Blogs

Choosing the right RFID reader can make or break the efficiency of your system. Whether you’re tracking assets in retail, logistics, healthcare, or another sector, selecting between fixed and handheld RFID readers depends on your specific needs and environment. In this blog, we will break down the key differences and considerations to help you make the best choice for your application.

The main purpose of this blog is to provide a comprehensive guide on the technical specifications and installation tips for the SlimLine A7030C shelving antenna. This includes highlighting its benefits, installation methods, and addressing common questions about its application. The blog aims to educate and inform potential users, particularly those wanting to implement smart shelving solutions using this specific antenna.

The A5010 has a unique combination of benefits, which makes it the best RAIN RFID antenna of its kind. This blog will look at 5 significant benefits of this antenna and how its design enhances customers' experience by simplifying operations and enabling RFID tag reading in challenging situations where other antennas would fail. 

Railway environments amplify these challenges. The presence of metal infrastructure, exposure to weather, and the constant movement of rolling stock make precise read point design essential—and choosing the right antenna becomes pivotal to ensuring consistent, reliable tag reads. In this blog, we’ll explore the key factors to consider when selecting an antenna for railway applications and highlight a high-performance option that is suitable for this application.

These are antennas designed explicitly for near-field only provide a close to the surface consistent read zone with no dead spots using the magnetic components of the RF electromagnetic fields. Although reading tags at a greater distance is one of the advantages of RAIN RFID, some applications require near-only zone tag detection. In these cases, a consistent surface read zone with no dead spots is essential.  A true near-field antenna will have almost no distance read capability.

Near-field reader antennas are an integral part of RFID technology, offering precision and reliability in various applications. At Times-7, we frequently encounter questions about the capabilities and use of these antennas. We have compiled a list of FAQs to provide you with an overview of our near-field antennas.

Discover how RAIN RFID technology is revolutionizing healthcare by enhancing patient safety, streamlining asset tracking, and improving operational efficiency. Explore real-world case studies showcasing Times-7's innovative antenna solutions in action.​

Discover how to build a high-performing RAIN RFID-enabled checkout bin by selecting the right antenna for your needs. Whether you're managing high tag volumes with diverse materials or seeking a cost-effective solution for simpler setups, this guide explores two proven configurations—premium and basic—designed to optimize read accuracy and minimize stray reads. Make informed decisions for seamless, efficient RFID-enabled checkout.

Our A5020 antenna family offers a versatile range of antennas: the A5020 Circular Polarised (CP), A5020 Near Field (NF), A5020 Mid-Range (MR), A5020 Linear Extreme (LX) and the A5020Circular Polarised Extreme (CX). This blog post explains the differences between our A5020 CP and A5020 MR antennas. After you've read it, you'll know which one to choose for your application.

Times-7 collaborates closely with key partners to deliver effective and innovative RFID solutions. Our Partner Spotlight Blog Series recognizes outstanding partners, highlights their accomplishments, and discovers what inspires them. Each partner, ranging from distributors to system integrators, has a unique story to tell.

Did you know that our company name is inspired by the incredible speed at which radio waves emitted by our antennas can travel? In just one second, they can circumnavigate the globe seven times...giving us the name Times-7! Learn more about how Times-7 came about, where we are now, and where we are heading.

In the world of RFID, the right partnerships can make all the difference. An example of a successful collaboration is the partnership between us and Arcadian Inc., a market-leading stocking distributor of RFID, wireless, radio, and networking products. Together, we have driven innovation in the US RFID antenna landscape.

RFID technology relies on the efficient transmission and reception of radio signals between an RFID reader and an RFID tag. Optimizing antenna placement is critical to achieving maximum performance from your RFID system. Here are some critical considerations for optimizing antenna placement for maximum performance.

At Times-7 we design world class RAIN RFID antennas. Being able to read radiation patterns of those antennas is paramount to set up RFID read points efficiently. Dr Prabakar Parthiban our Senior RF Engineer and Head of Engineering has published an IEEE poster to help system integrators and solution designers to interpret antenna radiation patterns in theory and in practice. This poster is a useful guide to acquire the knowledge to determine which antenna model suits your specific needs.

Creating a close-proximity read zone in RFID applications can bring numerous benefits, including improved accuracy, reduced interference, and enhanced data capture. RAIN RFID Near-field (NF) antennas can create well-defined read zones, minimizing stray reads. This blog will explain the significance of a close-proximity read zone and guide you through creating one.

With help from technology designers, Times-7, Deer Industry New Zealand (DINZ) is to deploy UHF RFID across New Zealand to track deer velvet inventory movements. Velvet is a booming export market for New Zealand selling at (approx.) $120 NZD per kg. Tests have been completed and the system is giving excellent results. The UHF RFID implementation will be fully deployed in Spring 2021.

Multiplexers connect multiple antennas to a single reader port. This allows your customers to make more efficient use of expensive hardware to reduce the cost of their UHF RFID application. Do your customers require multiple antennas for their applications? Discover what a multiplexer does and how it can benefit your customers by reading on.

RFID technology is having a massive effect on reducing waste in consumption and supply chains. We are pleased to see the RAIN RFID community's increasing focus on sustainability here in New Zealand and overseas. Let's see how RFID is increasing sustainability efforts across different industries.

Thank you to the RAIN Alliance for a fantastic event in Helsinki in June. Our Managing Director Jos Kunnen, RF Engineer Ryan McCracken and Business Development Manager George Mitchell were all in attendance. Here are some key learnings they took away from the event.

As part of our new blog series, we recognize outstanding partners, highlight their accomplishments, and discover what inspires them. Since partnering with distributors, we've seen real growth in our business, and they have too. Each partner has a unique story to tell.

Both Multiplexers and Power Dividers are helpful devices to expand the number of antennas that can be connected to one reader’s port. One of the main benefits is to reduce the cost of a UHF RFID application by sharing expensive hardware. In this blog post, we explain the differences and what needs to be considered when selecting the right device for your application.

Discover why the A5060 SlimLine High Gain Antenna is redefining what's possible in RFID systems. With its ultra-low profile and market-leading 10 dBiC gain, the A5060 delivers superior read range and performance in space-constrained environments. Ideal for applications like portals, conveyor belts, and industrial settings, this antenna is built to perform without compromise.