If you are buying RFID hardware for a facility in India, two acronyms decide whether your deployment is legal and serviceable: WPC and BIS. Plenty of imported readers and tags look identical to compliant ones on a spec sheet, yet operate on frequencies that are simply not permitted here. This guide explains what each approval covers, why the 865–868 MHz band is the line that matters, and the documents to ask for before any money changes hands.
Why the frequency band is the whole game
Passive UHF RFID works somewhere between 860 and 960 MHz depending on the country. That range is split by regulators, and the slice each country opens up is not the same. The United States permits 902–928 MHz. India, through the Wireless Planning and Coordination (WPC) Wing of the Department of Telecommunications, has allocated 865–868 MHz for licence-exempt UHF RFID use — the same band Europe uses under ETSI EN 302 208. That allocation comes from WPC’s short-range-device rules for the 865–868 MHz band, notified on 10 December 2021 as G.S.R. 853(E), which superseded the 865–867 MHz RFID rules of 2005; a specification still quoting 865–867 MHz is working from the older position. It is worth quoting that notification number in a tender or a purchase order, because it settles the question. Within the band an interrogator may transmit at up to 2 W e.r.p. only on the four 200 kHz channels centred at 865.7, 866.3, 866.9 and 867.5 MHz, and because the last of those sits above the old 865–867 MHz ceiling, the 2021 rules genuinely widened the allocation rather than relabelling it.
The practical consequence is sharp. A reader configured for the American 902–928 MHz plan, operated in India, is transmitting outside the sanctioned band. It may interfere with other licensed services, it can underperform against tags tuned for the Indian window, and it exposes the buyer to a non-compliant installation. Tags are more forgiving — most modern UHF inlays read across the global band — but readers are where region settings bite, which is why the destination country, not the factory’s location, decides the correct configuration. Before you buy, confirm the unit can be set to the 865–868 MHz region and that it ships configured that way. For the underlying physics of why band choice cannot be patched later, our RFID frequencies guide walks through it.
What WPC approval actually means
WPC governs radio-frequency spectrum in India. For UHF RFID, the 865–868 MHz band is delicensed for low-power operation, which means an individual end user does not need a separate frequency licence to run compliant equipment. What you do need is hardware that has been type-approved or self-certified as conforming to the WPC notification for that band and power level.
One point that saves needless worry about kit you already own: the 2021 rules do not apply to equipment that was type-approved under the 2005 rules, which stays effective for the rest of its service life. A reader approved years ago for 865–867 MHz is not suddenly unlawful — the wider band is the question for what you buy next.
When a vendor says a reader is “WPC approved,” ask what that claim rests on:
- Is the equipment registered or approved under the relevant WPC delicensing framework?
- Is the operating band locked to or configurable for 865–868 MHz, and at what radiated power?
- Can they show the supporting documentation rather than just asserting it?
A credible supplier will not be flustered by these questions. An importer rebadging grey-market American stock usually will be.
Where BIS fits in
The Bureau of Indian Standards (BIS) is a separate matter from spectrum. BIS certification concerns product safety and conformity to Indian standards — and for many categories of electronics, BIS registration under the Compulsory Registration Scheme is a legal requirement to sell in India. Power adapters, certain electronic assemblies and IT hardware frequently fall under BIS coverage.
For an RFID purchase, BIS matters in two ways. First, components such as power supplies should carry valid BIS registration where the scheme applies. Second, dealing with a supplier that holds applicable BIS certification is a signal of a business operating inside the formal compliance system rather than around it. Identium Tech Solutions is BIS certified and our UHF hardware is built for the WPC-sanctioned Indian band, so buyers are not left reconciling paperwork after delivery.
One distinction worth being precise about, because certification consultancies sometimes blur it: BIS certification is not the same thing as a Quality Control Order. BIS certification is the mechanism, and it comes in two main forms — a licence under Scheme I, which carries the ISI mark and is granted only after factory assessment and sample testing, or registration under Scheme II, the Compulsory Registration Scheme’s self-declaration route. A Quality Control Order is the separate gazette notification, issued by the administering ministry under Section 16 of the BIS Act, 2016, that makes conformity to a named Indian Standard compulsory for a particular product, so that once it is in force the product cannot lawfully be manufactured, imported or sold without it. Where no such order and no registration order names your product, BIS conformity for that product is voluntary — however useful it remains as a signal of who you are dealing with.
For RFID hardware, that is where matters stood when we last checked the lists, on 26 September 2026. BIS’s Compulsory Registration Scheme list — 66 entries, last updated 22 September 2026 — contains no RFID tag, reader or antenna, and the separate BIS list of notified orders still due for implementation, 29 of them with enforcement dates running into 2027, contains none either. The omission reads as deliberate rather than accidental: that same CRS schedule names USB-driven barcode readers, smart card readers and passport readers, so data-capture devices were enumerated and RFID was left out. The transition order gazetted in June 2026 does not change the position. Its schedule runs to ten orders covering toys, footwear, air conditioners, domestic and household electrical appliances, hinges and furniture, and what it relaxes is narrow: a company granted specific permission may buy covered inputs from suppliers holding a Scheme II licence instead of requiring Scheme I. It adds nothing to the lists, and no part of it reaches RFID. BIS has separately adopted RFID air-interface standards as Indian Standards — IS/ISO/IEC 18000-62:2012 among them, under technical committee LITD 16 — but no order invokes them, so conformity to those is voluntary too. We would rather say all of that plainly than let our own BIS certification be read as a permission that RFID hardware is required to hold.
Read it as dated rather than settled. An order can be notified by gazette at any time, and we are not going to tell you RFID will never be covered — only that it is not covered today. Before you rely on this for an import, check the current CRS and upcoming-order lists on bis.gov.in and the notifications of the administering ministry, which for electronics and IT goods is MeitY, or put the question to your own compliance adviser. Be sceptical, too, of any consultancy asserting that an RFID reader already needs CRS registration as an “automatic data processing machine”: the pages making that claim cite no Indian Standard number and no schedule entry to support it. Two points still deserve attention despite all this. Power adaptors for IT equipment are themselves a listed CRS category, so the external adaptor on a mains-powered reader can carry a registration obligation that the reader itself does not — which is why the checklist below treats components separately from the reader. And a contactless HF or NFC card reader is a genuine grey area: it is functionally an RFID reader, and the CRS schedule does name smart card readers. We have found no BIS clarification either way, so do not assume it sits outside. The requirement that does unambiguously bind UHF RFID hardware in India is the WPC one described above, not a BIS order — and the export-side question of CE and FCC marking answers to other regulators again.
The buyer’s pre-purchase checklist
Run through this before you commit to any RFID hardware order in India:
- Confirm the band for the country of installation. For a site in India, the reader must support 865–868 MHz and ship set to it, so a unit locked to the American 902–928 MHz plan is a red flag here. The same rule works in reverse: if you are buying for a site abroad, the reader has to match that country’s allocation, not India’s.
- Ask for WPC documentation. Get evidence of approval or conformity for the band and power level, not a verbal assurance.
- Check BIS coverage on components. Power adapters and applicable electronics should carry valid BIS registration where required.
- Verify in-country support. Compliant hardware is worthless if spares ship from overseas. Prefer a supplier holding stock in India with GST invoicing.
- Match tags to the band and surface. Indian-band readers paired with tags tuned for your surfaces — see our UHF RFID tags range — read far better than a generic pairing.
Why compliant buyers still win on performance
Compliance is not only a legal box. Equipment tuned to 865–868 MHz, paired with tags optimised for that window, simply reads more reliably in an Indian facility than mismatched grey-market gear. The buyers who insist on WPC and BIS documentation also tend to end up with the better-performing system, because the same diligence that surfaces the paperwork surfaces the engineering. If you want to start from fundamentals before shortlisting hardware, our RFID basics primer is the right first stop, and our UHF readers range is built for the Indian band.
Unsure whether a quoted reader is genuinely India-compliant? Send us the model and we will tell you straight — contact our team.