The Ultimate Raspberry Pi 5 Build: NVMe Speed Meets the New 10″ Touch Display
The Raspberry Pi ecosystem is constantly evolving, and the introduction of a larger, official touch-supported screen has opened up entirely new opportunities for makers and developers. For a long time, building a high-performance, interactive setup meant compromising on either storage speed or screen real estate. Not anymore.
In this build, we are pairing the top-tier Raspberry Pi 5 (8GB RAM) with a blazing-fast 1TB NVMe SSD and—the real star of the show—the brand-new official Raspberry Pi Touch Display 2 (10.1″). This combination takes the Pi from a humble single-board computer to a true powerhouse coding station, tablet, or dashboard.
The Engine: Pi 5 & NVMe Storage
We already know the Raspberry Pi 5 is a massive leap in processing power, but pairing the 8GB model with a 1TB NVMe SSD completely changes the experience. Boot times are practically instant, and system bottlenecks caused by traditional microSD cards are a thing of the past. If you are compiling code, running Docker containers, or spinning up a local home server, moving your root filesystem to an NVMe drive is an absolute game-changer.
The Display: Going Big with 10 Inches
The newly released Raspberry Pi Touch Display 2 gives us a massive 10.1-inch IPS LCD panel with a crisp 1200 × 1920 resolution. It features an anti-glare finish and 10-point capacitive multi-touch, making it significantly more capable than the older 7-inch models.
A few critical things to note about this new display:
- Pi 5 Exclusive: Because the higher resolution requires a 4-lane MIPI DSI connection, this 10-inch screen is only compatible with the Raspberry Pi 5 (and newer Compute Modules on a carrier board). It will not work with a Pi 4 or older.
- Simple Wiring: Despite the size, it keeps things remarkably clean. It only requires a power cable to the GPIO header and a ribbon cable to the DSI port.
- Native Portrait: Out of the box, it defaults to a portrait orientation, which is fantastic for digital signage or smart kiosks. However, you can easily rotate it to landscape within Raspberry Pi OS for a more traditional tablet layout.
What Can You Build With It?
Having this much power and screen space opens up fantastic possibilities:
- Model Railway Automation: This setup is ideal for running complex, localized hardware projects. You could easily use it as a robust, touch-enabled control panel for a G-scale or Gauge 1 layout, giving you immediate, responsive control over track logic and signals.
I plan to use this in my PiSignalBox model railway application - Custom Python GUIs: If you develop event-driven applications using frameworks like PySide6, this 10-inch canvas is perfect for testing Model-View-Controller layouts directly on the hardware.
- Home Automation Dashboard: With its responsive 10-point touch screen and speedy NVMe storage, this setup makes a fantastic centralized hub for your smart home. You can run software like Home Assistant to control your lighting, monitor security cameras, and manage smart plugs all from one sleek, responsive interface.
Are you planning to upgrade to the new 10-inch display? Let me know what you’d build with this setup in the video comments!