Lenovo’s next generation of premium Yoga laptops has surfaced in a comprehensive leak, revealing two upcoming models powered by NVIDIA’s RTX Spark platform. The leaked information suggests the Yoga 9n 2-in-1 will be among the first convertible laptops to feature NVIDIA’s highly anticipated RTX Spark (N1X) super chip, bringing desktop-class AI capabilities to an ARM-based Windows device.
The details, first reported by Windows Latest, include official-looking render images and key specifications for both the Yoga 9n 2-in-1 and the higher-end Yoga Pro 9n, offering an early glimpse at Lenovo’s next wave of AI-focused premium notebooks.

NVIDIA RTX Spark: A New AI Super Chip
At the heart of the upcoming Yoga laptops is NVIDIA RTX Spark, also known by its internal codename N1X.
Unlike traditional laptop processors that combine separate CPUs and GPUs, RTX Spark adopts a unified system architecture featuring:
- 20-core ARM-based CPU
- Blackwell architecture GPU
- 6,144 CUDA cores
- Support for up to 128GB LPDDR5X unified memory
- Up to 1 petaflop of AI computing performance
NVIDIA positions RTX Spark as a new class of “AI super chip” capable of running advanced generative AI models locally, reducing reliance on cloud computing while significantly accelerating AI-assisted workloads.
The architecture is expected to deliver substantial performance improvements for AI content creation, software development, scientific computing, and next-generation productivity applications.
Yoga 9n 2-in-1: Familiar Design, Next-Generation Hardware
According to the leaked renders, the Yoga 9n 2-in-1 closely follows the industrial design of Lenovo’s current Yoga 9i 2-in-1 Aura Edition, while introducing the new RTX Spark platform.
The device retains Lenovo’s signature 360-degree Soundbar hinge, allowing users to seamlessly switch between multiple usage modes:
- Laptop mode
- Tent mode
- Stand mode
- Tablet mode
The premium aluminum chassis is shown in Lenovo’s familiar Cosmic Blue finish, continuing the Yoga series’ refined design language.
14-Inch OLED Display and Premium Features
The Yoga 9n is expected to feature a 14-inch PureSight Pro OLED display with a 2.8K resolution, offering vibrant colors, deep contrast, and slim bezels.
Additional premium features reportedly include:
- Infrared camera with Windows Hello facial recognition
- Physical webcam privacy shutter
- Copilot key for AI-powered Windows features
- Integrated keyboard layout
- Support for the Yoga Pen Gen 2 stylus
These additions reinforce Lenovo’s positioning of the Yoga 9n as a premium productivity device designed for creators, professionals, and hybrid workers.

Comprehensive Connectivity
The leaked images indicate the Yoga 9n will include a generous selection of ports.
Left side:
- HDMI
- USB-A
- USB-C
- 3.5mm headphone jack
Right side:
- USB-A
- USB-C
- Power button
Despite its slim profile, the laptop appears to maintain a strong emphasis on practical connectivity without requiring external adapters.
Yoga Pro 9n Targets Power Users
Alongside the convertible model, Lenovo is reportedly preparing the Yoga Pro 9n, a larger premium notebook built around the same RTX Spark platform.
The Yoga Pro 9n is expected to feature:
- 15-inch display
- Magnetic stylus storage
- Oversized precision touchpad
- Six-speaker audio system
- Four woofers
- Two tweeters
- Dolby Atmos support
Unlike the convertible Yoga 9n, the Pro model removes the numeric keypad to create additional space for larger speakers and an enhanced cooling system.

USB-C Charging and Improved Cooling
The Yoga Pro 9n reportedly abandons Lenovo’s traditional proprietary charging connector in favor of USB-C power delivery.
The leaked renders also reveal a raised bottom chassis designed to improve airflow and thermal performance while maintaining all-day battery life.
Connectivity is expected to include:
Left side:
- HDMI
- USB-A
- USB-C
Right side:
- USB-C (10Gbps)
- USB-A
- SD card reader
The inclusion of an SD card slot makes the device particularly appealing to photographers and video creators.
Windows 11 Optimized for ARM AI PCs
Because RTX Spark is based on an ARM architecture, Microsoft is reportedly making significant changes to Windows 11 to fully utilize the platform.
According to previous reports, Microsoft is updating the Windows task scheduler to better support heterogeneous computing architectures, allowing the operating system to intelligently distribute workloads across CPU, GPU, and AI processing units based on application requirements.
These optimizations are expected to improve both performance and energy efficiency for AI-powered Windows devices.
NVIDIA Preparing Native ARM Ecosystem
To support the transition, NVIDIA is also reportedly developing dedicated Windows 11 GPU drivers for RTX Spark.
The drivers are expected to enable support for key NVIDIA technologies, including:
- CUDA acceleration
- DLSS upscaling
- AI development frameworks
- Traditional Windows PC games
- Professional GPU computing applications
Native support for these technologies will be critical to ensuring ARM-based RTX Spark laptops can compete with traditional x86 Windows systems.

Availability
Lenovo has not officially announced pricing or release dates for either the Yoga 9n 2-in-1 or the Yoga Pro 9n.
However, with detailed renders and specifications already emerging, both devices are widely expected to debut during Lenovo’s upcoming autumn product launch season.
Outlook
The leaked Yoga 9n series represents one of the most significant shifts in Lenovo’s premium laptop strategy in recent years. By combining NVIDIA’s RTX Spark AI super chip with Windows on ARM, Lenovo appears to be positioning its next-generation Yoga lineup at the forefront of the emerging AI PC market.
If NVIDIA delivers on its promise of up to 1 petaflop of local AI performance, and Microsoft successfully optimizes Windows 11 for the new architecture, the Yoga 9n and Yoga Pro 9n could become among the first truly AI-native premium laptops, offering powerful on-device AI capabilities alongside the flexibility and premium design that have long defined Lenovo’s Yoga brand.









