NexPhone, the multi-OS smartphone, delayed until 2027

Nex Computer CEO Emre Kosmaz recently provided a status update explaining that the hardware will not begin shipping to eager backers and buyers until March 2027. According to the company leadership, this latest delay is primarily driven by engineering and manufacturing hurdles related to antenna placement and casing optimization. Building a device that attempts to bridge multiple demanding operating systems in a modern form factor has clearly presented structural roadblocks that require meticulous refinement before mass production can safely commence.

For those who have followed the device’s journey from digital concept to physical reality, a push from the initially targeted third quarter of 2026 to the first quarter of 2027 hardly registers as a crisis. Given that it took more than a decade for the NexPhone to transition from theoretical vapourware into an actual, tangible piece of hardware that consumers could reserve with their hard-earned money, a matter of several months feels like a relatively minor blip on an otherwise astonishingly long timeline. Long-time enthusiasts of the multi-boot convergence concept are evidently conditioned for patience.

While the engineering team works frantically to resolve the remaining hardware snags and chassis complexities, development on the software side has pressed forward unabated. In a notable upgrade that benefits those waiting out the delay, the NexPhone may now ship running Android 17 straight out of the box. Concurrently, the internal software engineering team is actively modifying Android’s native desktop mode to behave much more like a traditional desktop interface. Convergence—the seamless blending of pocket-sized mobile utility with full-scale workstation productivity—remains the primary unique selling proposition and core philosophy of the handset.

For readers unfamiliar with the device’s unique heritage, the NexPhone is positioned as a mid-range smartphone that distinguishes itself through a multi-operating-system capability. The hardware is designed to support Android, Debian running as an application within the Android environment, and Windows 11 on ARM architecture. When the concept was first conceived way back in 2012, the landscape of mobile computing looked vastly different, and the initial vision would have run Ubuntu as its primary Linux flavor instead of Debian. The persistence of the core idea across shifting technological eras is a testament to the enduring appeal of the convergence dream.

Beneath its software ambitions, the NexPhone features a robust hardware specification sheet built around a 6.5-inch display boasting a smooth 120 Hz refresh rate. Performance is driven by an 8-core Kryo 670 CPU paired with an Adreno 643 GPU and a substantial 12 GB of RAM. For local storage, the device offers 256 GB of space, while photography enthusiasts are served by a 64-megapixel Sony IMX787 main camera sensor. These components position it comfortably in the mid-range smartphone market on paper, though its software capabilities push it into a much more experimental territory.

Crucial to its core functionality as a convergence device is a fully-featured USB Type-C port, which allows users to drive a complete desktop experience simply by connecting the smartphone to an external monitor, keyboard, and mouse. To ensure users can take immediate advantage of this feature, the manufacturer thoughtfully bundles a multi-function USB Type-C hub directly in the retail box, removing an immediate barrier to entry for mobile workstation setups.

The financial landscape of the device has also seen minor adjustments alongside the timeline shifts. The initial pre-order price of $549 has experienced an upward nudge to $599 for newcomers joining the queue, a change the company attributes directly to rising component costs, particularly concerning memory. Naturally, customers who locked in their pre-orders earlier are protected from this price increase and will not be affected. However, the final retail cost for units sold after the initial launch phase is expected to be higher still, reflecting the economic pressures of producing such a specialized device. Further updates and details regarding the ongoing production schedule can be found directly on the company’s official blog as the revised March 2027 shipping window approaches.