GIGABYTE H110M-M.2 motherboard H110 Express micro ATX

Fast Onboard Storage with 10Gb/s M.2
GIGABYTE M.2 solution offers considerably faster storage performance and support for both PCIe and SATA interface for M.2 SSD devices.

GbE LAN
Gigabit Ethernet (GbE) LAN provides significantly faster data transfer speeds of up to 1 Gbps, which is ten times faster than traditional 100 Mbps Fast Ethernet, enabling smoother streaming, faster file transfers, and more responsive network applications.

High Quality Onboard Audio Design
Delivers high quality sound resolution and sound expansion to create the most realistic sound effects for professional users.

Humidity Protection with Glass Fabric PCB
There is nothing more harmful to the longevity of your PC than moisture, and most parts of the world experience moisture in the air as humidity at some point during the year. GIGABYTE motherboards have been designed to make sure that humidity is never an issue, incorporating a new Glass Fabric PCB technology that repels moisture caused by humid and damp conditions. Glass Fabric PCB technology uses a new PCB material which reduces the amount of space between the fiber weave, making it much more difficult for moisture to penetrate compared to traditional motherboard PCBs. This offers much better protection from short circuit and system malfunction caused by humid and damp conditions.

High Temperature Protection of Lower RDS(on) MOSFETs Design
GIGABYTE motherboards use Low RDS(on) MOSFETs which reduce energy wastage through unnecessary residual heat dissipation. This all amounts to tangible energy savings which are beneficial for both end-users and the environment without impacting system performance.

USB 3.0 Ports Onboard
With superfast transfer rates of up to 5 Gbps, users are able to experience an almost a 10x improvement over USB 2.0. Additionally, backwards compatibility with USB 2.0 assures users legacy USB 2.0 devices will still work.

INTEL® SMALL BUSINESS BASICS
With 6th Generation Intel® Core™ Processor
Security and Productivity Solution with built in IT
New compelling usages in one intuitive Customizable UI

APP Center
GIGABYTE APP Center gives you easy access to a wealth of GIGABYTE APPs that help you get the most from your GIGABYTE motherboard. Using a simple, unified user interface, GIGABYTE APP Center allows you to launch all GIGABYTE APPs installed on your system.

Cloud Station™
GIGABYTE Cloud Station™ is composed of several GIGABYTE unique apps that allow your smart phones/tablet devices to communicate, share resources, and control your desktop PC via a wireless connection.

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.

Anti-sulfur product: An alloy layer has been added to protect the silver layer and prevents the sulfurization reaction from taking place.

Anti-Sulfur
Resistor Design
Sulfur compounds in the air can penetrate tiny onboard resistors creating chemical change and causing these resistors to open or short. If either of these occurs the motherboard will fail to function. By equipping resistors with an Anti-Sulfur Design GIGABYTE gives Ultra Durable Motherboards a whole new meaning.

Without the anti-sulfur layer: The electrode terminals lack a protective layer, which means that oxygen or other environmental elements can penetrate the Ni (Nickel) layer causing a sulfurization reaction and degrade the ability for the electrode to conduct electricity properly.