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10 Use Cases of LPWAN in Industrial IoT (IIoT)

10 Use Cases of LPWAN in Industrial IoT (IIoT)

Our way of living and working is changing as a result of the Industrial Internet of Things (IIoT), a rapidly expanding industry. The latest developments in sensors, wireless communication, and data analytics are integrated with traditional industrial equipment to enable real-time monitoring, predictive maintenance, and better decision-making. The Low Power Wide Area Network (LPWAN) is a fundamental component of the IIoT. A wide variety of IIoT use cases are made possible by LPWANs, which offer dependable and affordable wireless connectivity across great distances. In this article, we will discuss LPWAN use cases in Industrial IoT (IIoT). LPWAN Use Cases in Industrial IoT (IIoT) 1. Asset Tracking One of the most popular IIoT use cases is asset tracking. In order to track the location, state, and status of assets like cars, machinery, and equipment, sensors and LPWANs are used. Businesses may boost productivity, minimize downtime, and optimize operations by keeping an

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top 5g antennas manufacturers and suppliers in usa

Top 5G Antennas Suppliers and Manufacturers in the USA

5G is the latest generation of cellular technologies. It plays a critical role in realizing the future of the Internet of Things (IoT) industry. However, since 5G is aimed at providing a unified network performance for all users, we need advanced antennas for this purpose. In this article, we will explore some of the leading 5G antennas manufacturers and suppliers that would be helpful in achieving our design goals.  What is 5G?  5G is considered as the 5th generation of cellular network technology. The most salient features of the 5G network are its high speed of data transmission, ultra-low latency, more reliability, massive network capacity, increased availability, and a more uniform user experience. We can also see the growth of numerous other avenues correlated to the emergence of 5G technology. 5G, as its predecessor is based on OFDM (Orthogonal Frequency Division Multiplexing), however, uses a new air interface known as 5G

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8 benefits of rfid technology in warehouse management

8 Benefits of RFID Technology in Warehouse Management

Technology drives warehouse operations to increase productivity, decrease errors, and maintain order and efficiency. Modern warehouses and distribution facilities are now able to track and identify merchandise in real-time thanks to the usage of RFID sensor systems. In a warehouse setting, the RFID tracking system is a crucial tool. Even objects that are concealed by pallets or crates can be catalogued and scanned using an RFID warehouse tracking system from any location. The advantages of RFID in warehouse management RFID technology is used by distribution companies, and they can speak to its ability to increase efficiency and productivity. As a result, distribution centers all over the world have used the technology to increase their operational effectiveness. Distribution facilities and warehouses are difficult settings that need for effective data management. Here are some reasons why you should employ RFID technology in your warehouse or distribution center if you are still debating

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7 Benefits of RFID in Retail

7 Benefits of RFID in Retail

RFID is a widely utilized technology in retail with the goal of enhancing inventory accuracy on a broad scale. Additionally, RFID has the potential to increase security across all of your retail locations and improve customer service. Because RFID uses more sophisticated technology, it is much more accurate and efficient when it comes to counting and tracking inventories. Because of this, it has far wider uses in retail, the majority of which are based on this trustworthy inventory visibility. The financial advantages to a retailer’s business of implementing RFID technology within their retail estate are frequently measurable. Many tier one and tier two stores claim to have reduced shrinkage by 5% to 15%. There are several reasons why you should introduce RFID technology in addition to the apparent financial cost advantages. Advantages of implementing RFID in retail Using an RFID retail inventory management system has numerous advantages, some of which

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what is lte m and how it compares to nb-iot

What is LTE-M and How it Compares to NB-IoT?

What is LTE-M? Internet of Things (IoT) applications that are deployed in Wide Area Networks require reliable communication protocols. LTE-M or LTE-Cat M1 is a such WAN protocol. It belongs to the Low Power WAN (LPWAN) family where other technologies such as LoRa and NB-IoT belong. It can be considered a cellular technology-based competitor to other LPWAN technologies specifically aimed at realizing WAN IoT applications. It was first released in Release 13 by 3GPP in 2016. The significance of LTE-M is its lower bandwidth applications in connecting resource-limited devices over a WAN. LTE-M relies on the existing cellular infrastructure, thus reducing the overhead cost of setting up new infrastructure. LTE-M can provide a data rate of up to 4Mbps as per Release 14. How does LTE-M work? LTE-M unlike its cellular counterparts like LTE, is focused on IoT and M2M applications over a Wide Area Network. For this purpose, LTE-M has

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rfid vs barcodes 2

RFID Vs Barcodes: What’s the Difference?

The debate between RFID and barcode has frequently been framed as one between the past and the present, with supporters of each technology eager to demonstrate why theirs is the superior choice. In general, RFID and barcode have a lot in common because they both aim to address issues in asset-heavy businesses. Even while we frequently refer to one of these technologies as the sole option, it is extremely typical to see both being used simultaneously. Companies can track their assets and save item information using barcodes and RFID. This data is frequently printed on tags and is accessible, shareable, and storable online. What is Barcode? These is a form of data representation that is understandable by computers and scanners. A square-shaped barcode with a few parallel, black-and the white lines and a few digits written directly beneath it is called a barcode. It is employed for inventory or asset

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what is ble bluetooth low energy and how it works

What is BLE (Bluetooth Low Energy) and How it Works?

What is BLE? BLE stands for Bluetooth Low Energy, which was introduced as part of Bluetooth 4.0 Standard. It is aimed at helping low-power-consuming IoT (Internet of Things) and M2M applications within a short range. This was critical in realizing many modern IoT devices which are battery-powered. Like Classical Bluetooth technology, BLE works in 2.4 GHz ISM (Industrial, Scientific, and Medical) bands while inheriting some features from its predecessor with more focus on low power consumption. The maximum power consumption of a BLE application would be around 0.01 Watts to 0.5 Watts, with the same speed as that of classical Bluetooth. Difference Between BLE and Classic Bluetooth The main difference between Classic Bluetooth and BLE is in the consumed power. However, there are other major differences due to the architectural differences in each case. The use of 24-bit addresses as compared to 3-bit addressing in Classic Bluetooth allows BLE to

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benefits of rfid in supply chain and logistics

Benefits of RFID in Supply Chain Management and Logistics

Businesses have been utilizing RFID technology for decades. However, this technology has recently emerged as the go-to option for supply chains looking to increase productivity, increase visibility, and produce better overall outcomes. Because information is readily available thanks to RFID technology, making crucial decisions concerning inventories and the company as a whole is also made simpler. What is RFID? In today’s supply chain, radio frequency identification (RFID) is a crucial element. Radio waves are used by this wireless technology to collect and transmit crucial data. While barcodes and RFID tags share certain fundamental similarities, such as the capacity to store and transmit data in a compact, highly adaptable format, their differences are important to understand, particularly as they apply to the supply chain and logistics. Perhaps most importantly, barcodes need a clean line of sight to operate at their best. However, radio waves, which are used by RFID, can still transmit data

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How is RFID Used in Real World

How is RFID Used in Real World?

The integration of intuitive and intelligent elements into a unified building creates smart cities, which raise the level of living. The use of these intelligent and digital products makes it simple to carry out daily tasks. The endorsement of data on physical items transforms mindless objects into intelligent and sharp products. RFID technology enables the transition from brainless items to intelligent architecture. This blog explores the application of RFID technology in developing applications for smart cities and how those apps assist people in managing every activity intelligently, including parking cars, resolving theft-related crimes, tracking natural disasters, using medical facilities, among other things. Uses of RFID in the Real World Although RFID may appear to be a recent development, you’d be amazed at how frequently we actually utilize it! We often utilize RFID multiple times every day without even recognizing it! We have introduced the 10 benefits of using RFID in

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10 benefits of using RFID

10 benefits of using RFID system

RFID is a very adaptable technology, with uses at every stage of the supply chain. RFID stands for Radio Frequency Identification, and these tags and readers use radio waves to store and send information about an object, like its product number, expiration date, date of production, temperature, and other details. Since the technology’s initial use many years ago, it has seen significant development. RFID tags are being used by well-known companies and stores including Walmart, Amazon, H&M, and Nike to track inventory and improve customer service. An RFID tag or label, along with an RFID antenna and transceiver, make up an RFID system. An RFID reader is frequently created by combining the antenna and transceiver.  Here are some advantages of RFID and how it improves businesses from start to finish. What Advantages Do RFID Offer in businesses? Here is a longer list of advantages that this technology brings to organizations before

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What is Near-Field Communication (NFC)

What is Near-Field Communication (NFC)?

Consumer electronic devices have multiplied in the last few years, whether they are wearables, smartphones, public administration systems, or everyday gadgets. Over the years, users have now transitioned to contactless, convenient, and safe interactions with the help of technologies. NFC, or Near-Field Communication, is among the frontrunners of this worldwide transformation. This article covers the entirety of what NFC is, how it works, its technical specifications, and some popular applications. What is NFC – Near-Field Communication? Have you ever used your smartphone to exchange information just with a tap? Do you use contactless cards where you can just tap and make transactions? If yes, then the chances are that you have already experienced NFC in your life more than you think. Near-field Communication, or  NFC, is a contactless proximity technology operating on short-range Radio Frequency. NFC leverages magnetic field induction to allow communication between devices within a narrow range of

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what is bluetooth technology and how does it work

What is Bluetooth technology and how does it work?

What is Bluetooth? Bluetooth is a famous low-power wireless technology choice. It is designed for use as Wireless Personal Area Network (WPAN) technology alongside technologies such as Wi-Fi and ZigBee. Applications of Bluetooth vary from mobile phone-based applications to vehicular sensor-based applications. However, unlike its counterparts, Bluetooth is specifically designed for shorter distances. Bluetooth was first introduced in 1994 by Ericsson. The sole purpose of introducing Bluetooth was to replace the use of wire cords and cables. In collaboration with Nokia and Intel, Ericsson formed the Special Interest Group (SIG) in 1996, which is the governing body for releasing and defining Bluetooth specifications. Over the years the alliance of SIG increased, thus leading to the development of Bluetooth technology. It is based on the 2.4 GHz ISM (Industrial, Scientific, and Medical Applications) frequency band. The initial versions of Bluetooth supported a bit rate of up to 1 Mbps. Bluetooth is also

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