OpenAI is reportedly moving beyond software subscriptions and into a much bigger play: building its own hardware lineup designed to keep users deeply tied into its AI services. Instead of relying only on ChatGPT-style apps running on phones and computers, the company is said to be developing a connected ecosystem that spans custom AI chips and consumer devices, with multiple products already rumored under internal codenames.
One of the most intriguing leaks points to AI earbuds known internally as “Sweetpea.” Based on a recent report from Taiwan, these OpenAI earbuds would lean heavily on cloud-based AI processing while still including some on-device intelligence powered by a Samsung-built 2nm Exynos chip. The report doesn’t specify which Exynos model would be used, but the detail that it’s 2nm suggests OpenAI is aiming for high efficiency and strong performance in a tiny, power-constrained device—exactly what you’d want for always-on voice features, real-time assistance, and responsive AI interactions.
Why the chip matters is simple: earbuds have strict limits on battery life, heat, and size. A leading-edge 2nm processor could enable faster wake-word detection, local audio processing, and low-latency tasks without constantly pinging the cloud—while still handing off heavier AI workloads to remote servers when needed.
Alongside Sweetpea, OpenAI is also rumored to be building another consumer device codenamed “Gumdrop.” Described as pen-shaped and roughly comparable in size to the classic iPod Shuffle, Gumdrop is said to skip a screen entirely, focusing instead on always-available AI supported by sensors. The device reportedly includes contextual awareness through cameras and microphones, allowing it to understand what’s happening around you and respond accordingly.
According to the reported details, Gumdrop is expected to do several things that hint at a new kind of AI-first gadget experience:
– Use a suite of sensors, including cameras and microphones, for contextual awareness
– Run customized OpenAI models locally, while using cloud compute for more demanding tasks
– Convert handwritten notes into text and upload them directly into ChatGPT
– Communicate with other devices, similar to how smartphones connect and share data
– Avoid being a traditional “wearable,” while still being easy to carry in a pocket or worn around the neck
– Target a launch window in 2026 or 2027
If accurate, Gumdrop sounds like an attempt to make AI assistance feel ambient and immediate—something you don’t “open” like an app, but instead interact with naturally throughout the day.
Behind these devices, OpenAI is also said to be investing in the infrastructure layer by commissioning a dedicated AI ASIC (application-specific integrated circuit) codenamed “Titan,” reportedly being designed with Broadcom and manufactured on TSMC’s 3nm process. The chip is expected to arrive by late 2026. Broadcom’s involvement also reportedly extends to advanced networking and optical connectivity—key building blocks for faster, more efficient AI data centers.
The strategic reason for an OpenAI-designed chip is clear: reducing reliance on NVIDIA GPUs, improving cost efficiency at scale, and strengthening bargaining power in an increasingly competitive AI hardware market. Other major tech companies have pursued similar paths with in-house accelerators, and OpenAI appears to be following that trend as demand for AI compute continues to surge.
The leak also mentions a next-generation chip, “Titan 2,” expected to move to TSMC’s A16 process. If that roadmap holds, it suggests OpenAI is planning not just a one-off chip, but a continuing multi-generation hardware strategy—potentially delivering major performance gains over time.
Taken together, these reports paint a picture of OpenAI aiming to control more of the stack: the AI models, the subscription services, the specialized silicon, and the devices people use every day. If the rumored Sweetpea earbuds, Gumdrop device, and Titan chips all materialize, OpenAI could shift from being “an AI service you access” into an AI platform you live inside—across your pocket, your desk, your ears, and the cloud.
