Lenovo ThinkCentre neo 50q Gen 5 13B9002XUS Desktop Computer - Intel Core 5 210H - 16 GB - 512 GB SSD - Tiny - Black

Lenovo ThinkCentre neo 50q Gen 5 13B9002XUS Desktop Computer - Intel Core 5 210H - 16 GB - 512 GB SSD - Tiny - Black

Sale price  $989.99 Regular price  $1,039.00
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Lenovo ThinkCentre neo 50q Gen 5 13B9002XUS Desktop Computer - Intel Core 5 210H - 16 GB - 512 GB SSD - Tiny - Black

Lenovo ThinkCentre neo 50q Gen 5 13B9002XUS Desktop Computer - Intel Core 5 210H - 16 GB - 512 GB SSD - Tiny - Black

Sale price  $989.99 Regular price  $1,039.00

Lenovo ThinkCentre neo 50q Gen 5 13B9002XUS Desktop Computer - Intel Core 5 210H - 16 GB - 512 GB SSD - Tiny - Black

Neo Series | Time-honored yet future-ready

Classic meets modern with these powerful, smart, and stylish desktop and all-in-one PCs. Easy to manage and energy efficient, they're ideal for the modern workplace, wherever that may be. Made with eco-friendly technology and materials, including recycled plastic packaging, they're everything a forward-looking business needs.


  • Core 5 enhances desktops with large cache and fast memory support, delivering balanced performance and long-term efficiency

  • 16 GB memory delivers high-capacity performance to run intensive applications smoothly including advanced graphic design suites and high-definition multimedia content

  • 512 GB SSD offers fast data access and sufficient capacity for storing media libraries and essential files without compromising system speed

  • Desktop Computer offers easy internal access for hardware upgrades, allowing users to expand memory, storage, or graphics capabilities with minimal effort

  • Windows 11 Pro OS enhances productivity and creativity by offering a stable, intuitive, and responsive computing environment

  • Tiny form factor ensures structural integrity and consistent performance

  • Wireless LAN enables seamless connectivity with reliable signal strength, supporting high-speed internet access

  • Bluetooth ensures stable wireless communication by minimizing interference from nearby devices for consistent and reliable conn

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