Lenovo is ahead of the entire industry with the first laptop equipped with NVIDIA RTX Spark

The NVIDIA RTX Spark platform has begun to move from the realm of rumors to that of concrete products, and the first to show its face is a team that does not quite fit with what was expected of this technology: the Lenovo Yoga 9n 2-in-1. It is a convertible laptop with a touch screen and stylus, a format designed for creative and productivity use, which would now incorporate a chip originally designed for high-performance artificial intelligence workloads.

The announcement comes just a month and a half after NVIDIA presented the RTX Spark platform at Computex 2026, and confirms that Lenovo has been one of the first manufacturers to bring that silicon to a final consumer product, instead of reserving it only for workstations or servers specialized in training artificial intelligence models.

An aluminum chassis with a 360-degree hinge

The first images of the Yoga 9n 2-in-1 show a unibody aluminum chassis with a 360-degree hingethe hallmark of the Yoga range that allows you to transform the laptop into a tablet or place it in tent mode. The team sets up a 14-inch display with 2.8K PureSight OLED panelaccompanied by a Yoga Pen 2 for drawing and handwritten notes.

In the sound section, the Yoga 9n incorporates four speakers and two tweeters certified by Dolby Atmosan audio configuration much higher than what conventional laptops of this size usually have. In terms of connectivity, the left side brings together an HDMI port, USB-A, USB-C and a 3.5 millimeter headphone jack, while the right side adds another USB-A, a full-size SD card reader, an additional USB-C and the power button.

RTX Spark: from desktop superchip to laptop silicon

The most striking thing about the Yoga 9n 2-in-1 is precisely what it has inside: a 20-core ARM processor combined with a Blackwell GPUthe same graphics architecture that NVIDIA uses in its most recent desktop cards. According to the information available, the graphics performance would be approximately equivalent to that of a desktop RTX 5070, a notable figure for a chip integrated into a convertible laptop and not in a desktop tower with plenty of space and dissipation.

This unified memory architecture (CPU and GPU sharing the same LPDDR5X memory pool, with up to 128 GB available depending on the configurations mentioned) is the key that allows RTX Spark run large AI models directly on the devicewithout depending on the cloud to process workloads that until now required dedicated servers. NVIDIA has indicated that this platform seeks to reinforce interoperability between the Blackwell ecosystem and Windows 11, so that professional profiles such as developers or content creators can move AI loads between their local computer and the cloud without friction.

Refrigeration and consumption, the pending unknown

Putting a chip initially designed for workstations inside such a thin convertible chassis poses an obvious cooling challenge. Lenovo has confirmed that the Yoga 9n will include a low-profile fan, although the final clock speeds and exact TDP of the CPU and GPU set in this specific format have not yet been detailed. This data will be decisive in assessing whether the equipment can sustain the performance close to an RTX 5070 attributed to it for a long time, or if that peak power is reserved for short bursts before the system limits consumption due to temperature.

It also remains to be clarified how the computer manages the distribution of memory between traditional graphic tasks (video editing, design, light games) and artificial intelligence loads that can run in the background, something that will depend largely on how Windows 11 and NVIDIA drivers manage that shared memory architecture in a mixed-use and not purely professional environment.

Along with the Yoga 9n 2-in-1, Lenovo also prepares the Yoga Pro 9na 15 inch laptop that I would bet on a format closer to that of a traditional MacBook Pro, without a convertible hinge. This model would include a larger screen, a haptic touch panel and a dual-fan cooling system that, according to the first leaked images, would suggest a more ambitious thermal design than that of the convertible itself, something logical if the goal is to sustain the performance promised by the RTX Spark platform for longer.

Context: price and availability still unconfirmed

Neither Lenovo nor NVIDIA have confirmed prices or release date for neither of the two models, so any cost estimate is pending an official announcement. Taking into account that the RTX Spark platform is based on a premium positioning aimed at professionals and creators, it is reasonable to expect high-end prices, although without concrete figures any comparison with the European market would be premature.

With this, Lenovo is ahead of other manufacturers in the race to bring RTX Spark to a final consumer product, and it also does so in a format designed for creators rather than pure developers, which could set the tone for how the rest of the industry decides to position this platform in the coming months.