OpenAI Fast-Tracks AI Agent Smartphone to 2027, Targets 30 Million Units with Custom MediaTek Chip

OpenAI wants to own the device you use to talk to AI. According to a detailed supply chain report from analyst Ming-Chi Kuo published in early May 2026, the company has accelerated its plans for an AI agent smartphone, pulling forward mass production to the first half of 2027 — potentially setting up a launch that could arrive just months before the company’s anticipated public offering. The report offers the most specific picture yet of the hardware strategy behind OpenAI’s long-gestating consumer device ambitions: a custom silicon roadmap, a 30-million-unit shipment target, and a design philosophy that puts AI agents at the center of the user experience rather than traditional applications.

Custom Silicon: The Dimensity 9600 on N2P

At the core of the device is a chip strategy that breaks from the Qualcomm-dominated Android ecosystem. Kuo reports that OpenAI has chosen a customized version of MediaTek’s Dimensity 9600 as the processor for its first smartphone, with the chip scheduled to be built on TSMC’s N2P process node in the second half of 2026 — placing production at the leading edge of semiconductor fabrication at the time of manufacture.

The choice of MediaTek over Qualcomm is strategically significant. MediaTek is Taiwan-headquartered and has been aggressively expanding its on-device AI capabilities, building neural processing units optimized for large language model inference at edge conditions. A custom variant of the Dimensity 9600 would give OpenAI the ability to tune the chip’s AI acceleration blocks specifically for the inference workloads generated by its own models — a level of vertical integration that Apple achieved with its A-series chips and that Qualcomm-based Android OEMs have historically been unable to match.

The selection of TSMC’s N2P node for production is equally notable. N2P (the second-generation version of TSMC’s 2-nanometer-class process) is the same advanced node being used for Apple’s next-generation A-series chips. Manufacturing the OpenAI phone’s silicon alongside Apple’s processors at TSMC positions the device at the absolute frontier of consumer chip technology — and signals that OpenAI is competing for processing performance, not just AI software capability.

30 Million Units: An Ambitious Launch Trajectory

Kuo projects that combined 2027–2028 shipments for the OpenAI smartphone could reach approximately 30 million units if development stays on track. That figure would place the device in rarefied company: for reference, Google’s Pixel line sells roughly 10 million units annually, and Apple’s iPhone business ships over 200 million. A 30-million-unit target over two years would make OpenAI’s entry an immediate mid-tier player in the premium smartphone segment.

The scale ambition reflects OpenAI’s conviction that the AI smartphone category — devices designed from the ground up around AI agents rather than apps — will generate a demand curve distinct from the existing premium handset market. Consumers who would not upgrade a perfectly functional iPhone may upgrade for a device that fundamentally changes how they interact with AI systems.

Several drivers make 2027 timing strategic. OpenAI has targeted a late-2026 public offering, and a visible, high-profile hardware product in active production would anchor the company’s consumer story ahead of that IPO. The device would also arrive as Apple Intelligence matures on iPhone, Google deepens Gemini integration across Android, and Samsung continues to build Galaxy AI — creating a crowded but validating competitive context.

Jony Ive’s Vision: The Screenless Device

Parallel to the smartphone, the device ecosystem that Jony Ive is designing for OpenAI has come into clearer focus. Ive’s first product — revealed in February 2026 and further confirmed in recent reports — is a screenless smart speaker with a camera, targeting a launch in early 2027.

The no-screen design reflects a core philosophical position that Ive and OpenAI CEO Sam Altman have articulated in various contexts: that the smartphone’s screen-centric design has become pathological, and that the next computing paradigm should help users engage with the world rather than stare at a rectangle. The Ive device is intended to sit in ambient spaces — living rooms, offices, kitchens — offering voice and vision-based AI interaction without the attention-capturing surface of a display.

This positions it as a companion product rather than a competitor to the smartphone. The two devices together outline a hardware ecosystem strategy: an AI-native smartphone for mobile contexts, and an ambient AI listener-observer for home and work environments. Additional products reportedly in development include smart glasses and earbuds, suggesting OpenAI is assembling what could become a full “AI wearable and ambient device” portfolio.

Competing With Every Major Platform

The competitive environment OpenAI is entering is formidable. Apple is expanding its AI integration through iOS 27, with reports of an AI provider selection interface that would allow users to switch between OpenAI, Google, and Anthropic at a system level — potentially commoditizing the AI layer that OpenAI is trying to use as a hardware differentiator. Google has deeply integrated Gemini into Android and Pixel. Samsung’s Galaxy AI capabilities have matured significantly. And Qualcomm has invested heavily in on-device AI acceleration for its Snapdragon platform.

OpenAI’s counter-argument is that none of these companies can offer the full depth of ChatGPT capabilities in a device designed entirely around that experience. When you use AI on an iPhone, you are using Apple’s OS, Apple’s UI conventions, and a selection of AI models that Apple has chosen to integrate. An OpenAI phone would give the company control over the full experience stack — something no other AI-first software company currently has in the smartphone market.

The risks are equally significant. Hardware is an extraordinarily difficult business: the device supply chain is complex, margins are thin at anything below premium price points, retail and carrier distribution require relationships that OpenAI does not yet have, and the failure modes are public and expensive. The history of software companies entering the hardware business is littered with cautionary examples — from Amazon’s Fire Phone to Meta’s Portal.

TSMC’s Role and the Taiwan Connection

For Taiwan’s semiconductor industry, the OpenAI phone represents another high-profile demand signal for TSMC’s most advanced fabrication nodes. A custom MediaTek chip built on N2P would require TSMC’s leading-edge capacity at a time when that capacity is already heavily committed to Apple, NVIDIA, and AMD.

MediaTek itself is headquartered in Hsinchu, Taiwan, making the choice of a custom MediaTek chip a significant endorsement of Taiwan’s semiconductor ecosystem as the foundation for OpenAI’s hardware ambitions. If the device achieves even a fraction of its 30-million-unit target, it would generate meaningful incremental demand for both TSMC’s advanced nodes and MediaTek’s custom silicon business.

The deeper implication is structural: as AI companies move from pure software plays to full-stack hardware strategies, Taiwan’s role as the physical manufacturing layer for that ambition only deepens. Whether it’s NVIDIA’s Blackwell GPUs, Apple’s A-series processors, or now OpenAI’s custom smartphone silicon, the chips that power the AI era are overwhelmingly built in Taiwan.

What’s Next

OpenAI has not officially confirmed a smartphone product. The Kuo report is supply chain intelligence, not a company announcement, and production timelines for consumer electronics frequently shift. But the specificity of the details — a named chip, a production node, a shipment target, a manufacturing timeline — suggests active product development rather than early-stage exploration.

The most immediate milestone to watch is the chip tape-out at TSMC, expected in the second half of 2026. A successful tape-out would lock in the hardware specifications and set a reliable clock for a 2027 launch. Until then, the OpenAI smartphone remains the most consequential unconfirmed product in consumer technology.