FCC 26-50: What Keyboard Manufacturers Must Know About the New US FCC ID Supply-Chain Rule

On October 13, 2026, the US Federal Communications Commission (FCC) put its final rule FCC 26-50 into force. The rule closes a "component-part loophole" by extending the equipment-authorization ban to "logic-bearing hardware components" made by entities on the FCC's Covered List. For keyboard manufacturers and mouse manufacturers that ship wireless products to the United States, the practical effect is direct: a new FCC ID application can be denied if the device's wireless chip or module traces back to a covered supplier. The change applies to new equipment-authorization filings on or after October 13, 2026, and is not retroactive to devices already holding a valid FCC ID.

Who: US Federal Communications Commission (FCC), Office of Engineering and Technology. What: Final rule FCC 26-50 bans FCC authorization for devices that incorporate covered logic-bearing hardware components. When: Adopted July 22, 2026; released July 23, 2026; published in the Federal Register on September 11, 2026; effective October 13, 2026. Where: United States — the FCC equipment-authorization program (FCC ID) for radio-frequency devices. Why: To close a supply-chain loophole that let third-party products using covered entities' components still reach US authorization. How: Buyers and OEM factories must now document chip-level bill-of-materials (BOM) provenance, not just rely on a module vendor's existing FCC grant.

News Background

The FCC's equipment-authorization program is the gate every radio-frequency product must pass before it can be imported, marketed, or sold in the United States. Wireless keyboards and wireless mice are intentional radiators under 47 CFR Part 15, so each model needs its own FCC ID through the certification route. Until FCC 26-50, the authorization ban targeted finished devices made by Covered List entities. A brand could still buy a wireless system-on-chip or module from a covered supplier, build a keyboard or mouse around it, and obtain a separate FCC ID — the "component-part loophole."

FCC 26-50, adopted July 22, 2026 and effective October 13, 2026, shuts that path. It prohibits authorization of any device that incorporates a "logic-bearing hardware component" produced by a Covered List entity, where the finished device would itself have been barred had that entity built the whole product. The rule also forces any modification or permissive change by a Covered List entity through full certification, extends marketing rules to online marketplaces that list unauthorized equipment, and requires those marketplaces to display the device's FCC ID at the point of sale.

Key Facts and Data

The following points are drawn from the FCC final rule as published in the Federal Register. Readers should verify them against the FCC 26-50 official text and the current Covered List.

The FCC defines a "logic-bearing hardware component" as a physical component — device, system, module, subassembly, or integrated circuit — that performs digital-signal or radio-frequency data processing, such as wireless chipsets, communication modules, trusted-platform modules, or cryptographic elements. Passive parts are explicitly outside the ban: housings, fasteners, plain resistors, ordinary wire, and battery cells are not covered. Software and firmware are not part of the component ban.

How FCC 26-50 Changes the Keyboard Manufacturer's FCC ID Process

The immediate pressure lands on new-product development, not on existing US inventory. Wireless keyboard and mouse SKUs filed for FCC ID after October 13, 2026 must now clear a component-level check. Three shifts stand out:

• Module-level FCC grants no longer settle the question. A wireless module that already carries its own FCC ID does not guarantee the finished keyboard or mouse will pass, because the authorization now looks through the module to the chip inside it.
• Chip provenance becomes a documented requirement. Buyers and factories must be able to name the actual producer of the Bluetooth or 2.4 GHz SoC, not stop at the module brand.
• Change control tightens. Swapping the wireless chip, module, main controller, or RF circuit on an already-certified model can void the existing FCC ID and trigger a fresh, full certification.

For a plastic-injection and mold partner, the good news is structural: the molded housing, keycaps, and internal brackets are passive, mechanical parts and sit outside the component ban. The exposure lives in the wireless silicon the brand customer selects, not in the tooling we build.

What It Means for Buyers

Recommendations for Buyers and Product Managers

• Build a component provenance file. For every wireless SKU, record the producer of the Bluetooth/2.4 GHz SoC and module, with sourcing evidence acceptable to your certifier.
• Screen the BOM early. Run the Covered List check at the RF-component selection stage, before PCB layout and tooling commit, so a late discovery does not sink a mold investment.
• Freeze the wireless platform. Treat the module/chip choice as a change-controlled item; any swap routes through a full recertification review.
• Separate the housing from the risk. The plastic enclosure and mechanical parts are outside the ban — keep tooling timelines independent of the RF re-qualification schedule.
• Watch the proposed HBOM/SBOM rule. The Third FNPRM (filed August 6, 2026) is not yet final, but if adopted it would make full hardware/software bill-of-materials disclosure a standard part of US authorization.

Pre-certification checklist for US-bound wireless keyboard / mouse programs

• Wireless SoC and module producer identified and documented
• Component checked against the current FCC Covered List
• Module FCC ID recorded, but not relied on as the only evidence
• Change-control rule set for any RF-component swap
• Marketplace FCC ID display requirement built into packaging artwork
• Lab engaged for full re-certification path if a covered component is found

Frequently Asked Questions

Q1. Does FCC 26-50 apply to my existing wireless keyboard already sold in the US?

No. The rule is not retroactive. Devices that held a valid FCC ID before October 13, 2026 keep their authorization. The new component check applies to fresh equipment-authorization applications filed on or after that date.

Q2. My wireless module already has an FCC ID. Is my finished keyboard automatically cleared?

Not automatically. FCC 26-50 looks through the module to the logic-bearing components inside it. If a covered wireless chip sits beneath the module, the finished device can still be denied a new FCC ID. The module grant is necessary but no longer sufficient.

Q3. Are the plastic housing and keycaps affected by the component ban?

No. The FCC explicitly excludes passive, mechanical parts — housings, fasteners, plain resistors, ordinary wire, and battery cells — from the logic-bearing component definition. The molded enclosure is outside the ban; the risk sits in the wireless silicon.

Q4. What happens if I change the wireless chip on a certified model?

Swapping the wireless module, chip, main controller, or RF circuit can void the existing FCC ID and require a full new certification. Treat the RF component as change-controlled and re-qualify before any swap ships.

Q5. Is the proposed HBOM/SBOM disclosure rule already in force?

No. The Third Further Notice of Proposed Rulemaking was filed on August 6, 2026 and is still a proposal. It is not effective. If adopted, it would require fuller hardware and software bill-of-materials disclosure for US authorization. Verify its status against the official FCC record before relying on it.

Conclusion

FCC 26-50, effective October 13, 2026, moves US equipment authorization from a finished-device check to a component-level supply-chain check. For keyboard manufacturers and mouse manufacturers, the takeaway is clear: win the wireless-chip provenance question before tooling commit, keep the molded housing on its own timeline, and treat any RF-component swap as a full recertification event. The plastic and mold side of a keyboard or mouse program is structurally outside the ban — the exposure is in the silicon your customer chooses.

Ready to scope a US-bound wireless keyboard or mouse program? Upload your design for DFM review, request a quote, or get a free sample from our injection-molding and mold-development team. Discuss your OEM project with us and we will map the housing and tooling timeline independently from your RF certification schedule.