ASUS recommends Windows.

    EeeBox PC EB1021

    Product Image

    Full HD Entertainment in a 1Liter-Sized PC

    • 1Liter-Sized compact PC
    • Genuine Windows 7 Professional
    • AMD Dual-Core Processor E-450
    • USB 3.0 - 10 times faster than USB 2.0
    • Integrated Graphic HD6320 with DX11 support
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      low energy consumption and easily recyclable

      Compact and Energy-efficient APU

      EB1021 runs on the AMD Dual-Core Processor Zacate E-450 processor and intergrated HD6320 to let you enjoy multimedia content on your LCD TV in Full HD 1080p.This revolutionary APU(Accelerated Processing Unit) combines processing power and advanced DX 11 support graphics in one small, energy-efficient design.


      low energy consumption and easily recyclable

      Cinematic Experience with FULL HD and HDMI

      Big things come in small packages and the EB1021 series is no exception—with an array of I/O ports ensuring full connectivity. HDMI and S/PDIF output ports ensure a Full HD 1080p home entertainment experience; while the built-in 802.11n WLAN and Ethernet LAN port keeps you connected to your home network. Additional I/O ports include: D-sub, card reader, headphone and mic jacks, and USB3.0 ports.


      low energy consumption and easily recyclable

      Save Space with VESA Mounting

      On top of the already ultra-compact form factor, cleverly-designed EeeBox PC mounting mechanisms allow each unit to be attached to the back of amonitor to further reduce space requirements.


      low energy consumption and easily recyclable

      USB3.0- Up to 10 Times Faster than USB2.0

      USB3.0 has a bandwidth of about 5Gbps or around 10 times that of USB2.0. This allows for high speed data transfers of large files like movies and videos. It also charges USB-compatible devices faster.


      com port and vga out port

      70% Energy Saving

      Thanks to exclusive Super Hybrid Engine* technology and energy-efficient processors, ASUS EeeBox PCs require 70% less energy than traditional PCs, boosting system performance when handling demanding tasks and lowering consumption when less power is needed.