RFID Readers

RFID Readers

RFID Readers

RFID Reader

RFID Readers are devices that are used for tracking and identification. These readers use a reader-tag that can be read-write, read-only, or WORM tags. In addition, they can be handheld, mounted, and portal-mounted.


If you’re looking for a way to improve your inventory management, you may want to consider getting a handheld RFID reader. These devices are ideal for both warehouse and shop floor applications. They allow you to access data about tags without having to be in line of sight, saving you time and money.

A handheld RFID reader can be used to track inventory in the warehouse, on the shop floor, or even in the office. The handheld’s compact design and light weight allow for ease of use. It also helps you to improve your overall logistics efficiency.

Janam’s XM2-RFID for Rail is the fastest handheld RFID-reading solution for the railroad industry. This compact, easy-to-use handheld reader has the best-in-class read range and battery life. Whether you’re stocktaking, programming, or maintaining your equipment, the OPPX10 can help.

Zebra’s handheld RFID readers are designed to deliver the highest performance possible in indoor customer-facing environments. The sleds are available with Android or iOS operating systems, giving you the freedom to choose a solution that meets your needs.

CipherLab offers a handheld UHF RFID reader that helps you integrate barcode capture and RFID data collection. This portable device can pair with most Bluetooth mobile devices. Featuring high-level UHF reader options, this reader enables you to extend the range of your RFID writing and reading.

Handheld RFID Readers come in many different form factors. For example, some feature in-built screens and keyboards. Others are mobile, which makes them a great choice for working in the field or in a rugged environment.

One of the biggest benefits of handheld RFID readers is their portability. You can bring them to the object you need to scan and then bring them back again. Even if you’re working in a crowded environment, you’ll have the ability to locate your assets with speed and accuracy.


A RFID reader portal is a handheld scanning device that reads data from RFID tags. It can be used as a backup system or to track routes and travel. This type of system can be wireless or wired to a standard data communication network.

There are several types of RFID systems. For example, there are fixed RFID reader portals, which are deployed at specific locations in a warehouse or building. They can be costly to deploy and may not be effective in locating high value assets. Another type of RFID system, known as RTLS, consists of readers that pick up RF signals from active battery powered RFID tags. These types of systems can be costly to install and require expensive tags to be read.

The same disadvantages exist in RTLS as they do for fixed RFID reader portal systems. One of the most prominent disadvantages is that the tag does not provide a line of sight for the reader. However, RTLS can be used to locate assets in a more precise manner.

In a medical setting, a portal might be a window, a doorway, a panel, or an aisle. All of these are capable of capturing the main signal of a tag as it enters or exits the warehouse.

In the context of a warehouse, a portal might be a panel with an opening for a waste bin or UHF RFID Reader an aisle with shelves. The portal may also be equipped with multiple RFID antennas.

An RFID reader portal might be a hand held device or a motorized vehicle. Either way, it is an intelligent device that can be configured to perform a multitude of functions. Most importantly, it has a backup feature, which minimizes human error.


A mounted RFID reader is an intelligent device used to read tags attached to items or objects. They are also used to upload data to a database host. Mounted RFID readers can operate in either an autonomous or interactive mode.

The device is typically placed on a vehicle or fixed to a wall or other location. It allows the user to view, track, and manage items or people without any human intervention. Depending on the type, the reader can be classified by frequency, power, range, protocol, and handheld.

Fixed RFID readers are ideal for achieving maximum visibility of assets in warehouses, loading docks, and other industrial settings. These devices can be integrated with an electromagnetic relay for controlling an electric lock. Designed with a small and compact housing, they are suitable for confined installation spaces.

In addition, many of these readers come with tamper protection and built-in buzzers. This makes them perfect for customer facing applications.

An RFID Development Kit is usually supplied by the manufacturer of the reader. Typically, these kits include sample tags, programming documentation, and access to the manufacturer’s SDK. Each kit is designed to help users begin using RFID technology.

RFID is a convenient way to track items, such as pallets, boxes, and vehicles. These readers are typically able to store data for a defined period of time.

A fixed RFID reader can be configured with numerous antennas. The number of antennas connected to a reader depends on the area of coverage required for an application. Some readers can connect to as many as 32 antennas.

A mounted RFID reader may be installed on the forklift of a pick and putaway application. When it’s used with an Intermec CV60 vehicle mount computer, it offers security and network management.

COTS RFID readers

Radio frequency identification systems are used to automatically identify objects. They are based on a wireless communication link, which carries UHF RFID Reader the signal, data, and clock from a sensor to an RFID reader. The sensor can be placed in soil, snow, or water.

In order to improve the read rate, a new design has been developed to increase the read rate in response to the presence of moving tags. This system is called Tagwatch. It uses the same basic concept as a barcode scanner.

The tag carries a small microchip that receives a wireless signal and transmits information to the reader. When the reader detects the tag, it demodulates the radio signal and sends the time and the signal strength to the computer.

The signal can carry information about the location of the object. However, it has low resolution. So, the RFID reader needs to be able to pick up minute changes in the electromagnetic field.

Detecting the target’s position is important in many emerging applications. To do so, LiFS, a model-based device-free localization system, can be used. It has been implemented on cheap COTS Wi-Fi devices. Aside from determining the location, LiFS is also able to localize the target accurately without requiring offline training.

Another important function of a RFID reader is detecting the phase of the radio signal. This information can be useful for calculating positioning. But, it is prone to large errors, particularly in indoor environments. Similarly, the measured phase data exhibits a large amount of variation.

Moreover, phase ambiguity is a common issue in DoA estimation. This is because the RFID signal is subjected to multipath effect, which can cause a number of errors. For this reason, it is critical to use high-precision hardware devices.

Read-write, read-only and WORM tags

RFID readers can be found in different sizes and are available in stationary and mobile. The technology is being used in a number of industries. They can record sensor data at high speeds, and can also be used to monitor security breaches and climate.

There are three types of tags that can be used in RFID applications: passive, read-write, and WORM (write once, read many). These tags can be placed on different materials, including metal, cloth, and plastic pallets.

Active tags are more expensive than passive tags. Unlike passive tags, active tags contain a battery that powers their microchip. However, their battery-supplied power is limited. Consequently, they have a shorter read range.

Passive tags are activated by electromagnetic radio waves from the reader. While they are less expensive, they have a limited read range of 10-25 feet. In addition, they require a higher-powered reader.

Read-write tags are the most common type of RFID tag. They can be updated and erased. Libraries use them to match bar code numbers. Typically, a library will purchase read-write tags, but some vendors produce their own.

WORM tags are programmed by the manufacturer. However, they can be reprogrammed by a reader. If there is room on the chip for additional information, a library can add it.

RFID tags can be used to create paperless sites. This allows for more flexible production. It also helps to reduce system implementation costs.

Choosing the right tag is important to ensure that your system will work properly. Depending on the application, you may need a tag that has a capacity of 256 to 1,024 bits. That means you can store a large amount of data.

In addition, you’ll want to choose a tag that has a lockable area. This may be permanent or temporary, depending on the application. Tags can also have an on-off bit, which indicates circulation status.