• Built-in Intel® Celeron™ N4100 (up to 2.2 GHz) quad-core processor
  • GIGABYTE Ultra Durable™ Technology
  • Dual channel DDR4 SO-DIMM slot support
  • All Solid Capacitors with Humidity Protection New Glass Fabric PCB design
  • Dual GbE LAN with WOL/PXE support and high ESD Protection
  • 2 x RS232/422/485, 2 x RS232, Digital I/O 4-in/4-out
  • M.2 CNVI slot, M.2 2280 slot Storage Support
  • Full size Mini-PCIe slot co-lay with mSATA
  • LVDS Header for System Integrated Flat Panel Display
  • Rear Panel HDMI 2.0 x 2 connectors for Multi-Display Connection
  • 3.5 inch SBC 146x102 mm Form Factor with 9~36 DC-In Power Design
  • Compatible with GIGABYTE 3.5 inch Fanless Chassis
  • Intel® Celeron™ N4100 Processor
    The Intel® Celeron™ N4100 Quad-Core processor is the latest system on chip (SoC) from Intel, combining CPU, graphics and memory controller in one package. Based on the 14nm manufacturing process, the Intel® Celeron™ N4100 uses the smallest package of any desktop processor within a low thermal envelope of on 6 watts. The Intel® Celeron™ N4100 boasts excellent performance including DX12 on Intel® HD Graphics, plus a dedicated HEVC decoder for smooth HD video playback.
  • GIGABYTE Ultra Durable™
    GIGABYTE Ultra Durable™ debuts on GIGABYTE motherboards, with a range of features and component choices that provide record-breaking performance, cool and efficient operation and extended motherboard lifespan.
  • Integrated SOC Heat Spreader


    GIGABYTE's exclusive integrated SOC heat spreader design provides solid robust aluminum block to help transfer the SOC's heat from its DIE surface. With multiple precisely CNC pre-drilled mounting holes, it provides a vast mating selections to the chassis which will suit many different applications.
  • Humidity Protection
    Humidity can play havoc on a motherboard's circuitry.GIGABYTE's new Glass Fabric PCB design helps protect against electrical shorts due to humidity by reducing the gaps in spacing between PCB filaments.

  • Electrostatic Protection
    GIGABYTE motherboards feature High Resistance ICs which help protect the motherboard against electrostatic discharge.

  • Dual Gigabit LAN with WOL and PXE support


    The Dual Gigabit LAN with WOL and PXE support, deliver better network responsiveness and conveniently user experience in crowded LAN environments, to offer hassle free and high speed network connectivity.
  • 4K Ultra HD Support
    4K resolution is the next technological milestone in high-definition content delivery, utilizing approximately 4,000 pixels on the horizontal axis, more than four times today's standard HD pixel density. GIGABYTE motherboards provide native 4K support with integrated Intel® HD Graphics via HDMI.



  • HDMI™-The Next Generation Multimedia Interface
    HDMI™ is a High-Definition Multimedia Interface which provides up to 5Gb/s video transmitting bandwidth and 8-channel high quality audio all through a single cable. Able to transmit superior, uncompressed digital video and audio, HDMI™ ensures the crispest rendering of digital content up to 1080p without the quality losses associated with analog interfaces and their digital-to-analog conversion. In addition, HDMI™ is compatible with HDCP (High-bandwidth Digital Content Protection), allowing the playback of Blu-ray/HD DVD and other protected media content.
  • GIGABYTE @BIOS
    The new and updated GIGABYTE @BIOS app allows you to update your system's BIOS from within Windows using a simple and slick graphical user interface by automatically downloading the latest version from the GIGABYTE servers.

* Les termes HDMI, interface multimédia haute définition HDMI et habillage commercial HDMI, et les logos HDMI sont des marques commerciales et des marques déposées de HDMI Licensing Administrator, Inc.
* Les informations ici proposées le sont pour référence uniquement. GIGABYTE se réserve le droit de modifier ce contenu à tout moment et sans préavis.
* Marques et logos appartiennent aux détenteurs respectifs de leurs droits.
* L'architecture de grand nombre de PC affectera directement la capacité mémoire, en effet, une certaine quantité de RAM sera affectée au système, la quantité totale affichée pourra alors varier de celle insérée sur votre carte mère