Search 900 MHz RFID spectrum India 865-868 band and you are really stacking two separate problems: what may be about to happen to the American 902–928 MHz band, and what India’s own allocation actually permits. They are not the same band, they are not set by the same regulator, and a reader built for one cannot simply be commissioned in the other. That last sentence is the durable point for anyone placing an order. The American spectrum fight is what makes it concrete.
One caveat before anything else. The American proposal is pending, not decided. Nothing below describes a rule that exists today.
What NextNav has asked the FCC to do
NextNav, a US positioning, navigation and timing company, petitioned the United States Federal Communications Commission in April 2024 to reconfigure the 902–928 MHz band — the slice that unlicensed devices, passive UHF RFID among them, share in North America. In the petition’s own words it proposes a band plan supporting “a 15-megahertz spectrum block with a 5-megahertz uplink in the 902-907 MHz band and 10-megahertz downlink in the 918-928 MHz band,” together with a spectrum swap converting NextNav’s existing holdings into a nationwide licence.
| Proposed slice | Width | What the petition proposes for it |
|---|---|---|
| 902–907 MHz | 5 MHz | NextNav uplink |
| 907–918 MHz | 11 MHz | The contiguous block the petition says would “still be available for non-M-LMS operations” |
| 918–928 MHz | 10 MHz | NextNav downlink |
Read the middle row precisely, because this is where most summaries overreach. The petition does not propose relocating RFID into 907–918 MHz. It observes that Part 15 devices “do not have any allocation status in the Commission’s rules,” treats them as the band’s lowest priority, and argues that coexistence with its own network “should be achievable.” The squeeze to 11 MHz is the opposition’s reading of what would happen in practice once a full-power network occupies the two outer slices — not a figure NextNav assigns to RFID.
The petition is docketed at the FCC as RM-11989, and comments on it were filed in WT Docket No. 24-240. A third docket often cited alongside these, WT Docket No. 25-110, is a separate Notice of Inquiry the Commission opened in March 2025 into alternative and complementary PNT technologies generally — policy context, not the petition’s own record. All three are public, so you can read the filings rather than take any vendor’s summary of them, ours included.
Where it stands as of October 2026: RFID Journal reported 744 responses in the first 30-day comment round that closed in September 2024, and the record has grown through further rounds since. In March 2026 the FCC sent a draft Notice of Proposed Rulemaking to the US Office of Management and Budget for interagency review, reported as the last procedural stop before a Commission vote and framed as a PNT rulemaking rather than strictly as a ruling on this petition. Even so, an NPRM opens a formal proceeding; it does not decide one. We are not going to predict how this ends, and neither should anyone selling you hardware.
What compression would actually do to a reader
A US-band reader works today by frequency hopping across roughly 26 MHz, typically on about 50 channels spaced 500 kHz apart. The reason that number is 50 rather than an engineering preference is in the FCC’s own rules: under 47 CFR §15.247, a frequency-hopping system in this band may run at the full 1 watt only when “employing at least 50 hopping channels,” and drops to “0.25 watts for systems employing less than 50 hopping channels, but at least 25 hopping channels.”
Hold the arithmetic against an 11 MHz working space and the problem is a fork, not a single outcome — which is where the draft figures circulating in trade coverage are usually garbled into one sentence:
- Keep the familiar 500 kHz spacing and 11 MHz yields about 22 channels — below even the 25-channel floor that §15.247 attaches to quarter-watt operation.
- Keep 50 channels and the spacing has to come down to roughly 220 kHz.
Those are alternatives. You cannot have 22 channels and 220 kHz spacing at the same time, and any page telling you the proposal does both has copied the numbers without doing the division. Neither branch is an FCC finding; both are arithmetic against the Commission’s published thresholds, which is why they are worth checking yourself.
Three consequences matter to a buyer rather than to an engineer:
- Dense reader installations get harder. Fewer channels to hop through means more contention between readers in the same building — warehouse portals and retail ceilings first.
- Tighter spacing raises adjacent-channel interference risk. Hardware designed around 500 kHz separation is not automatically well behaved at 220 kHz.
- Certified equipment is certified against a channel plan. Change the plan and the installed base becomes the awkward question, not the new catalogue.
The slice NextNav seeks exclusively also overlaps allocations well beyond the United States. ETSI EN 302 208 specifies upper-band interrogator channels at 918.7 and 919.9 MHz, both inside the proposed 918–928 MHz downlink. Trade coverage of the proceeding places Japan at 916–921 MHz, South Korea at 917–923.5 MHz, China at 920–925 MHz, Australia at 918–926 MHz and Brazil at 902–907.5 MHz together with 915–928 MHz — so Brazil overlaps both outer slices. Treat those edges as reported rather than settled: vendor datasheets and national rules disagree at the margins (Zebra’s own sheet lists Australia at 920–925 MHz), and GS1’s country-by-country overview of UHF allocations is the reference to check against. The overlap is the reason a proceeding at one national regulator is argued as an international matter: chip roadmaps and global-band tag designs are shaped by the largest market, whoever else has to live with the result.
The opposition, and what it does not prove
A coalition called the SpecTech Alliance was formed to oppose the petition and has asked the FCC to deny it. Trade coverage dates the launch to 17 September 2026; the American Trucking Associations’ own newsletter of 21 September described joining it “last week,” which is consistent. The alliance’s website carries no formation date, so treat the day as trade-reported rather than official.
Founding members named in the launch coverage are the RAIN Alliance, the Consumer Technology Association, the National Retail Federation, the Retail Industry Leaders Association, the Security Industry Association, Airlines for America and the American Trucking Associations. The alliance’s own membership page additionally displays E-ZPass, IBTTA, INGAA and the Electronic Security Association among others, so those are on the coalition’s own material rather than only in press coverage.
On the comment record, be careful whose number you are quoting. The figure in circulation — more than 2,000 comments filed, with opposition “near-unanimous” — comes from the alliance’s own launch statement, which is an advocacy source arguing one side. It is also checkable: the dockets above are public, and anyone can count. A broad coalition and a lopsided comment record are evidence of industry sentiment, not of an outcome. Regulators decide proceedings; comment totals do not.
Where India sits, stated precisely
India’s licence-exempt UHF RFID band is 865–868 MHz, under G.S.R. 853(E) of 10 December 2021 — the Use of Low Power Equipment in the Frequency Band 865-868 MHz for Short Range Devices (Exemption from Licence) Rules, 2021, notified by the WPC Wing of the Department of Telecommunications expressly in supersession of the 2005 Rules that had set 865–867 MHz. Table IV of those Rules permits an interrogator up to 2 W e.r.p. in channels of 200 kHz or less and references ETSI EN 302 208 — and that 2 W applies only in the four channels centred at 865.7, 866.3, 866.9 and 867.5 MHz, not across the whole 3 MHz. The full table, the dwell-time limits and the grandfathering clause are set out on our RFID frequencies page, which is the page to cite on this rather than this one.
Now the claim worth making carefully. India’s 865–868 MHz allocation is not within the range this petition addresses. That is the whole of it. It is not that Indian hardware is immune to spectrum politics, or insulated from it — allocations are revised by regulators, and India’s own moved as recently as 2021, adding the 867.5 MHz channel above the previous ceiling. The accurate inference is narrow: this proceeding concerns a band India does not use for RFID, and anything you buy for India should still be specified against what WPC permits today, confirmed with WPC rather than with a blog post.
For corroboration of the 865–868 figure from outside the Indian paperwork, one published document carries both columns of this article at once: Zebra’s specification sheet for the TC22R handheld in the TC2xR series lists “EU: 865–868 MHz; 1.45–31.45 dBm (ERP)” alongside “US: 902–928 MHz; 4–34 dBm.” We supply Zebra label printers, not that handheld — it is cited only because it is a document anyone can download and check.
The hardware lesson that outlives the proceeding
Strip the news out and the sourcing rule is the one we live with every week: band-specific hardware is not interchangeable, and a reader bought for one allocation is not portable to another. Passive tags are largely the easy case, because a passive tag has no transmitter and no region setting; readers are the region-critical item. Our global RFID frequency guide is the reference for which country uses what and for how region profiles are handled after delivery, and we are not restating it here.
What is worth setting out is the decision, not the table:
| What to settle before you order | India / ETSI 865–868 MHz | United States, roughly 902–928 MHz |
|---|---|---|
| Channel plan you are buying into | Channels of 200 kHz or less; 2 W e.r.p. only on the four named channels | Frequency hopping across the band, about 50 channels at 500 kHz today |
| What the rules key on | India’s 2021 Rules, Table IV, referencing EN 302 208 | 47 CFR §15.247, which ties permitted power to the number of hopping channels |
| Pending change we are aware of, October 2026 | None in this band that we are aware of | The NextNav petition, undecided |
| Portability to the other column | Not usable on the US plan | Not usable in India |
| Whose rules apply | WPC Wing, Department of Telecommunications | FCC |
| Approvals Identium holds | BIS certification; UHF readers and antennas WPC-approved for India’s licence-exempt UHF RFID band | None — we hold no FCC authorisation |
The practical trap is rarely the physics. A reader is dispatched configured to one region profile, and on some models that profile is locked at the factory or needs a specific tool to change. Read range that disappoints after import is worth ruling out as a region-configuration problem before anyone spends a fortnight blaming metal or liquid. Our guide to choosing a reader covers the rest of the specification; this is the part that cannot be fixed later in software.
Three things to put in writing before you order
- If the destination market’s channel plan is revised during this hardware’s service life, what is the upgrade path — firmware, or replacement? Nobody can promise a regulatory outcome, but a supplier can tell you whether the radio is firmware-defined and whether a new channel plan would be a software change or a new unit.
- Does the quoted read performance assume the channel plan of the market I am deploying in? Read performance is typical and environment-dependent in any case, never guaranteed, and a figure measured on a 50-channel plan is not a promise about a 22-channel one.
- Who carries responsibility for local type-approval or registration in the destination country — you, us, or your importer?
Where Identium stands, and what we cannot tell you
We manufacture passive UHF tags, labels and inlays, hard and on-metal tags, cards, wristbands and animal tags at our New Delhi factory, and we build UHF and HF readers and UHF antennas. Every reader ships with an SDK, demo app and source code, and units are tested in-house.
Stated plainly, because it is the part most supplier pages blur: Identium is BIS certified, and our UHF readers and antennas are WPC-approved for India’s licence-exempt UHF RFID band. We hold no FCC authorisation, and no CE, RoHS, REACH or ISO 9001 certification — we never claim them, and you should ask any supplier, us included, for the certificate and its scope. Nothing we sell is offered as approved for the American band, we are not a party to the FCC proceeding, and we have no outcome to sell you.
What we can do is work backwards from where the hardware will be switched on. Tell us the destination market at enquiry stage and we will confirm the region configuration your order should ship with, and what documentation is realistic there, before anything is built. Buyers working through the Indian paperwork should start with our BIS and WPC compliance guide.
Spectrum fights are decided by regulators over years. The decision in front of you is smaller and sooner: which allocation this hardware is for, written into the purchase order rather than assumed.
Related reading
- RFID frequency by country — the allocation reference table this post deliberately does not restate.
- RFID frequencies — the authoritative page on India’s 865–868 MHz allocation and the 2021 Rules in full.
- Do RFID tags need CE or FCC certification? — which approvals attach to the reader rather than the tag, and what a grant actually covers.