The desktop reader is a monoblock with a built-in antenna that is connected to a personal computer via a standard interface cable.
]]>The closing lid allows you to shield the scanned shopping cart and ensures that the reader does not add accidentally scanned items from the shopping cart of a nearby customer to your purchases.
For reliability, in “Smart cash” is weight control. Items in the shopping cart are weighed during scanning, and their weight is compared with the reference weight of these items that was previously entered in the database.
Advantages of smart checkout:
Smart shelf allows you to get accurate data about the location of goods (groups of products) displayed on display cases, retail shelves, and store shelves. Allows you to conduct inventory and monitor the presence of goods on the shelf.
Currently, two modifications have been developed for specific industries: grocery retail, fashion, and jewelry. Smart shelf is developed and manufactured in Russia, and also has the ability to Refine technical characteristics for a specific customer or for a specific industry.
Advantages of smart shelf:
Using the station reduces the time that library staff spend on routine operations, reduces queues, and improves the quality of reader service. Now librarians will be able to devote more time to scientific work, as well as help in finding and selecting literature for readers.
]]>The Zebra FX7500 has an attractive appearance thanks to its sleek, slim and compact body, which is perfect for almost any organization. In addition, it provides excellent profitability indicators thanks to an impressive set of built-in features and capabilities that increase the return on your business applications. Thanks to the integrated optically isolated interface of the General purpose I/o module (GPIO), you do not need to purchase additional hardware, install it, or provide management. The ability to deploy third-party productivity software tools, such as Microsoft BizTalk and IBM’s Web Sphere, simplifies business operations.
Brand new high-performance radio technology
Increased sensitivity, improved noise suppression, and echo compensation provide the best performance in this class in intensive reading mode: more than 1200 tags per second in FM0 mode.
Approved for use in high pressure chambers
The Zebra FX7500 is recognized as suitable for installation in an ambient air conditioning space and can work effectively inside walls and ceilings.
]]>Includes a set of original hardware and software solutions that allow the reader to automatically optimize the operation of RFID channels in accordance with changing environmental conditions, optimally configure the operation to ensure the lowest power consumption, and dynamically distribute the load between the antennas
There is a possibility of Autonomous operation (embedded user SOFTWARE)
Additional digital inputs and outputs with galvanic isolation of monostatic channels for controlling external devices and the label registration process
The Impinj RFID reader has 4 combined transceiver channels for connecting antennas. The noise optimization and suppression scheme provides a high reading speed by correcting phase interference introduced by antennas, cables, and other factors. It can work both in the far field (portal applications) and in the near field (marking and registration of small products, medicine jars, CDs and individual documents)
Support for AutoSet Dense Reader Mode-simultaneous operation of multiple RFID readers in the immediate environment with self-tuning to the optimal mode
Power supply via Ethernet-PoE mode (for RF power not exceeding 30 dBm)
High speed reading of RFID tags
Meets EPCglobal and RoHS compliant standards
]]>The built-in RFID reader antenna is a patch – type, two-element phased array that provides an asymmetric directional pattern to overlap the width of the passageway in the transverse direction and while reducing the radiation in the direction of the passageway, which reduces the possible spurious registration of RFID tags outside the control zone.
The ceiling RFID reader is mounted above the registration area in a suitable way (racks, suspension on cables) with the working side facing down to the control area (the long side of the case along the aisle). The effective registration zone is a cone-shaped area under the antenna.
The size of the registration zone depends on the design of the RFID tags used, the installed capacity of the reader, and the physical properties of third-party objects located near the registration zone, and is determined experimentally in each case. Note that the length of the registration zone along the long side of the antenna is approximately half as long as the length of the registration zone along the short side of the antenna. The most effective registration of a radio frequency RFID tag occurs when it is located directly under the antenna.
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