LattePanda 2 Alpha 864s with Titan Case & Streaming Cable & Touch Display

The LattePanda 2 Alpha 864s is a compact single-board computer featuring the robust Intel Core i5 8210Y or 8200Y Dual-Core processor, capable of speeds from 1.6 GHz to 3.9 GHz. It pairs with Intel UHD Graphics 617 for fluid video playback and high quality 4K Ultra HD output, making it an ideal choice for visually demanding applications.

With 8GB of memory and integrated dual-band Wi-Fi and Bluetooth 4.2, this device ensures fast data connectivity. It boasts several versatile ports, including USB 3.0, USB Type-C, and dual M.2 PCIe slots. These allow seamless integration with peripherals, SSD, GPU enhancements, and versatile network expansions, further enhancing its utility as a powerful engine for diverse projects.

The LattePanda 2 Alpha supports Windows 10, Linux, and Android, offering flexibility in your operating system choice. It also has an integrated Arduino coprocessor, helping bridge the gap between software and hardware prototyping within projects. This feature enhances its functionality within IoT applications, home automation, or educational projects, serving as an adaptable tool for innovative computing solutions.

Equipped with an eDP interface, it allows easy connection to high-resolution LCD displays while minimizing cable clutter. Additionally, its Type-C interface offers efficient data transfer, power delivery, and 4K video output through a single port, streamlining operations within compact and complex builds.

LattePanda ensures superior documentation and community engagement, providing robust support through guides, expert forums, and active community sharing. Users are empowered to tackle any project outcome with assistance from the passionate LattePanda community and technical team.

For industry-specific use, LattePanda offers customization options for hardware and software modifications, including boot screens and BIOS settings. Backed by international certifications like CE, FCC, KC, and RoHS, these features guarantee the safety and reliability of deployments across various settings.