RFID Antennas for Optimized Read Zones in Industrial and Retail Environments
RFID Antennas determine the shape, directionality, and range of the RF read field, making antenna selection a critical factor in any UHF RFID deployment. Identium, a Made in India, BIS certified RFID manufacturer, supplies a comprehensive range of circularly and linearly polarised UHF RFID antennas tuned to the WPC approved India-specific frequency band of 865–867 MHz. Designed for compatibility with EPC Gen2 readers, these antennas are suitable for dock door portals, conveyor lines, retail smart shelves, parking access points, and more.
Available in gain ratings from 5 dBic to 9 dBic, our antenna portfolio covers short-range desktop mounting as well as long-range tunnel and overhead installations. IP65 and IP67 rated models are available for outdoor logistics yards and cold storage facilities. Near-field antenna options cater to HF RFID applications such as library management, pharmaceutical serialisation at dispensing counters, and NFC-based interactive kiosks.
Speak with Identium's RF engineering team to get antenna placement recommendations, radiation pattern simulations, and system design guidance for your specific warehouse, retail, or manufacturing facility layout.
Planning a rollout? Request free RFID samples, see bulk & OEM pricing, or estimate savings with our RFID ROI calculator.
Buyer guides for this category: RFID antenna guide (dBi & polarization) · how to choose the right RFID reader · BIS certified RFID readers
Buying from outside India? Our standard UHF stock is tuned to 865–867 MHz, inside the ETSI 865–868 MHz band used across the EU, UK, GCC and much of Africa. See export & international supply.
Supplying across India. We ship to businesses in Mumbai, Delhi NCR, Bengaluru, Chennai, Pune and Hyderabad. Resellers: see our dealer programme.
Solutions & buying guides
- fixed vs handheld RFID readers
- RFID for warehouse & logistics
- RFID ROI calculator · bulk & OEM pricing · request free samples
New on the blog: RFID race timing systems: a 2026 organiser guide



-250x250w.png)







