BIS V Multi-Frequency Processor is designed for high-speed applications.

Press Release Summary:

BIS V Multi-Frequency Processor accepts Low Frequency (LF), High Frequency (HF) and Ultra High Frequency (UHF) readers and antennae. Product is suitable for PC and server-based applications and is capable of communicating over Ethernet/IP and Profinet control networks.


Original Press Release:

Balluff Expands Multi-Frequency RFID Processor with USB and TCP/IP

Connect Low Frequency (LF), High Frequency (HF), and UHF readers into one processor

Balluff is happy to introduce the BIS V Multi-Frequency processor with USB and TCP/IP communication. This flexible RFID processor can accept Low Frequency (LF), High Frequency (HF) and Ultra High Frequency (UHF) readers and antennae. The processor is ideal for PC and server-based applications where RFID data is collected over an IT infrastructure opposed to an industrial network. While the BIS V product line has been capable of communicating over all major control networks including Ethernet/IP and Profinet for some time, this PC-based processor completes the line of RFID processors designed for high speed applications.

The development and launch of this new reader is in response to feedback from our customers who prefer or are required to operate over a TCP/IP network. "Machine tool identification is one specific application where the new BIS V will be utilized, but realistically we have a significant number of customers who prefer to communicate over TCP/IP for general traceability applications like work in process or pallet ID" said Wolfgang Kratzenberg, Marketing Manager for RFID and Vision at Balluff.

Ultimately, our customers are trending toward an increase line speed and are increasing the amount of data that is collected. This increase in throughput, due to higher speed and larger amounts of data, is immediately addressed by the BIS V. With the full line of BIS V processors, Balluff's RFID portfolio is used to address some of the most challenging traceability applications.

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