HomeDroneAmbarella CV5 Drone Chip Powers Antigravity A1 at CES

Ambarella CV5 Drone Chip Powers Antigravity A1 at CES


CES 2026 begins January 6, and Ambarella’s newest edge-AI know-how is again within the drone highlight. The US-headquartered semiconductor firm introduced that its CV5 AI imaginative and prescient system-on-chip (SoC) is powering the brand new Antigravity A1, a compact drone positioned because the world’s first all-in-one 8K 360-degree aerial digicam. The plane is being demonstrated at CES as a showcase for Ambarella’s low-power, high-resolution imaging platform and its capability to run AI inference immediately on the sting.

Antigravity A1 8K 360-degree drone powered by Ambarella CV5 edge-AI processor on display at CES.Antigravity A1 8K 360-degree drone powered by Ambarella CV5 edge-AI processor on display at CES.
The Antigravity A1

The debut comes at an uncommon second. Whereas CES exhibitors spotlight new drone capabilities pushed by superior silicon, the FCC’s latest transfer so as to add all foreign-manufactured drones and “essential parts” to its Lined Record may make it more durable for a few of these similar plane to enter or stay within the US market.

Ambarella brings imaging and edge AI collectively

In its announcement, Ambarella highlights the CV5 SoC because the processing core of the Antigravity A1. The chip helps 8K video seize and on-device AI processing at low energy ranges suited to light-weight drones. Ambarella positions the platform as a option to allow smarter, extra autonomous programs that may carry out notion, topic monitoring, and analytics with out counting on cloud connectivity.

Ambarella has an extended historical past in high-performance imaging silicon. Its video and imaginative and prescient processors have powered motion cameras, safety programs, automotive notion platforms, and earlier generations of camera-focused drones. With CV-series SoCs, the corporate is extending that heritage into edge AI, combining superior picture processing with devoted neural-network acceleration on the identical chip.

The Antigravity A1 itself is marketed as a sub-250-gram plane designed for each shoppers {and professional} creators. Its dual-lens configuration allows full-sphere 360-degree seize, with the CV5 SoC dealing with high-resolution video and AI workloads on board.

For drone producers, Ambarella’s pitch is evident: higher video high quality plus longer flight time, with out sacrificing compute functionality.

A aggressive marketplace for “drone brains”

Ambarella competes in a crowded edge-AI panorama that features platforms similar to NVIDIA Jetson, Qualcomm’s robotics and drone-focused Snapdragon programs, and different devoted AI imaginative and prescient processors. Lots of these options emphasize uncooked compute efficiency or developer ecosystem power.

Ambarella’s differentiator is its “imaging-first” structure. The corporate’s chips are constructed round superior video pipelines, then layered with AI acceleration optimized for imaginative and prescient duties. That mixture is engaging for small drones that want high-quality video, low latency, and robust battery effectivity somewhat than massive, power-hungry compute modules.

That positioning may turn into extra important as drone makers search for {hardware} stacks that steadiness efficiency, power effectivity, compliance concerns, and long-term supply-chain stability.

FCC coverage shifts increase new supply-chain questions

In December 2025, the FCC added foreign-manufactured uncrewed plane programs and foreign-produced UAS “essential parts” to its Lined Record below authority linked to the FY25 Nationwide Protection Authorization Act. Merchandise on the Lined Record can’t obtain new FCC gear authorizations, that are required for importation and advertising and marketing in america.

The FCC clarified that current authorizations are usually not robotically revoked. Beforehand accredited plane could proceed to be bought and used, though the company additionally outlined a course of that might permit future motion affecting import or advertising and marketing in sure circumstances.

This transformation has broad implications past any single model. It applies to foreign-made drones usually, and to particular classes of parts deemed essential to UAS operation.

US-designed chip, foreign-made plane: the place A1 suits

The Ambarella-Antigravity pairing illustrates the complexity of at this time’s drone provide chains.

Ambarella is a US-headquartered fabless semiconductor firm. It designs its chips domestically however, like most chip distributors, depends on abroad fabrication companions for manufacturing. The Antigravity A1, in the meantime, is a brand new drone model incubated by Insta360, which relies in China and usually manufactures {hardware} overseas.

If the A1’s radio {hardware} secured FCC certification earlier than the December ruling, its preliminary US availability could stay unaffected. Nonetheless, as a result of it’s a foreign-manufactured plane utilizing foreign-produced parts, its future variants or {hardware} revisions may face extra limitations in the event that they require new FCC authorizations. Any evaluation will rely upon how the company interprets manufacturing origin and part standing below the Lined Record framework.

On the similar time, Ambarella’s US headquarters and lengthy monitor report with Western automotive and safety clients could make it an interesting know-how accomplice for US or NDAA-aligned drone producers which might be searching for extra domestically oriented {hardware} stacks.

A narrative to observe: innovation at CES, coverage in Washington

The Antigravity A1 exhibits how fast-moving edge-AI innovation and evolving regulatory coverage are actually intersecting within the drone business. On the CES ground, Ambarella’s CV5 chip demonstrates what is feasible when highly effective imaging and AI run immediately on light-weight plane. In Washington, new guidelines are reshaping which programs can attain the US market, and below what situations.

How drone producers align design, manufacturing location, and part sourcing in response to those shifts could turn into one of many defining business questions of 2026.

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