[Clearance - ALL SALES FINAL] Xerafy Nano-iN RFID Tag (866-868 MHz)

Description

What is a Clearance Product?

Clearance Products are high-quality RFID items offered at deeply discounted prices. Our broad range of Clearance products include brand-new, discontinued, end of stock, returned, and lightly-used demo items offered at a reduced price. All Clearance products have been tested and are fully functional. Due to exceptional pricing, all Clearance products are final sale and may not be returned or exchanged.

Note: Supplies are limited to inventory on hand. Clearance products may have minor cosmetic smudges or may be missing original packaging.

Xerafy Nano-iN RFID Tag (866-868 MHz) [Clearance]

The Nano-iN offers an outstanding performance-to-size ratio of up to eight feet while flush mounted in a metal object. The Nano-iN can be a potential substitute to RFID-on-metal tags even in applications where read distance cannot be compromised such as IT assets and metallic equipment. The flush mounting of RFID tags makes them visible to RFID-based inventory systems immediately upon installation, and the RFID tags are protected from the possibility of damage. RFID tags are normally applied externally post-manufacture, where they are susceptible to damage from normal wear and tear and can be targets for deliberate tampering. Embed-in-metal technology is the most reliable solution to prevent tampering as there is no way to remove the RFID tag without destroying the product. Xerafy’s iN Series tags enable embedding RFID during the production process, reducing application costs and allowing manufacturers and end-users the opportunity to differentiate and deliver greater value.

Data Sheet — Xerafy Nano-iN RFID Tag (866-868 MHz) [Clearance]

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Why buy this tag?

The Nano-iN RFID tag is embeddable as a part of the Xerafy iN line. However, it offers a 13 foot read range which places it in the middle of the iN range in terms of read performance and form factor.

Features

• Can be embedded in metallic assets.
• High performance-to-size ratio.
• Superior identification when embedded.
• Reliable in the harshest environments.