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Applications in passive RFID technology and different frequencies used globally - FCC & ESTI Standards with frequencies of 865–868MHz and 902-928MHz.
Applications in passive RFID technology and different frequencies used globally - FCC & ESTI Standards with frequencies of 865–868MHz and 902-928MHz.

Primary Subsets of Passive RFID - relatively wide range of 860-960MHz is recognized as the ‘Global Standard’ for UHF Passive RFID; however, its late adoption led to the range being further divided into two primarily subsets – 865–868MHz and 902-928MHz. ESTI - UK & Europe frequencies are 865-868 MHz - European Telecommunications Standards Institute (ETSI) is the governing body in Europe that sets and up country-wide standards for communicating via multiple channels, including Radio Waves. By ETSI’s regulations, RFID equipment and tags are only allowed to communicate on the smaller frequency range of 865-868MHz because other types of radio communications are allocated to subsets of the larger range of 860-960MHz. Because ETSI sets the standards for Europe, but when purchasing tags and equipment, the standard can be called either ETSI or EU denoting Europe. FCC - USA & Canada Frequencies are 902-928 MHz - The Federal Communications Commission (FCC) is the governing body in the United States that sets and upholds country-wide standards for communicating via multiple channels including Radio Waves. The FCC regulations state that RFID tags and equipment can only operate between 902-928MHz, because, like Europe, other communication types are allocated to the remaining portions of the larger range of 860-960MHz

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Are you having problems getting fast delivery of your mobile computers for your business in home deliveries, field sales, warehouse and logistics management or stock control and inventory management ?
Are you having problems getting fast delivery of your mobile computers for your business in home deliveries, field sales, warehouse and logistics management or stock control and inventory management ?

Are you having problems getting fast delivery of your mobile computers for your business in home deliveries, field sales, warehouse and logistics management or stock control and inventory management and well used in letter and postal and transportation services Opticon H-33 Android 9.0 Mobile Computer with 1D and 2D Barcode Scanner with Wireless WiFi as well as 4G eSIM with GPS is rugged and robust IP67 rating built with a durable and intelligent design, H-33 is ideal for today’s mobile workforce. Opticom H-33 is all-in-one solution for a variety of markets such as business and home Deliveries, Field Sales, warehouse and logistics management and stock control and inventory management and well used in letter and postal and transportation services Features and a few highlights that makes H-33 your ultimate solution includes operating system of Android 9.0 with eSIM 4G and Wi-Fi supported rugged design with 5.0 inch full color FHD touch screen. Includes 64GB memory and 16MP camera with auto focus and the high performance Opticon with 1D and 2D Barcode Scanner scanning and provide support with Google Mobile Service (GMS) for location and directions. In the field or withing warehouses or in-door it's always connected through mobile data, Wi-Fi or Bluetooth and long lasting high capacity battery of 4,000mAh as well as excellent protection rate at IP 67 increased by using the optional bumper for drop down protection

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Datalogic announce the launch of the PowerScan 9600 industrial handheld scanners to address Logistics, Manufacturing, Warehousing and EPoS Retail DIY stores applications
Datalogic announce the launch of the PowerScan 9600 industrial handheld scanners to address Logistics, Manufacturing, Warehousing and EPoS Retail DIY stores applications

Datalogic is pleased to announce the launch of the PowerScan 9600 Series, the new industrial handheld scanner developed by Datalogic aiming to address Manufacturing, Warehouse and Retail DIY store applications. The PowerScan 9600 Series includes the following benefits: • Improved daily operations and productivity with a super-reliable device • Increased throughput and overall efficiency with best-in-class scanning performances and a reduced total solution cost • Easy integration with the native support of retail and industrial standard communications • Extreme flexibility and modularity for the largest application coverage and optimized asset management • Total freedom to move around wide shop floors and large warehouses with a reliable radio communication and error-free operations, bidirectional communication and real-time feedback on the display • The ability to monitor battery status and scanner health to allow predictive maintenance The new series will be available in a full suite of products to provide the best solution for different necessities: • Corded desk models (PD9630) • Cordless models with Datalogic’s STAR Cordless System™ 2.0 proprietary radio (PM9600)

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How to improve Barcode Verification of 1D or 2D or Direct Part Marked (DPM) barcodes to meet industrial Standards and Compliance to ISO/IEC 15415, 15426-2, TR-29158 (AIM DPM)
How to improve Barcode Verification of 1D or 2D or Direct Part Marked (DPM) barcodes to meet industrial Standards and Compliance to ISO/IEC 15415, 15426-2, TR-29158 (AIM DPM)

Improve Barcode Verification of 1D or 2D or Direct Part Marked (DPM) barcode to meet industrial Standards and Compliance ISO/IEC 15415, 15426-2, TR-29158 (AIM DPM) with printed quality Barcode Verification improves the printed barcodes quality control to meet industry and application standards at the point of scanning to read the data information of the 1D or 2D or even the Direct Part Marked (DPM) barcode data encoded within From retail to manufacturers and brand owners to processing and packaging, in all industries use barcodes to track their products from production, work-in-progress to logistics and transporting to the point of sale, failures to scan barcodes easily and correctly can be catastrophic, slowing down production lines and causing costly re-prints, wasted product, and chargebacks and long hold-ups in long retail queues wasting time and money. 1D or 2D or even the Direct Part Marked (DPM) barcode verifiers guide manufacturers and producers through the ID barcode printing and ID marking process to create barcodes which meet required quality control standards and demonstrate compliance capturing and grading barcode images to verify compliance to industry Standards Compliance ISO/IEC 15415, 15426-2, TR-29158 (AIM DPM) with printed quality reports. This guide provides an introduction to barcode verification standards and code quality process control. It is designed to help symbol producers determine whether verification is right for them and identify their specific verifier needs. How do you determine when selecting a 1D or 2D or even the Direct Part Marked (DPM) barcode verifier will depend on the barcode symbology type, barcode size, and the media substrate influence a user’s specific verification needs

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IT Data centers start to use RFID solutions to automate the quality of service, security and compliance critical to operations using RFID Labels and RFID tags and Hardware-As-A-Service model
IT Data centers start to use RFID solutions to automate the quality of service, security and compliance critical to operations using RFID Labels and RFID tags and Hardware-As-A-Service model

IT RFID Data Centers IT Assets Management Solution as data centers start to leverage RFID solutions to automate the quality of service, security and compliance critical to their operations. And IT vendors employ RFID Labels and RFID tags to move toward a Hardware-As-A-Service model, where they manage their own gear on behalf of their enterprise and web-based cloud customers. Create the right Radio Frequency Identification RFID for Data Centers IT Assets Management Solution for your organization enterprise as we offer and try to share our RFID expertise tried and tested and developed over the many years working with industry leaders to implement Data Centers IT Assets Management Solution. Data Centers IT Assets Management Solution tracking systems will allow you to automate Data Centers IT Assets management procedures within your organization enterprise with RFID Labels or tags, using RFID smart Data Centers IT Assets and customized RFID software used to identify and track and control Data Centers IT Assets in real-time throughout their workflows and lifecycles and actively prevent time losses and frustrations within your company, organization enterprise.

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How to creat the perfect Radio Frequency Identification RFID tool and asset tracking and management solution for your organization
How to creat the perfect Radio Frequency Identification RFID tool and asset tracking and management solution for your organization

Create the right Radio Frequency Identification RFID for tool and asset tracking solution for your organization enterprise as we offer and try to share our RFID expertise tried and tested and developed over the many years working with industry leaders to implement RFID tool tracking solutions. RFID tool and asset tracking systems will allow you to automate asset and tool management procedures within your organization enterprise with RFID Labels or tags, using RFID smart tool storage and customized RFID software used to identify and track and control tools in real-time throughout their workflows and lifecycles and actively prevent time loses and frustrations within your company, organization enterprise. Where do you begin an RFID tool tracking solution ? • Examine your Return-of-Investment (ROI) specify any particular enterprise and/or departmental problems to be addressed as well as the business sense in your time and money. • Procedures - Start by reviewing your tool management, manually with tool foam organizers with sign-in/sign-out procedures, with visual IDs or using barcode technologies. • Inventory - understand and know your legacy inventory of hand tools, smaller tools, power tools and equipment that require real-time tracking. • Deployment - Consider strategic stages by including any redundancy and quality during proof of concept. • Connected Tools - Industrial tools with native RFID features are available from leading OEMs.

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What is the difference between barcode readers and barcode verifiers as well as quality control and grading 1D, 2D and Direct Part Mark (DPM) barcodes.
What is the difference between barcode readers and barcode verifiers as well as quality control and grading 1D, 2D and Direct Part Mark (DPM) barcodes.

The barcode verification process differs from barcode reading in several important ways, while barcode readers are designed to read barcode data, a barcode verifier ensures that barcodes are marked correctly and meet an industry’s standards and quality for ease of reading barcode along the supply chain rather than an individual producer’s quality threshold. Compared to barcode readers, barcode verifiers are a superior measure of symbol readability because they normalize the range of performance among various types of readers, from camera and laser to handheld and fixed-mount. While a barcode readers are designed specifically to read barcodes, a barcode verifier ensures the barcode data is formatted correctly and confirms barcodes can be read by all scanners in the supply chain and will be able to pinpoint the reason why a barcode will not scan or read easily. The barcode verifiers will allow you to prints reports listing barcode grades to certify they meet industry standards such as industry standards compliance ISO/IEC 15415, 15426-2, TR-29158 (AIM DPM) Companies should improve their barcode quality to meet industry and application standards and ease the flow of materials in the supply chain from brand owners and manufacturers to packagers and retailers, people across industries use barcodes to track their products from production to the point of sale. A failure to scan properly can be catastrophic, slowing down production lines and causing costly reprints, wasted product, and chargebacks. Barcode verifiers guide producers through the marking process to create codes which meet required quality standards and demonstrate compliance with printed quality reports.

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Leading edge technology and extraordinarily innovative from Zebra with TC53 & TC58 6.0" Touch Screen Android Mobile Computers mobile data capture with Barcodes & RFID Technologies
Leading edge technology and extraordinarily innovative from Zebra with TC53 & TC58 6.0" Touch Screen Android Mobile Computers mobile data capture with Barcodes & RFID Technologies

Zebra TC53 & TC58 6.0" Touch Screen Android Mobile Computers give your workers the fastest speeds with Wi-Fi 6E and 5G. And support for CBRS private LTE networks enables cost-effective wireless connectivity in the largest indoor and outdoor facilities. Industry-leading 6-inch advanced display - Get the largest, highest resolution and brightest display in this product class. Screens are easy to read indoors and outside. Edge-to-edge technology means more information and less scrolling. It works when wet. And workers can use a stylus or finger, with or without a glove — no need to change modes. Thinner and tougher - An ergonomic design and advanced manufacturing and materials technology make the TC53 and TC58 thinner, yet rugged. Unmatched battery technology - Get full shift power and the intelligence to better manage batteries with Zebra’s PowerPrecision+ standard 4400 mAh and extended 6600 mAh batteries. Convert your Zebra TC53 & TC58 6.0" Touch Screen Android Mobile Computers into Mobile RFID Readers using the standard range RFD40 SLED and standard or extended range RFD90 Ultra-Rugged UHF RFID sleds.

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S01-2D-BT-WiFi QRCODE 1D & 2D Wireless 2.4G WiFi and Bluetooth 1Barcode Scanner for Smart Devices is ideal and reliable solution for Asset tracking, Inventory management, Visitor management, Field sales and service and retail sales and EPoS point of sale
S01-2D-BT-WiFi QRCODE 1D & 2D Wireless 2.4G WiFi and Bluetooth 1Barcode Scanner for Smart Devices is ideal and reliable solution for Asset tracking, Inventory management, Visitor management, Field sales and service and retail sales and EPoS point of sale

S01-2D-BT-WiFi enables companies and organisations to easily integrate cordless data capture using 1D and 2D barcode scanning in their business process or service to optimise efficiency. It is lightweight and fits easily in your pocket, making it the ideal companion scanner to bring along. S01-2D-BT-WiFi QRCODE 1D & 2D Pocket 2.4G WiFi and Bluetooth Barcode Scanner for Smart Devices is ideal and reliable solution for Asset tracking, Inventory management, Visitor management, Field sales and service and retails sales and EPoS point of sale Ideal Uses and Applications are supermarket cashless payment POS, Inventory management and asset tracking, supply chain and distribution and logistics tracking, Mobile wireless communications, critical business data management as well as sales and service and other fields.

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Barcode Technologies UK introduces a new UHF Passive RFID antenna robust and compact for use with Impinj R700 UHF RFID readers ideal and convenient for a global and worldwide usage.
Barcode Technologies UK introduces a new UHF Passive RFID antenna robust and compact for use with Impinj R700 UHF RFID readers ideal and convenient for a global and worldwide usage.

The BCT-1020 is an ultra-thin form factor, 10.0 inch by 10.0 inch and less than an Inch thick antenna thick, This BCT-1020 is compact size of 250mm x 250mm x 20mm is a circular polarized antenna and still has an excellent 9.0 dBic field gain, matching that of a traditional form factor antenna. The BCT-1020 come in FCC and ETSI frequencies ideal and convenient for a global and worldwide usage. BCT-1020 UHF RFID Antenna from Barcode technologies will be particularly relevant to restricted space reader cabinets where the antenna is sharing depth with other system technologies or where aesthetics are an important part of the solution sale. Examples are slim portals, ceiling-mounted antenna or wall-mounted solutions where it is desirable to reduce people or objects hitting the protruding antenna. BCT-1020 is a rugged high performance circular polarised antenna with 9.0 dBi of gain, packed in a compact low profile polycarbonate covering with plenum rating and fire resistant properties, the antenna is designed aesthetically for industrial and commercial purpose usage, it can withstand under critical to harsh environmental conditions with an IP rating 67. BCT-1020 is an industry leading ultra-low profile design in a compact UHF RFID antenna size 250 mm x 250mm x 20mm square footprint. Rugged IP67 rated for permanent outdoor use and built to high standard for quality and robustness, the circularly polarized is a high performance circular polarised antenna offers high level of performance and durability in an aesthetically superior form.

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Impinj R700 RAIN UHF RFID Reader tops the best seller in deployment of Fixed-Mount UHF RFID Readers
Impinj R700 RAIN UHF RFID Reader tops the best seller in deployment of Fixed-Mount UHF RFID Readers

Impinj R700 RAIN UHF RFID Reader is ideally suitable for global RAIN RFID deployments as it delivers excellent read range and rate performance and offers ease of use and deployments in asset tracking and management. It is also been proven in a diverse and growing range of markets applications include retail & customer interaction, conferences & people tracking, race timing, baggage handling and logistic & supply chain asset management. Deliver industry-leading performance with leverage industry-leading sensitivity, powerful edge processing, and high-speed network connectivity to enable fast reading of small, global RAIN UHF RFID tags and labels with speed and rates and range of successful read rates. Impinj R700 RAIN UHF RFID Reader deployments with Internet of Things (IoT) edge devices with speed time-to-solution with increased on-reader memory, plus the Impinj IoT device interface that empowers IoT developers to easily connect applications to configure and control devices, and to consume RAIN data Meet demands of next-generation RAIN solutions: future-proof investments in RAIN RFID and next-gen tag chips with performance, reliability, and deployment simplicity for enterprise-grade solutions

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Understanding various different types of RFID Solutions and Systems and different frequencies used
Understanding various different types of RFID Solutions and Systems and different frequencies used

Radio Frequency IdentiFication (RFID) systems can be broken down by the frequency band within which they operate, there is low frequency (LF), high frequency (HF) and ultra-high frequency (UHF). There are also two broad categories of systems—passive and active RFID. Various different types of RFID solutions and systems and different frequencies used the frequencies and types of RFID systems. RFID systems are often categorized by their operating frequency band. Frequency refers to the size of the radio waves used to communicate between system components. RFID systems throughout the world operate in low frequency (LF), high frequency (HF), and ultra-high frequency (UHF) bands. Radio waves behave differently at each of these frequencies and there are advantages and disadvantages associated with using each frequency band. For example, if an RFID system operates at a lower frequency, it has a slower data read rate, but increased capabilities for reading near or on metal or liquid surfaces. If a system operates at a higher frequency, it generally has faster data transfer rates and longer read ranges, but more sensitivity to radio wave interference caused by liquids and metals in the environment. However technology innovations in recent years have made it possible to use ultra-high frequency RFID systems around liquids and metals.

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Huge benefits and very fast return of investment (ROI) when using RFID technologies with RFID labels and RFID tags on every asset to items tagged for inventory tracking throughout the supply chain offers massive value for all parties involved.
Huge benefits and very fast return of investment (ROI) when using RFID technologies with RFID labels and RFID tags on every asset to items tagged for inventory tracking throughout the supply chain offers massive value for all parties involved.

Uses of RFID technology using RFID labels and RFID tags on every asset to item-level tagging of inventory tracking throughout the supply chain offers massive benefits and very fast return of investment (ROI). Asset and inventory tracking using RFID Technology provides full visibility in real time using RFID Reader either mobile RFID Readers or Fixed-mount RFID Readers at critical points. This information and data is not only useful to the suppliers but and the customers and all in between when this information and data is made available to each party involved, for example take a manufacturer who implements and uses RFID technology and by apply RFID Tags & RFID Labels which can also include barcode data on the RFID labels can the vital data with the carrier and keep the customer informed of the real-time delivery status. The implementation of RFID Technology by apply RFID Tags & RFID Labels using RFID Reader either mobile RFID Readers or Fixed-mount RFID Readers at critical points, provide better tracking of asset and is used in these following industries which covers most of the end-to-end supply chain:

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What frequencies does RFID technology use and the reason why and to serve a range of applications and purpose for each.
What frequencies does RFID technology use and the reason why and to serve a range of applications and purpose for each.

RFID passive tags and labels bring significant advantages that are ideal for low cost and long lifetime. However, some use cases have differing requirements. In addition to passive RFID, there are other types of RFID systems. Some use a battery-assisted passive tag, which increases the read range to over 30 meters. There are also active tags that incorporate more advanced circuitry and can be read at even greater distances of 100 meters or more. NFC chips utilize high-frequency (HF) RFID. In some cases, such as smartphones, it can be bidirectional to enable the sharing of data both ways within a short range of a few centimeters. However, NFC (HF) can only read one item at a time, whereas other RFID systems, such as UHF RFID, can read many tags at once. Ultra-High Frequencies (UHF) uses frequency range of 860MHz to 960MHz enable RFID tags to be read from up to five or six meters away. The combination of UHF RFID’s greater range and the ability to read many tags at once from a single reader makes passive UHF RFID the most common type used in supply chain and inventory management, and it is the RFID technology with the largest volumes of tags currently deployed. This study focuses primarily on the ways that UHF RFID is being adopted across industries. These UHF tags are particularly well suited for item-level tagging, in which large numbers of items are read on shelves or pallets, or as they pass through steps in a supply chain. There are a range of frequency ranges are used different countries.

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Deeper and better understanding of HOW RFID technology works
Deeper and better understanding of HOW RFID technology works

Radio Frequency Identification - RFID technology enables the easy and with a unique identification and tracking of items with the use of a UHF RFID tags that is placed on each asset item, much like a barcode tag, and an RFID tag reader that can scan the tag from a distance typically ranging from centimetres up to dozens of meters away, depending on the type of RFID technology used. The RFID tag readers activate the tag using the appropriate radio frequency, and the tag transmits its encoded identifying data back to the reader. Importantly, unlike barcodes, certain types of RFID technologies do not require line of sight for tag reading. With this critical functionality, organizations can dramatically transform how they manage the flow of goods and the tracking of assets throughout their organizations, supply chains, and distribution. The most common RFID solutions and systems use passive tags. The tags include a small antenna and chip with limited functionality, so that they can be produced inexpensively enough to be part of the packaging. These tags are powered by the radio signal sent from the tag reader. As a result, they do not require local battery power, which saves on cost and complexity. When the tag receives the signal from the reader, the tag “wakes up” and transmits the data encoded in the tag, which typically includes a unique reference code number that references the product description (essentially the barcode SKU) as well as a unique identifier, which is a serial number. This data is received by the tag reader and then forwarded to the enterprise software systems. Used and set up correctly, typically this RFID technology is so powerful aa it provides HUGE benefits and advantage delivering greater profits and efficiencies as it gives greater visibility of knowing exactly where your valuable assets are located preventing losses and accuracy not delivered before.

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