FCC Blocks Two Consumer Devices Over a HiSilicon Surveillance Chip, and the Rule Took Effect Nine Days Ago

The US Federal Communications Commission has refused equipment authorization to two consumer devices — a dashboard camera and a wireless video transmitter — because each contains a semiconductor made by HiSilicon, Huawei’s chip subsidiary, which sits on the FCC’s Covered List. The rules that caught the devices took effect on October 13, 2026, and this is the first enforcement action under them.

The point of the rule change is the word “contains.” Until October 13, the restriction applied to equipment made by a listed company. The revised rule reaches any product that incorporates a listed company’s restricted semiconductor, even when that company is not the brand on the box. A dashcam or video transmitter built by a third-party manufacturer can therefore be blocked because of a single component inside it.

HiSilicon’s Hi3516CV610 is the chip in question, marketed as a UHD smart vision system-on-chip for surveillance applications. Its own product documentation describes detection algorithms for human faces. The FCC’s position is that a restricted logic-bearing semiconductor inside a device is enough to deny authorization, regardless of who assembled the device around it.

The FCC was careful about what it did not say. Its announcement does not establish that the dashboard camera transmitted anything to Huawei, or that it engaged in unauthorized surveillance. The denial rests on the component’s origin and classification. No finding about how the device behaved in use was needed.

The two devices are ordinary categories. Dashboard cameras capture vehicle video and increasingly run on-device analysis; wireless video transmitters move signals between cameras, monitors and recorders in broadcasting, security and industrial settings. Neither is telecom infrastructure, which is where Huawei restrictions have historically been argued. The component rule pulls consumer electronics, surveillance hardware and industrial video into the same framework.

For buyers and distributors, the practical change is upstream. Equipment authorization is the gate to selling in the US, and it now depends on the bill of materials. The brand on the box is no longer the deciding factor. A product whose design was approved last month can be blocked today if a single chip inside it comes from a listed supplier. That shifts compliance work from the procurement team’s vendor list to the engineering team’s component selection, and it makes component-level traceability a condition of market access instead of a paperwork exercise.

Supplier’s note: We stock HiSilicon Hi3516-series and competing smart vision SoCs for surveillance and dashcam builds, and we can quote substitute parts from Novatek and Ambarella with comparable H.265 encode and on-chip face detection where the application requires it. Lead time on both substitute lines is six to eight weeks from our Shenzhen warehouse, and we hold buffer stock of the Hi3516CV610 for customers whose products are not destined for the US market. If your build targets FCC authorization, send us your bill of materials before you commit to a sensor-processor pairing, because swapping the SoC late in a design cycle usually forces a PCB and firmware rework that costs more than the component itself. We have seen that rework run to several weeks on a typical dashcam platform.