RFID

Smartrac MiniWeb RFID Paper Tag (M750)

Smartrac MiniWeb RFID Paper Tags excel in minimum footprint and top performance on difficult-to-tag and low-detuning materials such as cardboard and plastic, and in other demanding, close-coupling environments. Equipped with the M750 IC, these tags feature 96 bit-EPC memory and 32-bit user memory. Futhermore, the IC is compatible with the global GS1 UHF Gen2v2 standard and features a privacy mode that enables loss prevention and protects consumer privacy.

Smartrac Belt RFID Paper Tag (NXP UCODE 8)

Smartrac Belt RFID Paper Tags are designed for global retail, industry, and supply-chain applications. Manufactured with the NXP UCODE 8 IC, these tags offer the same memory size and typical IC features as tags with the NXP UCODE 7 IC. Additionally, they offer a self adjust feature to maximize product performance in challenging environments and have an improved read and write sensitivity and faster encoding speed when compared to those with the NXP UCODE 7 IC. Belt tags with the NXP UCODE 8 IC are included on the approved inlay list by the ARC Program at the RFID Lab at Auburn University when used in retail applications, and comply with categories A, B, C, D, F, G, I, K, M, N, Q, W1, W2, W3, W4, W5, and Y. Furthermore, these tags meet GS1 Tagged-Item Performance Protocol (TIPP) Tagged-Item Gradings M10B S15B, M15B S15B and M20D S15D for the retail supply chain, retailers and suppliers.

Smartrac DogBone RFID Paper Tag (M730)

Smartrac DogBone RFID Paper Tags excel through superior performance in demanding environments and on difficult-to-tag materials, due to their high tolerance against the detuning effect of high dielectric materials. Equipped with the M730 IC from Impinj, these tags feature 128 bit-EPC memory and offer an enhanced “autotune” adaptive RF tuning feature. In addition, the M730 IC has an improved read and write sensitivity, enabling faster and more accurate bulk reading compared to Impinj R6/R6-P. 

Smartrac MiniWeb RFID Paper Tag (M730)

Smartrac MiniWeb RFID Paper Tags excel in minimum footprint and top performance on difficult-to-tag and low-detuning materials such as cardboard and plastic, and in other demanding, close-coupling environments. These tags feature 128 bit-EPC memory and a privacy mode, which enables loss prevention and protects consumer privacy by making a tag invisible to RAIN readers. Compatible with global GS1 UHF Gen2v2 standards, these tags are included on the approved inlay list by the ARC Program at the RFID Lab at Auburn University, and comply with categories K, I, N, and Q.

Smartrac Web RFID Paper Tag (M730)

Equipped with the new and highly efficient Impinj M730 IC, Smartrac Web RFID Paper Tags are hiqh-quality item-level tags condensed to the max. These compact tags are ideally shaped for apparel hang tags providing high read reliability, excellent performance even when stacked in close proximity, and best-in-class orientation sensitivity, with low total applied costs. Compatible with global GS1 UHF Gen2v2 standards, these tags are included on the approved inlay list by the ARC Program at the RFID Lab at Auburn University when used in retail applications, and comply with categories F, G, I, J, K, L, M, N, Q, W1, W2, W3, W4, W5, W6, and Y.

SMARTRAC EAGLE RFID Paper Tag (NXP UCODE 8)

SMARTRAC EAGLE RFID Paper Tags are one of the smallest global RFID inlays for retail applications that can easily be converted into end-applications usage. Featuring the NXP UCODE 8 IC chip, the SMARTRAC EAGLE tag offers an automatic adjustment function, which optimizes the chip’s sensitivity to gain maximum performance in different environments. This optimization is performed at startup and is enabled in the default chip configuration as delivered by NXP. Furthermore, the chip has an integrated Brand Identifier function to prove product authenticity, and a memory safeguard system to protect business data.

Omni-ID Fit 400 Embedded RFID Tag (902-928 MHz)

Omni-ID Fit 400 is a small form factor, high performance RFID tag optimized for metal substrates. Designed for tracking small metal assets, Fit 400’s high performance design provides handheld and portal compatibility. Fit 400 can also survive standard cleaning processes including autoclaves and is compatible with typical finishing processes, such as dipping, coating, heat shrinking and moulding for tools and other high value equipment. With its small form and high performance, Omni-ID Fit 400 tags are ideally suited to tracking small metal assets and or embedding within a metal cavity in applications such as: metal hand tools, embedding into metallic containers, heavy machinery, metal IT assets, autoclaves and high temperature sterilization, oil and gas.

Omni-ID Fit 200 Embedded RFID Tag (902-928 MHz)

Omni-ID Fit 200 is an extremely small form factor RFID tag optimized for metal substrates, available in two versions. Designed for tracking very small metal assets, Fit 200 is compatible with typical finishing processes, such as dipping, coating, heat shrinking and moulding for embedding into tools and other high value equipment.

Omni-ID Fit 400 Embedded RFID Tag (866-868 MHz)

Omni-ID Fit 400 is a small form factor, high performance RFID tag optimized for metal substrates. Designed for tracking small metal assets, Fit 400’s high performance design provides handheld and portal compatibility. Fit 400 can also survive standard cleaning processes including autoclaves and is compatible with typical finishing processes, such as dipping, coating, heat shrinking and moulding for tools and other high value equipment. With its small form and high performance, Omni-ID Fit 400 tags are ideally suited to tracking small metal assets and or embedding within a metal cavity in applications such as: metal hand tools, embedding into metallic containers, heavy machinery, metal IT assets, autoclaves and high temperature sterilization, oil and gas.

Smartrac MiniWeb RFID Wet Inlay (NXP U-Code G2iL) - 4,850 Tags

With a wide variety of high-performance IC platforms, SMARTRAC’s UHF tags and inlays offer leading performance and memory options. Each product has a unique TID and a broadband RFID antenna design that enables end-users to reach and sustain consistently high levels of performance in all UHF frequency regions globally with the same tag. This represents critical competitive and logistical advantages for any fast-moving consumer goods company with manufacturing, distribution and customers located in different parts of the world. The same RFID tag can be used by the manufacturer, the logistics service provider and the retailer, to track and identify products accurately and cost-efficiently throughout the supply chain at item level.

MiniWeb tags and inlays have superior close coupling features and are designed for a variety of different applications - especially for apparel applications. They are high quality and can be converted into small sized hang tags and other apparel labels.