Blog category
Long-form RFID guides for Indian teams planning pilots and scale-ups.
Deploying reliable RFID systems demands rigorous site surveys, antenna polarization tuning, and software abstraction layers that prevent ERP database locking. These step-by-step technical tutorials walk enterprise engineering teams through planning, antenna mounting, GPIO light-stack wiring, and SDK integration.
Configuring fixed and mobile transceivers to strictly adhere to Wireless Planning & Coordination (WPC) frequency allocations between 865.0 MHz and 867.0 MHz.
Selecting circularly polarized patch antennas for randomly oriented warehouse items vs linearly polarized arrays for high-speed automated conveyor lines.
Deploying local ring-buffer deduplication services to filter 1,000+ raw reads per second before posting clean inventory adjustments to SAP or Tally.
Guides
A practical checklist for RFID pilots in India: scope, tag selection, reader zones, middleware, and success KPIs.
Practical RFID pilot checklist for Indian warehouses: scope, tag selection (₹3-40/tag), reader zones, middleware, vs barcode comparison, 40-60% cycle count reduction. GST-ready metrics and success KPIs.
Technical answers to hardware integration, spectrum regulations, and deployment ROI in India.
All RFID reader hardware operated commercially in India must receive Equipment Type Approval (ETA) from the Wireless Planning & Coordination (WPC) wing, operating within the de-licensed 865.0 MHz to 867.0 MHz band at a maximum radiated power of 4 Watts ERP (36 dBm).
For dynamic supply chain workflows requiring customized barcoding, serial numbers, and on-demand EPC encoding, industrial RFID thermal transfer printers like the Zebra ZT411 or SATO CL4NX Plus deliver high-throughput serialization with instant tag verification.
