This technology offers a wide range of benefits, including improved indoor coverage, low delay sensitivity, low-cost device modules, and long battery life.

Riding this wave, JTuscat has wholeheartedly embraced NB-IoT, setting new industry benchmarks and creating solutions that are not just innovative but also efficient and reliable. Their development and propagation of Point of Interface (POI), DAS, or Site Sharing products stand as testament to their technological prowess.

Defining the 5G Future with the 5G Combiner

The advent of 5G technology promises a future where connectivity is seamless, and communication is faster than ever. Keeping stride with this momentum, JTuscat powers forward with a potent contribution—the 5G Combiner. This product, built to optimally combine signals, reinforces their commitment to make pivotal contributions to advancing 5G technology.

The combination of well-designed architecture and superior performance propels their 5G Combiner into the standing of market standout. These innovative solutions are reshaping how businesses and individuals explore and accept this new generation of connectivity.

Radio Frequency (RF) Passive Products: A Paradigm Shift in Wireless Networking

JTuscat's innovation agenda isn't constrained by their mastery over NB-IoT and 5G technology. They're also breaking new ground in the RF Passive Products segment. Their continual improvement of these products is driving a shape-shift in the Korean wireless industry and beyond.

RF Passive Products serve a crucial role in the functioning of a wireless network, and these products have witnessed significant enhancement under JTuscat's leadership. Their focus on refining these offerings to meet the industry's consistently changing standards is worthy of accolade.

Frequently Asked Questions (FAQs)

1.  What makes JTuscat a leader in NB-IoT solutions?

JTuscat's pioneering role in adopting NB-IoT and creating efficient, reliable, and innovative solutions gives them a leadership position in this sphere. Their unique offerings like Point of Interface (POI), DAS, and Site Sharing products have helped set new industry standards.

2.  How is JTuscat advancing 5G technology?

Their creation of the 5G Combiner stands as a clear testament to their commitment to 5G technology. The company's 5G solution innovations enable seamless connections and accelerate communication speed, setting the stage for businesses and individuals to realize 5G's full potential.

3.  What innovative strides is JTuscat making in RF Passive Products?

The company's continual refinement of RF Passive Products korea to meet or exceed industry standards is advancing the wireless industry in Korea and beyond. They are enhancing both performance and functionality of wireless networks through these product improvements. In the increasingly complex world of wireless technology, one thing remains clear: JTuscat is not just a participant in this revolution, but a leader. They stand firm with their pioneering work in NB-IoT, the cutting-edge 5G Combiner, and their consistent enhancement of RF Passive Products. By constantly stretching the limits of what's possible, JTuscat has a definitive place at the epicenter of this wireless technology evolution.

[sramfact]

Pet Wearables Market will Soar Steadily at 7.5% CAGR during 2019 - 2029

Fact.MR delivers vital insights on the pet wearables market in its published report, titled “Pet Wearables Market: Global Industry Analysis, Size, Share, Growth, Trends and Forecast, 2018-2029”. In terms of revenue, the global pet wearables market is projected to expand at a CAGR of 7.5% during the forecast period, owing to numerous factors, which Fact.MR offers thorough insights and forecasts in this report.

As a leading economy, the U.S., which accounts for more than 80% of the North American market is focusing more on innovation across sectors including food, healthcare, consumer products, etc. The similar trend is observed in the pet wearables market. The major factor attributed to the growth of pet wearables market is the high concentration of players in the United States. The pet wearables market is poised to grow twice its current size during the forecast period. The major factors driving the growth of the pet wearables market are the upcoming innovative technologies such as NB-IoT, EEG sensors, pedometers, etc. Multiple players established in similar and associated industries have been developing products for the pet wearables market. Trends affecting the pet wearables market are primarily dependent on consumer preferences. The pet wearables market has observed multiple mergers and acquisitions in the recent past.

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Plethora of product offerings are available in the pet wearables market such as pet cameras, activity monitors, GPS trackers, pet emotion sensors and pet-to-human translators. These applications of pet wearables are similarly varied, which includes medical diagnosis & treatment, behaviour monitoring & control, safety & security and identification & tracking. The usage of pet wearables in medical diagnosis & treatment is expected to be the main factor affecting the growth of the market. Technologies currently used in pet wearables are GPS, RFID and other miscellaneous sensors such as pedometers. GPS trackers will show the highest growth rate in technologies involved in pet wearables. The pet wearables market is still in the introductory stage of the industrial development life cycle. Key players have been trying to increase their market penetration through multiple distribution channels. The main distribution channels used for pet wearables are E-commerce, modern trade, franchised stores and specialty stores. The introduction of e-commerce has been the driving component for the pet wearables market.

The usage of human technologies for pets such as pedometers and EEG are the new trends followed in the pet wearables market. One of the pioneers in the usage of human related technology for pet wearables is Xiaomi’s pet fitness and location tracker PetBit. The integration of Cloud technology and analytics in pet wearables is currently under testing and development phases. As per the views of leading veterinarians, advanced analytics will be helpful for better diagnostics of pets. As per reviewed statistics, more people own a smart phone than toothbrushes. This has shown the dependency of consumers on technology. To reach out to this wide demographic, the social media presence of the products and companies involved in the pet wearables will be vital.

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The current market of pet wearables is highly fragmented. Multiple new entrants in the pet wearables market are emerging with their distinguished applications. Garmin International, Whistle Labs LLC, Tractive GmbH, Petzila, Gibi Technologies Inc., Petcube, FitBark Inc, DOGTRA, Loc8tor Ltd, Invoxia, Xiaomi, Pawbo Inc., Pitpatpet Ltd, and PetPace are some of the key players discussed in the pet wearables report. Poor socialisation and lack of training and discipline in dogs are causing increased anti-social and disruptive behaviour leading to abandonment. Some of the previously used pet training collars are entering the pet wearables market. The used technology is more humane to pets than the previous counterparts.

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[thereporterasiastuff-blog]

Telenor reveals 7 tech trends that will shape 2019

Seven technology trends stand to reshape how we consume, how we connect and even how we perceive the world around us in 2019, says Telenor Research. After a breakneck year of tech world advancements, setbacks and successes, Telenor Group’s research arm, Telenor Research, identifies seven tech trends to study up on for 2019. While there is no shortage of staggering high-tech feats identified this year, the notion of “responsibility” resonates through many of this year’s trends. “The world of technology is constantly on the go. With exciting innovation – which we point to this year in greater scale than ever – comes the need for reflection, pragmatism and perspective. We think that the tech pendulum is swinging in that direction in 2019. People are taking a step back and assessing ‘what do these deeper developments in technology and connectivity mean to me, to my family, my community?’” reflects Bjørn Taale Sandberg, Head of Telenor Research. “In the end, we all want the assurance that technology – no matter how many steps ahead of us it might seem – can fit into our lives safely, sensibly and positively,” he added. Here are the seven tech trends we see making a big impact in 2019: Masks, shades and filters have been all the rage on social media and messaging apps. The iPhone X took the idea further with facial recognition, but as the technology makes even more advances, why stop there? Remember Tom Cruise’s masks in Mission Impossible? Well, doing this in cyberspace is no longer “mission impossible”. It’s made very much possible by something the tech world has coined “deepfake”. It’s when Deep Learning meets Fake News (or doctored photos and videos, for that matter). 2019 will bring us more deepfake content because a large amount of work is going into algorithms called generative adversarial networks (GANs). A plethora of variants is emerging, and the systems as a whole are learning a lot faster. It is these algorithms that will enable the creation of deepfake content so advanced that we could have a difficult time differentiating between what’s real and what’s fake in the digital world. If people had trouble telling fake news posts apart from real news on social media between 2016 and 2018, it’s very possible that the boundaries will be blurred even more in 2019. The world’s largest democracy, India, will hold general elections in 2019, while the world’s second largest democracy, the US, will begin the lead up to its 2020 presidential campaign. These elections are likely to trigger the production of sophisticated deepfake content made to manipulate and misinform the public. The good news is that they could also trigger intensified development of media forensic tools and techniques to safeguard democratic processes. 2019 will see internet service providers, operators and regulators look seriously into mitigating deepfake content, and widespread public awareness campaigns against deepfake.

In 2017, we predicted that AI ethics would one day be up for discussion. That time has come. The fact that AI will impact nearly every industry and society at large is no longer questionable. As people increasingly tune in to how technology affects their lives, AI is one of those technologies that will receive more public scrutiny in 2019. In the coming year, we will see public and private bodies setting AI governance frameworks and adopting new codes of conduct to ensure that they operate with high ethical standards. This will be done in order to ensure that AI systems are non-discriminatory, transparent, traceable and secure, and that there are always humans in the loop who are accountable for its design, development and adoption. Enabling this, we will also see new venues for AI dialogues happening at all levels of politics, new platforms for education and training in AI, as well as investments in tools and systems that enable ethical AI development. “High ethical scrutiny may inhibit innovation,” some might say, and in the absence of such oversight, most thriving AI ecosystems in the US and China might be able to grow and innovate faster than more regulated regions, such as Europe. Yet, we see AI governance as vital to sustainable innovation, uptake and acceleration of AI in business. In the end, these autonomous systems need to solve problems for people in a secure, robust and reliable way; proactive monitoring and governance structures for ethical use of AI will aim to ensure that.

In 2017, it was all about 5G testing: could a computer a few meters away connect to a signal station running a 5G frequency. In 2018, we saw pioneering uses of 5G – like the 5G drone coverage of the Winter Olympics in South Korea. And coming in 2019, we’ll see “5G islands” emerge across the world as large-scale pilots and trials – from Europe to North America and northeast Asia – connect selected communities and business networks. Digitising societies has been buzzword among operators, industry bodies and governments over the past few years, but 2019 will be the first year when communities will experience what this actually means, taking towns like Norway’s Kongsberg, a 5G pilot town, as a first example. Though 2020 is the year that 5G’s global standard will release, 2019 will see emerging ecosystems and likely some of the first marketing campaigns based on 5G. From the first self-driving, 5G-steered buses to automated fisheries, from 5G-driven TV and fixed broadband to potential applications of 5G-powered remote surgery – the 5G floodgates will open in 2019, paving the way for commercial services to hit the market in 2020.

We think 2019 will be the year when industrial IoT customers crack the transition from proof-of-concepts, which we’ve seen in recent years and months, to large scale commercial deployments in low-power wide-area (LPWA) ecosystems. We expect this LPWA ecosystem to blossom this year in particular, enabling larger industrial applications which to date haven’t matured quickly. As the LPWA ecosystem matures and as developers have vetted much of its tech stack, we can expect to see industries to roll out large scale IoT, particularly within the arenas of smart cities, industrial manufacturing and process industries, such as shipping, traffic and transport monitoring and fisheries. In short, IoT is going industrial in 2019. On the backend, it is becoming clearer how different connectivity technologies serve different use cases. Examples include LTE networks for CCTV and automotive, which are already widespread; LTE-M for logistics; NB-IoT for metering – and many more use cases for each. Though the question on which IoT technologies will scale furthest and fastest remains, one thing is clear – LPWA IoT networks will get more than their share of the spotlight in 2019 and beyond.

The sobering reality of how hard it’s been to work with text-based chatbots has killed a lot of large-scale attempts. We see voice-activated chatbots doing better in 2019 – mainly in household devices. They aren’t the most clever systems yet, but as they advance, we can expect more chatbots helping us in our homes than we have before. We think 2019 will see huge growth of voice-controlled chatbots, leading to smarter voice-recognition applications, since they will be limited to a narrow skill-set in which they will perform well.​” It’s possible that by this time next year, domestic chatbots will be at the top of 2019’s holiday wish lists in many markets around the world.

Awareness of screen time and its effects on us is becoming widespread. Following some early movers, people will increasingly use screen time tracking apps, night-time and do-not-disturb modes on phones, as developers tune the smartphone experience to enable us to manage our use of these devices. Developments in the marketplace as a result of increased screen time awareness and discipline will snowball in 2019. Beyond new apps and software, we could see more stringent limits on screen time in various social and professional settings. Mobile-free meals with family and friends, and mobile-free meetings are certainly becoming more common. Whatever the case, this latest burst of screen time products and campaigns by private industry go a long way to raise awareness. Moreover, people concerned with their own personal screen time could opt for simpler connectivity – in the form of flip phones. We might see the trend of twin SIM purchases, one for a data-powered smartphone and one for an analog flip, pick up speed.

A virtuous cycle in green consumption, awareness and green tech development will take shape in 2019, given a boost in large part by mobile technology. The UN’s Intergovernmental Panel on Climate Change’s late 2018 report came as a wake-up call to those not already paying attention. As climate change worries and awareness of consumption both skyrocket in society, a wave of mobile-driven green technology will help people live and consume more smartly than ever. In 2019, this wave will reach its much needed crest. Oslo, Telenor’s hometown, is becoming a bellwether of greentech’s ability to reach scale. The increasing popularity of products and services like Too Good To Go, which cuts down on food waste, car-sharing platforms, bicycle-only food delivery services, Tesla and electric cars (close to 30 percent of new cars in Norway are electric in 2018) prove that consumers are highly receptive to greentech, if not outright demanding it. And aggressive disincentives –taxes and tolls on environmentally unfriendly transport and consumption provide the knock-out punch to environmental apathy in Norway. On a holistic level, credit goes to government policies, developer enthusiasm for greentech, consumer receptivity and social pressure; four effective cogs churning out greener tech and greener habits – in Norway and beyond in 2019. Related Link Telenor dtac Read the full article

[yourgamewatxhworld-blog]

“Ofo is a pioneer in the field of the Internet of Things (IoT) and has pioneered the application of NB-IoT, NFC ... http://v.iew.bz/a6tbJP

[ebizupdate]

ASTRI demonstrates its latest 4G/5G and Smart City technologies at PT EXPO China 2017 in Beijing

HONG KONG, Sept. 27, 2017 /PRNewswire/ -- Hong Kong Applied Science and Technology Research Institute (ASTRI) is showcasing its latest 4G/5G and smart city technologies at the PT EXPO China 2017 in Beijing. ASTRI's advanced solutions drive technological breakthroughs in 4.5G and 5G as well as a wide range of smart city applications. PT EXPO is a dynamic international platform for the information and communications technology (ICT) ecosystem. It provides ideal services and networking opportunities in the aspects of policies, research and development, applications, market trends, and investment.

ASTRI’s technology expert (right) introduces the latest 4G/5G and smart city technologies to the visitor at the PT EXPO China 2017.

ASTRI is showcasing the following technologies and solutions in this year's PT EXPO:

1. 3-in-1 SDN/NFV Core Network Turnkey Solution

ASTRI is a pioneer in Network Function Virtualisation (NFV) especially in mobile core network. Leveraging its extensive experience in NFV architecture and performance tuning, ASTRI is introducing a 3-in-1 turnkey NFV solution to significantly reduce the time and complexity of integrating, deploying and optimising virtualised network solutions. The 3-in-1 solution consists of:

a) FastCloud virtual platform: a flexible NFV platform which is easily deployed with high throughput and Software Defined Networking (SDN) capabilities;

b) FastCloud orchestrator; and

c) Virtualised core network and IPSec security gateway: providing 10Gbps IPSec throughput with minimal CPU cores.

2. Centralised Radio Access Network (C-RAN) Reference Design for 4G and 5G Radio Access

C-RAN is a centralised, cloud-based cellular network architecture which allows mobile network operators (MNOs) to improve service quality, reduce capital and operating expenditures. It also helps to minimise energy consumption. ASTRI's Baseband Unit (BBU) pool design has a cost effective functional split to support wide coverage. The L3 and Packet Data Convergence Protocol (PDCP) are centralised with distributed Radio Remote Units (RRUs) for MAC and PHY processing. The architecture of the BBU pool design is very flexible. When extended for centralised MAC and PHY processing, it supports coordinated joint transmission and joint reception (JT/JR), with enhanced spatial efficiency. The design can be scaled to support 3GPP release 15 NR specifications including digital beamforming, beam management, flexible frame structure and subcarrier spacing for high data rate and better reliability, and in low latency applications.

3. LTE Broadband Trunking Communication (B-TrunC) System for Mission Critical Communications

LTE B-TrunC standard caters to the needs related to new and emerging services such as video, image and high-speed data transmission. The standard has been accepted by the International Telecommunication Union (ITU) as an international Public Protection and Disaster Relief (PPDR) broadband trunking air interface standard. ASTRI's end-to-end B-TrunC system supports real-time bi-directional data streaming and broadband trunking services on multiple trunking mobile terminals. Its key features include high voice/video group call capacity (>7.5 groups of voice calls per cell/MHz), low end-to-end latency (<200ms), dynamic regrouping, emergency call, and broadcasting message services. It also delivers high bandwidth and high reliability in private network applications.

4. Narrowband IoT (NB-IoT) Standardisation and Development

As a pioneer in this area, ASTRI offers NB-IoT IP and reference design for user equipments including RF transceiver, integrated power amplifier, integrated power management unit, digital baseband and System-on-Chip (SoC). As part of the global 3GPP Release 13 and 14 standards, NB-IoT is optimised for Low Power Wide Area (LPWA) applications, focusing on enhanced coverage, low cost, long battery life and massive deployment. It also facilitates the introduction of numerous new IoT devices and services.

5. Bluetooth Low Energy (BLE) solutions

BLE versions 4.2 and 5 are key enablers of short range wireless IoT applications and wearable electronics. ASTRI's BLE live demonstration collects and processes sensor data from its BLE 4.2 System-on-Chip (SoC), and sends feedback data to Android application users. BLE 5 doubles the speed, quadruples the range, and increases data broadcasting capacity by 800%. While ASTRI already holds the IP for BLE 5 RF transceiver, the baseband portion is currently under development.

6. Automatic Meter Reading System (AMRS)

ASTRI's award-winning Automatic Meter Reading System employs LoRa and GPRS technologies to collect and process data from smart meters of water, electricity, gas, heat or other utilities. Using LoRa, it simultaneously measures more than 100 meter readings, and covers a distance of over 1500 meters, penetrating 15 to 18 building floors with a battery life of five years. Using GPRS, the Smart Data Collector feeds into the system server or mobile phone for data storage, monitoring, and analysis.

7. Wireless Charging Platform

ASTRI has been a forerunner to employ the latest third-generation semiconductor GaN FET devices in mid-to-long-range wireless charging systems of consumer electronics. Based on AirFuel standards, ASTRI's wireless charging system adopts magnetic resonance technology. It has a built-in high frequency inverter circuit driver module compatible with dynamic impedance network, and a control algorithm measurement module. It works well with mid-to-long-range wireless charging (10~20cm). Among many benefits, it delivers higher power transmission efficiency (>80%), simultaneous multi-electronic devices charging (~8 devices), flexible 'anywhere setting', quick charging and low-cost applications. ASTRI has a comprehensive patent portfolio on wireless charging technologies, currently working with a few customers to further develop these. Capturing the industry's attention, ASTRI has already delivered a wide range of smart home applications that received critical acclaim.

8. Integrated Power Module Products

ASTRI has robust R&D experience in developing mature high-end power modules. ASTRI's patents on 3D wirebond-less interconnect technology/module meet the new generation IGBT module requirements including ultra-high-power density and thermal dissipation. This technology/module uses 3D interconnect structure to substitute the traditional wirebond structure. It reduces around 96% of parasitic resistance, 72% of parasitic inductance and 43% turn-off loss. With its compatible SMT assembly technique, it can be rapidly adapted for mass production. ASTRI has developed 1/8 brick module for communication applications which has high conversion efficiency (~95%) and high power (240W). It has a high dissipation ratio - key device temperature remains 20% lower than the common industry products. In addition, the 1/4 brick module facilitates multiple design options (e.g. plastic shell, metal shell and full-mould), low-ripple (50mV), and high conversion efficiency (~95%).

9. Visually Enhanced Ultra-HD Platform (HD-4K Conversion) for 4K TV

ASTRI's Visually Enhanced Ultra-HD Platform (VEUHD HD-4K Conversion) delivers true Ultra-HD visual experience from HD content on a 4KTV. Contrary to existing conversion options available in the market, ASTRI's VEUHD HD-4K Conversion technology holistically analyses important display parameters of panels, content image characteristics and user preferences. It delivers superior sharpness and visual quality as well as an immersive viewing experience. It uses innovative techniques such as Human Visual System (HVS) preference model and optimisation, adaptive edge and detail enhancement, and dynamic colour and contrast enhancement. These technologies are available for FPGA and ASIC real-time solutions, both as software applications and as hardware core.

Referring to the PT EXPO China event as "one of the largest and most influential ICT events in Asia", Dr Meikei Ieong, Chief Technology Officer of ASTRI added that "ASTRI seeks to make significant contributions to technological advancement in the telecommunication and industrial sectors in this region. Our demonstrations in the PT EXPO presents superior and novel technological solutions we have developed and subsequently made available to the industry."

PT EXPO is hosted by the Ministry of Industry and Information Technology of the People's Republic of China and organised by China National Postal and Telecommunications Appliances Corporation. The demonstrations take place at ASTRI's booth (Booth number 1020) at the PT EXPO China 2017 in Beijing, being held at the China National Convention Centre from 27 to 30 September 2017.

About ASTRI

Hong Kong Applied Science and Technology Research Institute Company Limited (ASTRI) was founded by the Government of the Hong Kong Special Administrative Region in 2000 with the mission of enhancing Hong Kong's competitiveness in technology-based industries through applied research. ASTRI's core R&D competences in various areas are organised under seven Technology Divisions, namely Communications Technologies, Electronics Components, Mixed Signal Systems IC, Advanced Digital Systems, Opto-electronics, Security and Data Sciences, and Intelligent Software and Systems. Five areas of applications including financial technologies, intelligent manufacturing, next generation network, health technologies, and smart city are identified for major pursuit. For further information about ASTRI, please visit www.astri.org

Media enquiries: For enquiries, please contact Ms Cherry Au (Tel: +852-3406-2993, email: cherryau@astri.org)

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