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aircraftcarrier4 · 20 days

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Navigating the Seas: The Role of Ship Trackers and Satellite Technology in Maritime Navigation

Introduction:

Maritime navigation has long been a crucial aspect of global trade and transportation, with cargo ships traversing vast oceans to deliver goods across continents. In recent years, advancements in satellite technology have revolutionized this age-old practice, offering real-time tracking and monitoring solutions that enhance safety, efficiency, and security on the high seas. Ship trackers, powered by satellite data, have become indispensable tools for shipowners, operators, and maritime authorities, providing valuable insights into vessel movements and environmental conditions. This article explores the intersection of maritime navigation, ship trackers, cargo ships, and satellite technology, highlighting their interconnected roles in shaping the future of seafaring.

Maritime Navigation: A Historical Perspective

Maritime navigation dates back thousands of years, with ancient civilizations relying on stars, celestial bodies, and rudimentary instruments to navigate the seas. As seafaring evolved, so did navigation techniques, culminating in the development of sophisticated tools such as compasses, charts, and sextants. However, navigating the vast expanse of the ocean remained a formidable challenge, fraught with hazards ranging from treacherous weather to hidden shoals.

The Evolution of Ship Trackers

The advent of satellite technology in the latter half of the 20th century revolutionized maritime navigation, enabling ships to determine their precise location with unprecedented accuracy. Ship tracking systems, initially developed for military and scientific purposes, gradually found their way into the commercial shipping industry. Today, ship trackers utilize a network of satellites to transmit real-time data on vessel positions, speeds, and trajectories, empowering stakeholders with comprehensive insights into maritime activities.

Cargo Ships: Lifelines of Global Trade

Cargo ships play a pivotal role in the global economy, facilitating the movement of goods across vast distances with unparalleled efficiency. From container ships carrying manufactured goods to bulk carriers transporting raw materials, these vessels form the backbone of international trade networks. For shipowners and operators, maximizing the efficiency and safety of cargo ship operations is paramount, driving the adoption of advanced navigation technologies such as ship trackers.

Satellite Technology: Enabling Precision Navigation

Satellite technology lies at the heart of modern maritime navigation, providing a constellation of satellites that continuously monitor the Earth's surface and atmosphere. Global Navigation Satellite Systems (GNSS), such as GPS, GLONASS, and Galileo, enable ships to pinpoint their exact location, navigate complex routes, and avoid potential obstacles. Moreover, satellite imagery and weather data empower mariners with invaluable information about ocean currents, weather patterns, and maritime hazards.

Enhancing Safety and Security at Sea

Safety and security are paramount concerns in maritime navigation, where unpredictable weather, navigational hazards, and maritime piracy pose significant risks. Ship trackers equipped with automatic identification systems (AIS) enable vessels to broadcast their identity, position, and course to nearby ships and shore-based authorities, facilitating collision avoidance and maritime traffic management. Furthermore, satellite surveillance and tracking capabilities enhance maritime security by enabling the monitoring of vessel movements in real-time, deterring illicit activities and ensuring compliance with international regulations.

Future Trends and Challenges

Looking ahead, the integration of artificial intelligence (AI), machine learning, and big data analytics holds immense potential for optimizing maritime navigation and cargo ship operations. Predictive analytics algorithms can anticipate vessel behavior, optimize route planning, and minimize fuel consumption, leading to cost savings and environmental benefits. However, challenges such as cybersecurity threats, regulatory compliance, and the need for skilled personnel remain significant hurdles in the adoption of advanced navigation technologies.

Conclusion:

Maritime navigation stands at the nexus of tradition and innovation, where ancient seafaring techniques converge with cutting-edge satellite technology. Ship trackers, powered by satellite data, have emerged as indispensable tools for navigating the high seas, enhancing safety, efficiency, and security in the global shipping industry. As technology continues to evolve, stakeholders must embrace innovation while upholding the timeless principles of seamanship to ensure the safe and sustainable movement of goods across the world's oceans.

#maritime navigation #ship trackers #cargo ships #satellite technology

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rfantennaindia · 10 months

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A 865MHz screw mount antenna is typically used for wireless communication applications that operate in the 865MHz frequency range. These antennas are designed to be mounted using a screw or a threaded connector to a compatible device, such as a wireless router, IoT (Internet of Things) device, or other communication equipment.

Here are some key points about a 865MHz screw mount antenna:

Frequency Range: This type of antenna is specifically designed to operate at a frequency of 865MHz, making it suitable for devices that use this frequency for communication.

Mounting: The "screw mount" designation indicates that the antenna has a threaded connector or screw mechanism for easy attachment to the device. This allows for a secure and stable connection.

Usage: 865MHz antennas are commonly used in various applications, including RFID (Radio-Frequency Identification), industrial automation, remote monitoring, and other wireless communication systems that operate in the 865MHz ISM (Industrial, Scientific, and Medical) band.

Antenna Types: There are various types of antennas designed for different purposes, such as omnidirectional antennas (providing 360-degree coverage), directional antennas (offering focused coverage in a specific direction), and others. The choice of antenna type depends on the specific requirements of the application.

Gain: Antennas may have different gain values, which affect their radiation pattern and coverage area. Higher gain antennas provide more focused and extended coverage but may be less suitable for certain applications where a wider coverage area is needed.

Connector Type: The connector on the antenna should match the connector on your device or have an adapter to ensure compatibility.

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fleetroot-blog · 2 years

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How To Track A Car Fleet?

youtube

The Logistics and Distribution industry is likely at the top of the list of industries that have seen a seismic shift in their operations and efficiency in recent years as a result of modern technologies such as cloud-based systems, GPS (Global Positioning Systems), data analytics, and advancements in cellular technology.

The use of contemporary, automated GPS-enabled Fleet-Management and Tracking software to achieve significantly higher levels of efficiency while lowering operating costs has been a huge benefit to the business.

How can companies track a car-fleet?

GPS-enabled tracking and mapping software are combined in modern fleet-tracking systems. A GPS-enabled vehicle tracking system is put in fleet automobiles, which transmits live data through a satellite (or mobile) network.

These complex and advanced technologies communicate data in real time across a fleet car’s journey. In the event that satellite signals are disrupted or blocked, the GPS tracker switches to utilizing mobile network towers to determine the vehicle’s whereabouts. While the primary goal of these trackers is to determine a vehicle’s real-time position, Fleet Managers use the data to extract information about the vehicle’s direction, route specifics, speed, fuel consumption, and safe driving habits (etc.)

How does a GPS vehicle tracking system work?

The GPS (Worldwide Positioning System) is made up of 24 satellites that are always circling the Earth and serve as the foundation for our global navigation system. All GPS trackers rely on receiving data from this satellite network in order to track and calculate a vehicle’s location at all times.

The GNSS (Global Navigation Satellite System) network’s radio transmissions connect directly with the GPS gadget installed on a vehicle. The GPS devices’ receivers receive the data given via these signals and use it to determine the GPS device’s position, current speed, and time taken to travel distances at that speed (etc.) This information is subsequently sent through a mobile cellular network to a control system (such as a computer or smartphone). Fleet managers, drivers, and parents of school-aged children are among the users and stakeholders of such a fleet navigation system who receive these updates and follow the movement of their fleet vehicles or automobiles appropriately. The whole GPS system is built on the utilization of at least four satellites and their separation from each other.

Using a GPS tracking system to track your car fleet:

Signals are delivered from the satellite network to the tracking device whenever you install a GPS tracking gadget in your automobile (receiver). After then, the receiver determines its distance from the satellites in real time.

This information is acquired via fleet management software, which Fleet Managers may access through the internet from their central consoles on a computer or mobile device.

This real-time data exchange provides information about your car’s location, speed, number of stops, direction it’s headed, time to arrive at destination based on current speed (and so on) and allows Fleet Managers to manage the entire car fleet based on assigned schedules, as well as take corrective action in the event of any emergencies, deviations, or delays, for example.

Every two minutes, the car’s tracking gadget delivers data regarding its GPS location. This data on the car’s shifting direction and status is supplied much more often as it goes. The central system can follow its automobiles even in the most distant places since the tracker uses an intricate satellite network to relay its GPS information. With such a system, fleet managers can get data about other aspects of fleet operation such as adherence to safety, operational efficiency (e.g. fuel consumption efficiency, driving habits such as hard-cornering, speeding), and scheduled maintenance, in addition to real-time mapping of their car fleet (etc.).

What are the benefits of using a car-fleet tracking system?

Route visibility: Fleet managers may track the exact route that fleet automobiles take using a “breadcrumb trail.” This provides information about the route’s course, illegal diversions, pauses, real vs. predicted timeframes, traffic, and weather (etc.)

Track Driver behavior: The habits of drivers and the quality of their driving are two of the most crucial aspects of running a successful and on-time car-fleet business. You can track speeds, hard-cornering, fuel usage, deviations from routes, and unplanned stops using fleet-management software and trackers. This aids in not only recognizing — and removing — undesirable driving behaviors, but also in improving their driving skills by giving them regular feedback and instruction. Companies may enhance their total fleet performance, keep their drivers happy and motivated, and cut operating expenses by lowering insurance premiums and optimizing fuel usage with a consistent driver management program (etc.)

Reduce fuel consumption (and operating costs): As previously stated, gasoline consumption is a significant line item in a car-fleet management company’s cost of operations. Companies may guarantee that best practices in driving, routing, and maintenance are followed by utilizing route-optimization software to track fleet automobiles, lowering this cost.

Route Optimization: Such systems employ real-time, GPS-enabled tracking and monitoring to guarantee those fleet cars only take the most effective routes, as well as work to find the nearest driver to delivery sites, reducing travel lengths and fuel costs (etc.).

Data Analytics: The automated fleet-tracking system comes with powerful data-crunching capabilities and the ability to evaluate large volumes of data. Because such systems automate the whole process of route assignment, monitoring, rerouting, and emergency management while also linking all of its users (stakeholders) online (e.g., Fleet Managers, drivers, students, and staff), large volumes of data are continually created. The data analytics function, on the other hand, can be set up to focus on the most important aspects of such monitoring data. Only deviations or unlawful movements, for example, are required to be reported for further inquiry.

Read more about How To Track A Car Fleet

#car fleet #fleetmanagement #fleet tracking #Youtube

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gpstrackingexp · 3 years

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Why Explosoft GPS Tracking System?

Background

Explosoft International Sdn Bhd has been specializing in the exploration and development of software solutions since 2003. In 2008, we have developed our own GPS Tracking System and have become one of the best GPS tracker service providers in Malaysia, GPS tracker software Malaysia, Fleet management system Malaysia, GPS car tracking Malaysia, Lorry GPS tracker Malaysia, One GPS Malaysia & GPS system App Malaysia in 2009 till to date.

Over the years, we have been participated in various exhibitions to promote our Explosoft GPS tracking system and Explosoft Fleet tracking system, Vehicle fleet tracking Malaysia, GPS system App Malaysia and Explosoft GPS tracking devices Malaysia, Lorry GPS tracker Malaysia, GPS car tracking in Malaysia. The responses were overwhelming, thus motivated our Top Management to constantly updating and add innovative features, for instance the “Toll System”. We aim to make our Explosoft GPS tracking system & Explosost Fleet tracking system to be more competitive, in-line with the advancement of technology and user-friendly tracking system to all levels of users in the market.

Credentials

Explosoft International Sdn Bhd is recognized as a MSC Malaysia status company since 2006 and ISO 9001:2015 Quality Management System (QMS) certified.

Compliance

We are the verified GPS Company in Malaysia, One GPS Malaysia, Lorry GPS tracker Malaysia, Vehicle Fleet tracking Malaysia, GPS tracker solution Malaysia providing GPS tracking system Malaysia, Real time tracking system Malaysia, Fleet management system Malaysia and Fleet monitoring system Malaysia. We provide onsite installation of GPS tracking device, GPS locator Malaysia, GPS tracker solution Malaysia, Smart tracker GPS Malaysia and certification for APAD (Agensi Pengangkutan Awam Darat), LPK (Lembaga Pelabuhan Klang) & MPOB (Malaysian Palm Oil Board) for the Commercial Vehicle License application and renewal.

What is GPS and How Does It Work?

GPS (Global Positioning System) is a worldwide radio-navigation system formed from the constellation of 24 satellites and their ground stations.

A GPS tracking system uses the GNSS (Global Navigation Satellite System) network. This network incorporates a range of satellites that use microwave signals that are transmitted to GPS devices to give information on location, vehicle speed, time and direction. Hence, a GPS tracking system can give both real-time and historic navigation data on any kind of journey.

Explosoft GPS Trackers & Its Accessories

Explosoft GPS tracking / GPS Fleet tracking system has a wide range of useful feature vehicle tracking solution for your vehicle tracking requirements. We have various models of GPS trackers / GPS locator Malaysia and GPS tracking device Malaysia. Our latest tracking device model EX130 is an innovative and advanced tracker especially for Fleet management system Malaysia, Vehicle fleet tracking Malaysia and Fleet monitoring system Malaysia. For further details and specification of tracker device model EX130, kindly visit our website at https://www.gps.net.my/gpsdevice. We guarantee one (1) year warranty for all our GPS trackers and products.

We also supply and provide “Optional Accessories” for GPS Vehicle trackers, such as Explosoft Fuel Sensor, Fuel level sensor system Malaysia~(Ref https://www.gps.net.my/fuel-sensor), CCTV / Live mobile CCTV Malaysia ~(Ref: https://www.gps.net.my/mobile-cctv), Air Temperature Sensor, Camera and Relay, to meet our customers’ demands, as we serve our customers in several different industries. These industries include transportation, logistics, pharmaceutical, manufacturing, food & beverage, car renting services and so forth. Explosoft GPS trackers optional accessories not only offer an elevated level of security to many companies, but they also add valuable information which can be used to cut costs and run a better efficient operation.

Explosoft GPS Tracking / Explosoft GPS Fleet tracking system, Real time tracking system Malaysia, GPS tracker software Malaysia, Lorry GPS tracker Malaysia and GPS Car tracker Malaysia can act as a deterrent for Vehicle Theft. As at to-date, we managed to recover and find 689+ lost or stolen vehicles. So, installing a GPS tracking devices / GPS locator Malaysia /Lorry increase vehicle security and provide protection.

We render onsite Installation service, inspection and configuration, access to the latest vehicle wiring information and installation methods for old or new vehicles carried out by our professional technical support team. We provide 24/7 Customer Support. Get instant assistance from our Hotline No. 1700 814 814, or Whatsapp: https://GPSTracking.wasap.my or email to: [email protected]. You are welcome to contact us for A Free Demo.

Explosoft GPS tracking platform available on Web, IOS and Android for the convenience of our customers and users.

If you are using Explosoft GPS tracking & Explosoft Fleet tracking system, Real time tracking system Malaysia, Fleet monitoring system Malaysia and Fleet management system Malaysia, kindly login to www.gps2u.my or www.gpstrack.com.my to begin the tracking and monitoring of your fleet of moving vehicles in real-time via Google map with traffic view, anytime from anywhere. Explosoft web-based GPS tracking system is simple and user-friendly interface. Our comprehensive iconic Dashboard allows our users to quickly get real-time insights into the most concerned aspects of their data. Those are the total number of vehicles Online, Offline, Moving or Over-speed. For others, would be the number of Geo-Fence & POI, Last Position, Reports such as Mileage, Idling Vehicle & Alarm and so forth. In short, we want to make our GPS Tracking System simple & easy, so our users can access to all the features in a quick glance.

Explosoft GPS tracking App~“GPS2u“is available at the App Store and Google Play Store. Our GPS tracking app makes easier to those users who are always on the go/mobile, for instance, the fleet manager. He can immobilize any of his vehicles using his smartphone, if he notices any suspicious of car theft.

Explosoft GPS tracking / Explosoft GPS Fleet tracking system aims to deliver an effective tracking experience with dominant and useful features to improve your business operational efficiency minimize fuel costs and so forth. For personal tracking is to safeguard your private car, especially with sentimental value and parent who want to know about their teens driving habits, whereabouts, etc.

Real-Time Location Tracking

With Explosoft’s range of GPS based vehicle trackers installed, you would be able to live track your car, truck or van via Google map with traffic view anytime from anywhere. You can also know the current state of your vehicle - whether it is moving, parked or idle in Explosoft GPS tracking / GPS Fleet tracking system, Real-time tracking system Malaysia, and Fleet management & monitoring system Malaysia.

In another words - Real-Time Tracking is for anyone who wants instant and continuous location monitoring and updates. These are for parents who wish to constantly monitor their teen driver or businessmen who want to have access to the location of each of their fleet vehicles at all times.

Detailed Trip History

With this feature, users can track all the trips made by their vehicles in Explosoft GPS tracking/GPS Fleet tracking system, Real-time tracking system Malaysia, GPS car tracking Malaysia, Fleet monitoring system Malaysia and Vehicle fleet tracking Malaysia. Users are able to see information such as kilometers/miles travelled, idling, acceleration or speed made by their vehicles. Users can replay the entire road trip or route - (historical playback) if at any time their vehicles are stolen, they can use the trip history to view where the vehicle went and its current location.

Geo-fencing

Geo-fencing allows users to create virtual boundary around any area on the GPS map in Explosoft GPS tracking/GPS Fleet tracking system, Real-time tracking system Malaysia, GPS car tracking system, GPS tracker software Malaysia and Fleet management system Malaysia. When the vehicle enters or exits the geo-fencing, users will receive an alert. This feature enables fleet owner to keep a closer eye on the movement and usage of his fleet of vehicles, including unauthorized usage and etc.

Alerts

Keeping in mind different scenarios where in a fleet owner or fleet manager would like to get notified of. He can create and modify different types of alerts notification to suit his requirement at Explosoft GPS tracking system web portal www.gps2u.my or www.gpstrack.com.my or at Explosoft GPS tracking App - (GPS2u). The Alerts notification may include over speed, geofence, power cut off, vehicle maintenance & inspection due and etc. Users will receive these alerts notification via SMS, mobile app and web portal.

Toll System

Toll System - our latest feature which helps you to monitor and save cost on Toll fees. You will receive a Notification, when your vehicle/fleet is reaching the Toll Station.

Report Analytics

For better monitoring and observation of data insights, Explosoft GPS tracking/GPS Fleet tracking system has various types of report. These reports are mileage, parking, idling, fuel usage, running trip and acceleration charts include average speed and over speed. Data export using Excel (XLS) and CSV.

Evaluate your fleet drivers’ KPI based the above reports. Use these data insights for improvement and better decision making in your business operation.

Real-Time Fuel Monitoring

Use Fuel Sensor / Fuel level sensor system Malaysia to monitor and make accurate measurements of fuel level in a vehicle tank. Real-time fuel monitoring helps in identifying fuel theft or loss from the tank, which can be by means of overfilling or draining. It’s essential to track fuel consumption, so you can keep it under control as fuel price is fluctuating every day. Using GPS data insights can also help users optimize fuel usage and define their best route to regular driving location.

Vehicle Immobilization

Protect your vehicle with Vehicle Immobilization. You can safely and remotely immobilize/shutdown your car’s ignition in the case of theft or unauthorized use. This feature helps with recovery of the stolen vehicles. It can also ensure driver safety by immobilizing the vehicle only after it’s parked.

Vehicle Maintenance with Explosoft GPS Trackers

With Explosoft GPS tracking/GPS Fleet tracking system, GPS tracker solution Malaysia, GPS tracker software Malaysia and Fleeting monitoring & Fleet management system Malaysia you can be emailed, texted or review online when vehicle maintenance and inspection task are due. For example, change your oil & oil filter, check your tires monthly, fuel filter replacement, vehicle inspection as required by APAD to obtain permit for renewal of license and so forth.

Summary

Any business can integrate with Explosoft GPS tracking/GPS Fleet tracking system / GPS tracker software Malaysia / Vehicle fleet tracking Malaysia / GPS tracker solution Malaysia / GPS car tracking Malaysia into their everyday operations with ease, boosting productivity, minimizing fuel consumption and safeguard your vehicles as well as goods and assets in transit for Fleet monitoring system Malaysia/Fleet management system Malaysia.

Rentalship Program / Business Partner

Interested to join us to expand your product & services and wish to improve your bottom line with our GPS tracking/GPS Fleet tracking system software?

You and your business partner are most welcome, as togetherness we can gain great achievement. Our approach is to provide high-quality services with consistency, effectiveness and professionalism. We will provide you with training according to your customers’ needs about GPS trackers and custom-built solutions. Kindly click this link https://www.gps.net.my/rentalshipprogram for more information and details. Thank you. .By hkl_6038Dated: 3rd June 2021

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wanway-gps · 2 years

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What is The Best Fleet Tracking Solution for Small Fleet Company?

We can customized and design the GPS tracking solutions to meet your needs. The best 3G/4G IOT tracking devices are also available. Great After-sale Service.GPS tracking and positioning technology is basically widely used all over the world. Many car rental companies, fleet management companies, logistics and transportation industries have used GPS trackers to help them improve their business efficiency. As technology continues to evolve and improve, GPS fleet trackers are more accessible, accurate, and easier to install than ever before, and more and more fleet management industries can use them for a variety of fleet management purposes.

WanwayTech's fleet management solution, combined with the self-developed GPS tracker and vehicle tracking monitoring platform, can help your fleet drive within the best route range, ensure the vehicle arrives at the destination safely, reduce the accident rate during driving, and also It can effectively avoid vehicle theft and ensure the safety of fleet assets.

How does GPS fleet tracking work?

1.Tracking and Report

The tracking function can locate all vehicles and equipment, obtain position and status information, and facilitate staff to reasonably dispatch resources and improve efficiency. Track playback can view the vehicle's driving records over a period of time, which is very useful for optimizing vehicle routes and analyzing abnormal driving trajectories. By integrating vehicle information, the platform also provides you with a complete set of visual reports to build a data foundation for vehicle management.

2.Geo-fence

The function of the electronic fence is that when the vehicle leaves the preset safe area, the platform will immediately provide alarm information. It can also be set to report early warning information when entering a dangerous area.

3.Driver Behavior Analysis

Data statistics and reasonable analysis of driver's fatigue driving time, night driving time, mileage and speeding, rapid acceleration, rapid deceleration and other behaviors.

Wanway GPS vehicle tracker that can be integrated with a tracking platform

8-wire Multiple Functions GPS Tracker

-Remotely cut-off petrol/electricity

-SOS emergency call

-Remotely voice monitoring

-Platform/APP/SMS checking

-Multiple alarm protection

-Logo customization

-Warranty & service

Long Standby Time Rechargeable GPS

-5800mAh long battery life

-Strong magnetic-Recycle to charge

-Light sensor & disassemble alarm

-LED hidden indicator design

-Logo customization

-Voice monitoring

Wired GPS Tracking Device

-Remotely cut

-off petrol/electricity

-GNSS second positioning technology

-Platform/APP/SMS checking

-Mini size, easy to hide

-IPx5 waterproof level

#gps #gpstrackingsystem #gps tracking device #gps tracking software #fleet management #gpstracker #policefleet

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latestanalysis · 3 years

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Global GPS Tracker Market Growth and Demand, Projected Market Research Report 2027

GPS Tracker Markets Report

To track and determine the current location GPS tracker device is used. The moving vehicle or people are typically using this device to know the exact current location. The main driving factor for the GPS Tracking Device Market is IoT and cloud technology. The GPS Tracker has been developed with modern technology that can deliver various applications with its special features.

Get Sample Copy of this Report @ https://qualiketresearch.com/request-sample/GPS-Tracker-Market/request-sample

Market Drivers

The important factors that drive the growth of the GPS tracking device market include increase in demand for IoT and cloud technology and surge in commercial vehicle sales. Moreover, the Tracking device industry is another main driver of the global market. As a result, the Vehicle tracking system market is growing its speed with the more engagement of the key drivers.

Market Restraints

The Global GPS Tracking Device Market has few restraints that can create a threat to the global market’s production and sales. The poor user experience because of environmental factors might be a restraint for the international market’s growth. Moreover, the impact of non-standard products can be a restraint for the GPS tracking device producers and the global market growth.

Market Segmentation

The Global GPS Tracking Device Market is segmented By Type (Standalone Tracker, Advance Tracker, OBD Device), By Deployment type the market is fragmented into (Commercial Vehicle, Cargo & Container, Others), By Industry it is divided in to (Transportation & logistic, Construction, Oil & Gas, metals & mining, Government, Others), By Region (North America, Asia Pacific, Europe, Latin America, The Middle East and Africa)

Regional Analysis

Based on the regional classification, the Global GPS Tracking Device Market is broadly spread across various regions of the world. Top-performing regions are North America, Europe, Asia-Pacific, and the Rest of the World. North America is held accountable for making the highest GPS Tracking Device Market Share in the previous forecast years out of all the regions. The Demand for GPS vehicle tracking device is high in that region. The European GPS tracking device market is a mature one and is expected to sustain its position in the coming years.

Market Key Players

Key players in the GPS Tracking Device Market include Sierra Wireless Inc., Orbocomm, Atrack Technology, Geotab Inc, Meitrack Group, Box Telematics, Calamp, Corp., Starcom System Ltd.,and Concox Wireless Solution, Trackimo Group

Industry development

In March 2017, LMU-200 and LMU-2640 were launched by Calamp.

In March 2017, Class B vessel tracking solution was developed with the collaboration of Orbocomm, Pole Star Space Applications Limited, and Weatherdock.

In April 2017, Sierra Wireless, Inc. acquired the GNSS embedded module business of Global Top Technology (Taiwan). Under this acquisition, the GNSS embedded modules of Global Top will become the part of Sierra Wireless OEM Solution products.

Browse Full Research Report @ https://qualiketresearch.com/reports-details/GPS-Tracker-Market

About Us

QualiKet Research is a leading Market Research and Competitive Intelligence partner helping leaders across the world to develop robust strategy and stay ahead for evolution by providing actionable insights about ever changing market scenario, competition and customers. QualiKet Research is dedicated to enhancing the ability of faster decision making by providing timely and scalable intelligence. We use different intelligence tools to come up with evidence that showcases the threats and opportunities which helps our clients outperform their competition.

Contact Person:

Vishal Thakur

Research Support Specialist

QualiKet Research

6060 N Central Expy #500, TX 75204, U.S.A

Email: [email protected]

Website: https://qualiketresearch.com

#GPS Tracker Market size #GPS Tracker Market Share #GPS Tracker Market Trend #GPS Tracker Market Growth #GPS Tracker Market Application

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lansitec · 7 months

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Container Tracking : Everything You Need To Know

Container Tracking, which uses cutting-edge technologies to track and manage the movement of shipping containers, is a significant development in the logistics industry. The goal of this in-depth essay is to present a thorough examination of container tracking, including its description, features, and crucial place in the logistics industry. The Container Tracker is a device that integrates GNSS (GPS, Beidou, Glonass), Bluetooth and LoRa technology for accurate outdoor and indoor positioning of assets.

For More:

#lora #lansitec #technology #iot #Container tracker #industrial tracker #GNSS Industrial Tracker #LoRaWAN GNSS Tracker

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grassroutes · 4 years

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Risking Your Privacy Is More Fun Than the Librem 5

Our verdict of the Purism Librem 5 : With a solid operating system and privacy-focused hardware kill switches, the Librem 5 is bulkier than expected and eats through battery. While the philosophy behind the phone is sound, Librem 5 is unlikely to be picked up by anyone other than Linux users and privacy advocates.510

Smartphones deliver untold conveniences into our lives, barely thought of 20 years ago. Mobile internet, email, social networking, gaming, productivity, shopping, even media production. The list goes on—but it comes with a price.

Your phone is tracking you. GPS can detect your position; the mic and camera can eavesdrop; online services record your activity. We’ve traded privacy for convenience at a slow-burning rate that continues to smolder.

Social purpose technology company Purism believes it can change this. It’s developed Librem 5, a Linux-based smartphone with built-in kill switches for internet, Wi-Fi and Bluetooth, as well as the camera and microphone.

It sounds promising, but does the Librem 5 deliver on the promise of a “security and privacy-focused phone” that can replace your Android or iPhone?

What’s Inside the Librem 5?

Two versions of the Librem 5 have been announced: Librem 5, and Librem 5 USA. Purism kindly sent us the original Librem 5 for review.

Inside the phone is a Quad-core Cortex A53, 64bit ARM CPU running at a maximum 1.5GHz. 3GB of RAM is also squeezed in, with a Vivante GC7000Lite GPU. The Librem 5 has 32GB eMMC storage with a microSD card slot for up to 2TB more.

Also behind the 5.7-inch 720×1440 IPS TFT display is a choice of baseband radio (Gemalto PLS8 or Broadmobi BM818), nanoSIM tray, 802.11 a/b/g/n Wi-Fi, and Bluetooth 4. The phone features a TESEO LIV3 multi-constellation GNSS GPS receiver. Note that NFC is not included. However, there is a nine-axis accelerometer, (gyro, accel, magnetometer) and ambient light and proximity sensor.

Two ports are included: a USB-C input for power, data, and DisplayPort, and the “Courage Jack”. This is a 3.5mm headphone jack—Purism states that unlike established competitors, it has “no intention of doing vendor lock-in.”

The Librem 5 features a removable back panel. Here you can access the user replaceable 3,500mAh battery.

As you look at the phone in your hand, the right-hand side features a power button and volume buttons. The left side features the kill switches. These are for Wi-Fi, cellular, and the cameras and mic. Activating all three kill also disable GPS.

An RGB LED is provided for notifications and the phone features two cameras: a front facing 8MP camera and a 13MP main cam with LED flash.

The review device we received included the Librem 5 phone, a USB-C to USB-C cable, mains adaptor, and earbuds.

Do You Need a Secure Phone?

Your phone is leaking data about you all the time. Either that data is recorded by Google, Apple, Facebook, Amazon, or any number of online entities, or your mobile provider is logging activity. A VPN is a smart way to encrypt internet activity, but that doesn’t stop GPS, cellular and Wi-Fi positioning. Cameras and mics aren’t easily encrypted either.

The Librem 5 is described as “a security and privacy focused phone” and comes with software trackers disabled by default.

Throw in the kill switches, the Linux operating system, free and open source software, and drivers, and Librem 5 is secure in a way other phones cannot hope to be.

While it’s straightforward enough to disable GPS, cellular and wireless on an Android or iPhone, kill switches simplify it and give peace of mind. These physical switches can enhance security and privacy wherever you are.

Meanwhile, the Librem 5 is almost unique in not relying on any chips compromised by the Meltdown or Spectre vulnerabilities. This alone makes it more secure than many devices.

Operating System and Software

It doesn’t run Android or iOS—so what is running on the Librem 5?

PureOS is a Linux distribution maintained by Purism for its own devices. Based on Debian, this is an operating system with a focus on privacy. For example, the default web browser is Mozilla Firefox with DuckDuckGo providing search.

First impressions are odd. After logging in what you see is a blank home screen. The only indication of what comes next is a single chevron, a keyboard icon, and notification icons at the top. Quick note about the keyboard—having it accessible on every screen is an excellent idea. Sadly, implementation of text entry is terrible, from finger accuracy to access to secondary characters. A software keyboard that works shouldn’t be a big ask.

While the app drawer is easy to access via an upward swipe, the Librem 5 is short on apps. Linux apps are available for almost every purpose, but few are suitable for the phone user interface. Happily, HTML5 web apps run the browser. Meanwhile a small number of dedicated apps and games are also available.

In addition, standard Linux apps with ARM compatibility can also run. These are subject to hardware and privacy limitations, however. For example, capturing a screenshot from the Librem 5 proved impossible.

However, a word of warning. The Librem 5’s Linux phone predecessors running on Ubuntu Touch struggled with the reliance on web apps. While in theory web apps are preferable to apps that install on your device demanding resources, they’re slightly less usable. The comparative speed of Firefox limits things further—it’s unclear whether the seemingly slow browser is limited pending optimization tweaks.

Our review of the Librem 5 has taken several weeks, partly due to battery limitations. The review device seemed prone to running dry with just a few hours use. Regardless, I was able to spend more time than usual evaluating the phone and how it feels to use.

Overall, the user experience of the Librem 5 is pleasant—it’s just that using it as a phone is currently limited.

Updates Philosophy for the Librem 5

Purism has clearly spent a lot of time considering the state of the smartphone industry. From the challenge of providing an alternative mobile operating system to working to enhance security and privacy for users, there is much to reflect upon.

An issue with iOS and Android (and other platforms) that is often overlooked is that of updates. Consequently, Purism states it will provide security updates, privacy improvements, bug fixes, and new features for the device’s lifetime.

This is a welcome change from the Apple and Google approach of issuing updates that only cover recent releases.

Booting Librem 5

Switching on the phone is as simple as you would expect. Hold the power button for a second, and it boots up—remarkably fast. I timed it at five seconds, which is about as fast as you can expect for any phone.

At times, however, I found that the Librem 5 would not boot. Despite my initial concerns, this wasn’t a power issue; I tried reseating the battery, recharging again, the usual tricks. Fortunately, I was directed to a support page revealing the solution. Within seconds the phone was up and running.

While frustrating, this support issue was nevertheless effectively solved. Having support pages in place for the phone at this stage is good news for all users of the Librem 5.

But this bulky phone gets hot when charging. No doubt an issue for future correction, you basically need to power if off before plugging in to charge.

Using Librem 5 for Calls

With so few options on the software side, the Librem 5 handles calls and contacts reasonably well.

However, call volume is impossible to change while the call is taking place. Meanwhile, speaker mode is… disappointing to say the least. It appears to push the same audio through the main speaker at exactly the same volume as the call.

So while calls are easy enough to make, and the audio quality is good, basic accessibility suffers.

As a phone you can pick up and take with you, the Librem 5 is unsurprisingly chunky. It weighs 230 grams, a good 100 grams more than average, although this is due to the components and build materials. It feels comfortable in the hand, however, which is always a good thing.

A Glimpse of the Future

The Librem 5 promises much, a whole new attitude towards digital privacy. But there is a long way to go. There’s no working camera app at this stage; the browser is slow; battery life is terrible; desktop convergence mode is absent. Call volume is strangely quiet and speaker mode follows suit.

At this stage, the Librem 5 is far from a write-off, however. In terms of using it as a basic phone, the hardware is sound. The privacy aspects are sound. But it feels that PureOS offers less of a mobile experience than Ubuntu Touch did (and UBPorts continues to do).

While the Librem 5 is available to buy today, it is important to appreciate that it remains a work in progress.

An Ultra-Secure Linux Phone With Potential

Open source phones have long been touted as a secure and workable alternative to Android and iPhone. Firefox OS, Meego, and others have been and gone, while previous Linux attempts such as UBPorts have stalled.

The Librem 5 represents an opportunity to change the way we use mobiles. Having the option to physically disable key tracking and surveillance hardware on your phone is obviously a massive advantage.

For this, however, you sacrifice the convenience that comes with an Android or iOS phone.

Like many others, I really want this phone to shape the future of smartphones and mobile technology. On this showing, it’s at least five years out of step. Purism’s good intentions are clear, but the Librem 5 is a far cry from the quality of its laptops. More worryingly for Purism, there’s a strong chance its efforts could be overshadowed by the PinePhone, another Linux project that is far more affordable.

Do we want a future where we have granular control over privacy? Of course we do. And that’s why Librem 5 must be admired. As a concept, it sounds great on paper, but in practice, it leaves much to be desired.

Ultimately, Librem 5 is a privacy-focused phone that limits you to HTML5 apps and a few bundled Linux tools. There is a lot to like here, but not enough for the Librem 5 to go mainstream.

Read the full article: Risking Your Privacy Is More Fun Than the Librem 5

Risking Your Privacy Is More Fun Than the Librem 5 posted first on grassroutespage.blogspot.com

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droneseco · 4 years

Text

Risking Your Privacy Is More Fun Than the Librem 5

It sounds promising, but does the Librem 5 deliver on the promise of a “security and privacy-focused phone” that can replace your Android or iPhone?

What’s Inside the Librem 5?

Two versions of the Librem 5 have been announced: Librem 5, and Librem 5 USA. Purism kindly sent us the original Librem 5 for review.

The Librem 5 features a removable back panel. Here you can access the user replaceable 3,500mAh battery.

An RGB LED is provided for notifications and the phone features two cameras: a front facing 8MP camera and a 13MP main cam with LED flash.

The review device we received included the Librem 5 phone, a USB-C to USB-C cable, mains adaptor, and earbuds.

Do You Need a Secure Phone?

The Librem 5 is described as “a security and privacy focused phone” and comes with software trackers disabled by default.

Throw in the kill switches, the Linux operating system, free and open source software, and drivers, and Librem 5 is secure in a way other phones cannot hope to be.

Meanwhile, the Librem 5 is almost unique in not relying on any chips compromised by the Meltdown or Spectre vulnerabilities. This alone makes it more secure than many devices.

Operating System and Software

It doesn’t run Android or iOS—so what is running on the Librem 5?

Overall, the user experience of the Librem 5 is pleasant—it’s just that using it as a phone is currently limited.

Updates Philosophy for the Librem 5

This is a welcome change from the Apple and Google approach of issuing updates that only cover recent releases.

Booting Librem 5

While frustrating, this support issue was nevertheless effectively solved. Having support pages in place for the phone at this stage is good news for all users of the Librem 5.

But this bulky phone gets hot when charging. No doubt an issue for future correction, you basically need to power if off before plugging in to charge.

Using Librem 5 for Calls

With so few options on the software side, the Librem 5 handles calls and contacts reasonably well.

So while calls are easy enough to make, and the audio quality is good, basic accessibility suffers.

A Glimpse of the Future

While the Librem 5 is available to buy today, it is important to appreciate that it remains a work in progress.

An Ultra-Secure Linux Phone With Potential

The Librem 5 represents an opportunity to change the way we use mobiles. Having the option to physically disable key tracking and surveillance hardware on your phone is obviously a massive advantage.

For this, however, you sacrifice the convenience that comes with an Android or iOS phone.

Ultimately, Librem 5 is a privacy-focused phone that limits you to HTML5 apps and a few bundled Linux tools. There is a lot to like here, but not enough for the Librem 5 to go mainstream.

Read the full article: Risking Your Privacy Is More Fun Than the Librem 5

Risking Your Privacy Is More Fun Than the Librem 5 published first on http://droneseco.tumblr.com/

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trendingfact · 5 years

Text

IoT Communication Protocol Market: Worldwide Industry Analysis and New Market Opportunities Explored

The global IoT communication protocol market is expected to witness a healthy growth on account of the high demand from businesses and organizations. IoT will be in high demand and be used as a key model for organizations across various verticals in the years to come on account of the high operational efficiency it provides. In addition to this, IoT enables cost savings, which is a key requirement for most organizations.

This support from the government has been a key factor for widening the scope of the IoT communication protocol market. Huge funding from governments across the globe has resulted in innovative cross-domain applications of IoT and has immensely benefitted the growth of this industry and therefore, IoT is now increasingly penetrating across industries. It is anticipated that the future will see higher adoption of IoT across verticals supported by the easy availability of high speed internet and increasing popularity of wearable devices.

The initiatives taken by emerging countries to brace up and join other nations in terms of being technologically advanced will make them key markets for IoT communication protocol in the future. Aggressive investments are being made by nations such as India, China, and Japan and leading towards an increased adoption of the Internet of Things. This is boosting the demand for IoT chip and driving the IoT communication protocol market in turn.

In Internet of Things, the interconnected devices are usually of short range, low power, wireless devices with their own predefined set of operations. Moreover, these devices are not compatible to existing internet protocol due to which a new set of protocols are developed to cater the requirements of the IoT. Some of the most widely used protocols in IoT are Message Queuing Telemetry Transport (MQTT), Constrained Application Protocol (CoAP) etc. These protocols facilitates in power conservation making devices operate for a longer duration of time.

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The IoT communication protocol market has been experiencing massive growth in the recent years due to growing popularity of Internet of Things and the increasing adoption of smart watches and activity trackers in consumer markets. Continuous growth in demand for smartphones and other connectivity devices and increasing demand for cloud computing is expected to drive the market in near term. Additionally, expansion in use of wireless sensors and low-power wide-area network is further expected to fuel the market growth. However, lack of communication standard across platforms and high power consumption by connected devices is hindering the market growth. Significant government funding across globe for Internet of Things and increasing adoption of wearable devices in multiple application areas such as healthcare, industrial, and military is expected to create huge opportunities for the companies operating in global IoT communication protocol market.

The global IoT communication protocol market is segmented on the basis of connectivity technology, end-use application and geography. Based on the connectivity technology, the market is broadly classified into Wi-Fi, Bluetooth, ZigBee, Near Field Communication (NFC), global navigation satellite system (GNSS), EnOcean, ANT+, cellular and others. Among these EnOcean, is expected to show sustainable market growth during the forecast period. The development of IoT needed for ultra-low power devices and sensors is expected to increase need for EnOcean protocol technology. In terms of end-use application, the market for IoT communication protocol is segmented into wearable devices, healthcare, automotive and transportation, building automation, industrial, consumer electronics, and precision farming.

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Among these, building automation segment is expected to dominate the market due to high demand for energy efficiency and security & safety required in buildings. Moreover, advancements in the wireless communication technologies and convergence of IoT and building automation is expected to further increase the growth of the building automation system market.

On the basis of geography, the global IoT communication protocol market is segmented into North America, Europe, Asia Pacific, Latin America, and the Middle East and Africa. Among these, Asia Pacific is expected to lead the IoT communication protocol market during the forecast period due to huge potential for the applications of Internet of Things in developing economies such as China and India. Moreover, Middle East & Africa (MEA) and Latin America is expected to tender growth opportunities owing to the increasing in consumer devices market.

Some of the leading companies operating in the global IoT communication protocol market with significant developments include Synopsys, Inc., Stmicroelectronics N.V., Mediatek Inc., Gainspan Corporation, Ceva, Inc., NXP Semiconductors N.V., Texas Instruments Inc., Enocean GmbH, Atmel Corporation and Mindtree Ltd.

#IoT Communication Protocol Market

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techiexpert · 5 years

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SoC Industry Benefits from Smart Electronic Devices & Growing Adoption of IoT

Undoubtedly, many have heard about the system on a chip (SoC). It wasn’t much of a thing some two decades ago, but today, SoC comes in as an approach to make electronic devices smaller, more powerful, and more energy efficient than ever before. So, what is Soc or System on a Chip? Why is it of special importance to mobile devices such as smartphones and others? Well, an SoC is an electronic integrated circuit which comprises all the required components of a computer and other electronic systems, including a memory unit, a GPU (graphics processor), timing units, CPU (central processing unit), power management circuits, analog-to-digital converter (ADC), a USB controller, wireless radios (WiFi, GPS, Bluetooth, FM radio, 2G/3G/4G LTE), and more.

SoCs find application in numerous industries such as consumer electronics, telecommunication, and automotive for a variety of devices such as smartphones, tablets, wearables, digital cameras, wireless routers, etc.

The system on chip market has been gaining traction in recent years owing to the growing demand for smart and power-efficient electronic devices, increase in adoption of the Internet of Things (IoT), and the compactness of SoCs. As per the report by Allied Market Research, the SoC market is expected to accrue a sum of $205.4 billion by 2023, growing at a CAGR of 8.1% during the forecast period, 2017 – 2023. The market is dominated by several big players who are aiming to develop or support the development of SoCs.

They are increasingly investing in their development to effectively cater to the needs of the consumers and make their presence known in the market. For instance, Qualcomm Technologies, Inc., an American semiconductor company and a subsidiary of Nasdaq-listed Qualcomm, recently announced the integration of Qualcomm Snapdragon mobile platform with 5G into a System-on-Chip (SoC). Last year, the company announced the launch of a 5G-ready 7nm Snapdragon 855 SoC chipset to fuel high-end smartphones. CEVA Inc., a semiconductor company and Nurlink Technology, an IC design company, launched Nurlink’s NK6010 3GPP Rel.14 eNB-IoT system-on-chip (SoC).

STMicroelectronics, a semiconductor manufacturing company, unveiled a Linux-driven STM32MP1 SoC, its first Cortex-A chip. Octasic, a Montreal-based company offering low power wireless and media processing solutions, launched a high-performance system on chip (SoC) which are optimized for small cells, portable base stations, and specialized handsets. Huawei, a leading global provider of information and communications technology (ICT) infrastructure and smart devices, unveiled the Kirin 980 SoC in his IFA 2018 keynote named, “The Ultimate Power of Mobile AI”.

Qualcomm Announces 5G-Integrated Mobile Platform

Qualcomm Technologies recently introduced a Snapdragon Mobile Platform with 5G integrated into a system-on-chip (SoC). The company said that their R&D and leading mobile platforms allow the phone manufacturers to come up with new innovations and scale groundbreaking products across the world. It also said that the addition of the 5G multimode modem and application processing technologies into a single system on chip is a significant step in making 5G more widely available across regions and tiers. The 5G integrated mobile platform benefits from their recently launched second-generation 5G mmWave antenna module and sub-6 GHz RFFE components and modules. The 5G modem-to-antenna solution is aimed at enabling manufacturers to quickly and cost-effectively create 5G smartphones for any 5G network or region.

Qualcomm Launches 5G-ready 7nm Snapdragon 855 Chipset

Qualcomm launched its 7nm chipset – Snapdragon 855. The new product features greater performance and efficiency than the Snapdragon 845. It also comes with a multi-core AI engine which offers up to 3x better AI performance compared to the previous mobile platform. Besides these, the Snapdragon 855 features Computer Vision (CV) ISP for enhanced computational photography. According to the company, the FinFET chipset is the world’s first commercial mobile platform that supports multi-gigabit 5G networks. The Snapdragon 855 also offers an embedded 5G modem, thus making more space in the smartphone and allowing manufacturers to add other components to it.

CEVA and Nurlink launch GNSS and NB-IoT SoC

CEVA and Nurlink unveiled Nurlink’s NK6010 3GPP Rel.14 eNB-IoT system-on-chip. Run by the CEVA-Dragonfly NB2 IP solution, NK6010 is a cost-effective and power-efficient SoC that can enable narrowband connectivity in the internet of things (IoT) devices such as smart meters, wearables, asset trackers, and industrial sensors.

The SoC comes with an RF front-end, RF transceiver, cellular baseband, application processor, power management unit, a low-power multi-GNSS subsystem, and more. According to Xiaohua Kong, CEO at Nurlink, the NK6010 was developed to cater to the escalating demand for NB-IoT chipsets to run the multitude of new use cases and applications that narrowband cellular connectivity serves. The CEVA-Dragonfly NB2 allows them to speed up their time-to-market by offering several important building blocks for their SoC design.

STMicroelectronics Rolls Out Linux-Driven Cortex-A SoC

The new STM32MP1 SoC launched by STMicroelectronics is designed with the aim of easing the transition for developers shifting from its STM32 microprocessor unit (MCU) family to more complex embedded systems. The SoC comes with dual, 650MHz Cortex-A7 cores and is built for industrial, consumer, smart home, health, and wellness applications. Supporting a 2-lane MIPI-DSI interface, the chip also features 32KB instruction and data caches, and a 256KB L2 cache.

High-performance SoC Unveiled by Octasic

The latest high-performance OCT3032 System-on-Chip (SoC) by Octasic includes Opus3, the company’s third-generation digital signal processor (DSP) core architecture.

Featuring 32 programmable DSP cores along with on-chip hardware accelerators and an embedded quad-core Arm Cortex-A7 processor, the SoC provides the highest processing capacity per watt for 2G to 5G small cells, Industrial Internet of Things (IIoT) networks, network-in-a-box (NiB) applications, defense tactical communications, and more. David Sanchez, Chief Technology Officer at Octasic said, “In terms of performance, our new OCT3032 System-on-Chip can handle over 25 times more throughput capacity for wireless base stations than our previous devices.

We have designed the OCT3032 to address the lower power and higher density requirements of LTE and 5G network rollouts. It is not only smaller with more processing power than our previous devices, a single OCT3032 device can support up to four independent simultaneous SDR air interfaces, making it possible to develop 2G to 5G capabilities on this one device.”

Huawei Spins Out New SoC

The Kirin 980 SoC launched by Huawei features TMSC 7 nm technology and enables the integration of 6.9 billion transistors within a small die size. The CPU integrated to the chip leverages an intelligent flex-scheduling feature that develops a 3-level energy efficiency architecture consisting of two super-big cores based on Cortex-A76, another two big cores based on Cortex-A76, and four little cores Cortex-A55.

Operating faster than the prior generation, Kirin 980 allows for faster app launch times, better multi-tasking, and smoother user experience. The Mali-G76 GPU has also been integrated into the Kirin 980 to deliver unmatched gaming experiences. Featuring a new clock boosting technology, the Mali-G76 makes use of artificial intelligence to smartly recognize gaming workloads and adjust resource allocation for optimal performance.

The post SoC Industry Benefits from Smart Electronic Devices & Growing Adoption of IoT appeared first on Techiexpert.com.

source https://www.techiexpert.com/soc-industry-benefits-from-smart-electronic-devices-growing-adoption-of-iot/

#techiexpert

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marketrf39-blr-blog · 5 years

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GPS Tracker Market Size, Key Players, Investment Opportunities, Top Regions, Growth & Forecast by 2023

Market Highlights:

The global GPS tracker market is projected to attain USD 2.72 billion in revenue while intensifying its growth with a 14.42 % CAGR in the forecast period from 2018-2023. The use of a GPS tracking system is majorly observed for security purpose in transport, patrols, fleet management, and asset tracking among others is increasing the growth of the global GPS tracker market. The chief benefits associated with the GPS tracking devices are high compatibility with smartphones, accuracy in tracking and navigation, and simplified operations. The other gains linked to the use of GPS tracker devices comprise of decreased labor cost, improved customer service, management of field personnel activity and removal of employee fraud. The features of GPS tracking devices such as geofencing, reporting, automated alerts, real-time updates, and historical fleet data feed. The escalating use of GPS tracking devices in transportation & logistics and government & defense among other industries is expected to motivate market expansion in the forecast period further.

The evolution of location tracking products is gaining momentum as it becomes imperative to track individuals or goods due to a range of reasons. The global GPS tracker market is projected to achieve revenues worth USD 2.72 billion while expanding with a 14.42 % CAGR in the forecast period. The necessity to access real-time location information on individuals and items is a key factor in boosting the expansion of the GPS tracker market globally. The improvements in global navigation satellite system (GNSS) network to obtain real-time as well as historical worldwide data tracking is also benefitting the overall growth of the market.

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Major Key Players

Orbocomm Inc.,

Laipac Technology, Inc.,

TomTom International BV,

Calamp Corp,

Concox Information Technology Co., Ltd,

Atrack Technology Inc.,

Sony Mobile Communications Inc,

Sierra Wireless Inc,

Spy Tech, Inc,

Verizon Wireless,

Queclink Wireless Solutions Co., Ltd

The global GPS Tracker Market report includes an evaluation of the market dynamics, historical trends, ongoing industry trends, and forecast. It also comprises of a thorough market factor analysis that incorporates market factor analysis, supply chain analysis, and Porter’s Five Forces Analysis. A comprehensive analysis of the global GPS tracker market based on region as well as segmentation along with a country-level analysis of each segment is also offered in the report.

Market Segmentation:

The segmentation of the global GPS tracker market is carried out on the basis of type, network, vertical and region. On the basis of type, the GPS tracker market is segmented into covert GPS tracker, standalone tracker, and advanced tracker. The advanced tracker segment is expected to achieve revenues totaling USD 981.74 million while expanding with a CAGR of 16.09% in the forecast period. On the basis of network, the market is segmented into LTE, 3G and 2G. The LTE segment is anticipated to achieve revenues touching USD 1,898.6 million while growing with a CAGR of 15.23% in the duration of the forecast period. Based on vertical, the global GPS tracker market is segmented into automotive & aerospace, healthcare, transportation & logistics, government & defense, oil & gas, metals & mining and others. The transportation segment of the market is expected to earn revenues totaling USD 846.98 million in the duration of the forecast period, while advancing with a 17.05% CAGR in the duration of the forecast period. The regions included in the global GPS tracker market are Asia Pacific, Europe, North America and the rest of the world.

Regional Analysis

The regional analysis of the global GPS tracker market covers regions such as Asia Pacific, North America, Europe, and the rest of the world. The North American region generated revenue worth USD 343.17 billion in 2017 and is expected to grow at a CAGR of 12.75% in the forecast period. Mounting demand for efficient fleet management by many transportation and logistics service providers in the US is compelling the market development. High implementation of GPS tracking devices by law enforcement agencies in the country is also inducing the market growth in the US. Increasing demand for GPS trackers for construction assets and logistics is driving the growth of GPS tracker in Mexico. Furthermore, the growing adoption of GPS tracker in the mining industry also propels the market growth in Mexico. The European region is anticipated to develop at a 15.02% CAGR in the forecast period and had earned revenue worth USD 1,110 million by 2023. The rising demand for GPS trackers in commercial vehicles and automotive industry used for transportation and travel purposes is primarily motivating the GPS tracker market in Germany. The elevated demand for GPS trackers in tracking drones and unmanned aerial vehicles in Germany is also motivating the market’s growth in the region. The adoption of GPS trackers by Interpol to trail police fleet vehicles and accused to lessen crime in France and across the European region drives the market development. The Asia Pacific region is anticipated to create revenues worth USD 650.04 million by 2023 while progressing at a CAGR of 16.42% in the forecast period. The growing demand for wearable GPS tracking devices for pets and human tracking is compelling the market progress in the region. While, the high adoption of GPS trackers for tracking of personal vehicles, cargo trailers, and construction assets in China is triggering the market expansion.

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The market is driven by all the companies contending to advance their market share. Robust competition, speedy advances in network, and recurrent changes in government regulations concerning the use of tracking devices are significant factors that test the market expansion. The vendors in the market are competing based on cost, reliability, product quality, and aftermarket services. It is crucial for the vendors to offer high-quality services and cost-efficient and to survive and succeed in an intensely competitive market.

List of Tables

TABLE 1 LIST OF ASSUMPTIONS 15

TABLE 2 GLOBAL GPS TRACKER MARKET, BY TYPE, 2014-2023 (USD MILLION)

TABLE 3 GLOBAL GPS TRACKER MARKET SHIPMENTS, BY TYPE, 2014-2023 (K UNITS)

TABLE 4 GLOBAL GPS TRACKER MARKET, BYNETWORK, 2014-2023 (USD MILLION)

TABLE 5 GLOBAL GPS TRACKER MARKET, BY VERTICAL, 2014-2023 (USD MILLION)

TABLE 6 GLOBAL GPS TRACKER MARKET, BY REGION, 2014-2023 (USD MILLION)

Continued…….

List of Figures

FIGURE 1 GLOBAL GPS TRACKER MARKET: MARKET STRUCTURE

FIGURE 2 TOP DOWN & BOTTOM UP APPROACH

FIGURE 3 DROC ANALYSIS OF GLOBAL GPS TRACKER MARKET

FIGURE 4 PORTER'S FIVE FORCES ANALYSIS OF THE GLOBAL GPS TRACKER MARKET

FIGURE 5 GLOBAL GPS TRACKER MARKET, BY TYPE, 2014 TO 2023 (USD MILLION)

Continued…….

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MRFR team have supreme objective to provide the optimum quality market research and intelligence services to our clients. Our market research studies by products, services, technologies, applications, end users, and market players for global, regional, and country level market segments, enable our clients to see more, know more, and do more, which help to answer all their most important questions.

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#GPS Tracker Market

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snehasahu-blog1 · 5 years

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IoT Communication Protocol Market: Witness a Healthy Growth on Account of the High Demand

Some of the factors boosting the global IoT communication protocol are increased adoption of wireless sensors and increasing popularity of cloud computing. Another factor aiding the growth of the global IoT communication protocol market is the support of the government. Across the globe, governments have been increasingly funding for the research and development of the IoT field. This support from the government has been a key factor for widening the scope of the IoT communication protocol market. Huge funding from governments across the globe has resulted in innovative cross-domain applications of IoT and has immensely benefitted the growth of this industry and therefore, IoT is now increasingly penetrating across industries. It is anticipated that the future will see higher adoption of IoT across verticals supported by the easy availability of high speed internet and increasing popularity of wearable devices.

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purcell-engineering · 6 years

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GPS padlock

u-blox and India-based Play Inc have collaborated. on a connected GPS padlock ( https://ift.tt/2IQhwTp ) for industrial applications. The lock, which doubles as a location tracker, features a u‑blox M8 GNSS receiver, MAX-M8Q, ( https://ift.tt/2pODjSO ) and uses the u‑blox CellLocate service ( https://ift.tt/2IQhxXt ) to extend positioning to indoor locations. u‑blox Bluetooth low energy ...

This story continues at GPS padlock

Or just read more coverage at Electronics Weekly

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lansitec · 6 months

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GNSS Industrial Container Tracking With LoRaWAN | Outdoor Trackers

For companies looking to optimize their supply chain operations, staying ahead of the curve in the fast-paced world of logistics is essential. GNSS (Global Navigation Satellite System) Industrial Container Tracking using LoRaWAN (Long Range Wide Area Network) is one technology that has been causing a stir in the business. This creative method, in conjunction with Outdoor Trackers, is revolutionizing the way companies keep an eye on and handle their containers while they're in transit.

Introduction

GNSS's Potency for Industrial Container Tracking

In the logistics industry, GNSS—a technology that uses satellite signals to precisely locate location—has changed everything. When GNSS is integrated with industrial container monitoring, exact position data is provided in real-time, providing unmatched visibility.

LoRaWAN: Linking the Isolated

LoRaWAN is a wireless technology that increases the range of Internet of Things (IoT) devices. Due to its extended range, it is perfect for outdoor applications where it can link assets even in difficult or isolated locations.

Outside Trackers: Improving Visibility of Containers

Outdoor Trackers' Function

GNSS and LoRaWAN-enabled outside trackers act as the containers' eyes and ears as they are traveling. These sturdy gadgets are resistant to inclement weather, guaranteeing consistent and trustworthy tracking.

Monitoring in Real Time Across Boundaries

Businesses can keep an eye on containers in real time, no matter where they are, with Outdoor Trackers. With its capacity to provide information on transit durations, delays, and possible problems, this feature is extremely helpful for worldwide supply chains.

Advantages of LoRaWAN-Based GNSS Industrial Container Tracking

Accuracy in Movement

Businesses can improve route planning and cut down on travel times thanks to the incorporation of GNSS, which guarantees exact location monitoring.

Economy of Cost

Because LoRaWAN can link devices over long distances without the need for costly infrastructure, its long-range communication capabilities help reduce costs.

Enhanced Protection

A strong security layer is created by GNSS and LoRaWAN working together to prevent theft and guarantee the integrity of cargo while it is in transit.

GNSS Industrial Container Tracking Implementation

Guide to Selecting the Best Outdoor Tracker

When choosing an appropriate outdoor tracker, it's important to take durability, battery life, and compatibility with current systems into account.

Including Logistics Systems in the Integration

To fully utilize GNSS Industrial Container Tracking, seamless interaction with inventory and logistics management systems is essential.

Instruction and Acceptance

To fully reap the benefits of the new monitoring system, it is imperative that everyone get sufficient training and feels at ease using it.

Case Studies: GNSS Industrial Container Tracking Success Stories

Company X: Optimizing Worldwide Operations

An examination of the ways in which Company X improved supply chain efficiency and visibility by utilizing GNSS Industrial Container Tracking with LoRaWAN.

Company Y: Safeguarding Expensive Goods

An analysis of Company Y's successful use of Outdoor Trackers to safeguard valuable cargo while it was in transit.

For More:

Prospects for GNSS Industrial Container Tracking in the Future

AI and Machine Learning Integration

The function of machine learning and artificial intelligence in augmenting the capabilities of GNSS Industrial Container Tracking.

Measures of Sustainability

Examining how the sector is integrating environmentally friendly elements into Outdoor Trackers in order to meet sustainability targets.

Using Blockchain to Increase Security

The possibility of using blockchain technology to strengthen GNSS Industrial Container Tracking systems' security protocols.

What are the Factors Affecting LoRaWAN Range in IoT

LoRa vs LoRaWAN Difference

Conclusion

Managing Logistics in the Future

A summary of how GNSS Industrial Container Tracking with LoRaWAN and Outdoor Trackers has revolutionized the logistics industry.

Welcome to Innovation

Encouraging companies to take use of the innovation provided by LoRaWAN and GNSS technologies in order to remain competitive in the rapidly changing logistics market.

#Lansitec #LoRa #IoT #Container Tracker #Industrial Tracker #GNSS #GPS Outdoor Tracker

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