Voyantic

How well do you know your RFID tags?
Turn performance limitations into Competitive Advantage.


Smart Labels – Great Opportunity for Traditional Label Companies
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Increasing acceptance of RFID and the double-digit growth rate of inlay/tag volumes in the past years have made smart labels an attractive business segment not only for the established RFID companies, but also for the traditional label manufacturers. The barrier for a label company to enter the RFID/smart label business is very low as their core business comprises of printing and converting anyways – adding “inlay insertion” or “inlay lamination” to the converting process will increase the label manufacturer’s value-add and enables meeting the customers’ RFID and IoT requirements.

Why not make your labels smart? Read more to find out why you should!

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Can Versatility and High Capacity be Combined in Smart Label Personalization?
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Smart labels are basically really simple RF devices and look identical to each other. However, smart label deliveries are highly customized especially in high value specialty label segment. This sets two conflicting requirements for production machinery: high capacity and high flexibility. To address this dilemma, Voyantic has spent more than two years developing a new breed of smart label personalization solutions.

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Managing RAIN RFID Production Quality
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RAIN RFID use has grown rapidly and implementations are expanding. Nowadays RFID is business as usual and quality management is an essential part of normal business operations. Quality really matters in RAIN tag manufacturing as high readability of tags is expected practically in all applications. In this text I describe how some quality management principles relate to tag manufacturing.

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Testing Requirements of NFC/RAIN RFID Dual Frequency Labels in Production
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There are applications, where fast data collection and high read distances of RAIN RFID (UHF) tags fulfill the overall application requirements only partially. Especially the missing capability of a consumer to easily access the tag contents limits the usability for marketing, product information and authentication purposes. A NFC tag would remove that limitation but also induce additional costs and complexity to the label finishing stages: double encoding and possible data compliance verification between these two tags. Interestingly the first IC chip with both high frequency (HF) and ultra-high frequency (UHF) communication interface was launched in 2015. In this text I will take a closer look at the quality aspects of dual interface tags: How do you verify that each tag produced meets its specification?

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Downgrading Your Spec Does Not Make a Quality Tag - Thoughts About RFID Quality
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I work as the CEO of Voyantic, a company that specializes in RFID test and measurement equipment. Since our systems are used by hundreds of companies around the world, we often come across cases where a customer needs our help to verify that their tags work as they should. This is a story about a case where things went wrong…

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How to Optimize the Cost of Quality for UHF Tags?
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When talking about high-end RFID performance testing solutions, I sometimes face the situation, where my customer is struggling to find room for the investment in their budget. After some return on investment (ROI) calculation the situation typically looks much brighter.

If we look at the overall quality cost structure in UHF tag manufacturing, I would dare to claim that in many cases even a single batch of poor quality can justify the ROI for decent RFID test equipment. The challenge here is though that the costs of being able to provide good and consistent quality are directly addressed to the production, whereas the costs induced from poor quality are inconspicuously scattered all around the corporate structure.

Where do I base the claim? Let me show you!

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High Performance UHF Tags with Shorter Time to Market
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Majority of the UHF inlay designers have already come to realize that the right measurement solutions are the key factor for seeing all you need on the UHF inlay performance. There’s not much of those guys anymore, who run around with the tags, checking with a reader how far you can go until the tag can’t be read anymore. Not only is this kind of measurement inaccurate, but also doesn’t give any indication on what kind of changes are necessary for the next iteration in the design. Now I’m happy to see the tag manufacturers are widely adopting the performance testing also in production quality assurance. So from design to production - why should you measure tag performance?

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