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Heres Why GIGABYTEs 100 Series Motherboard is a KILLER

On some motherboards the network controller is a part often looked over. Most network controllers are good enough, and dont get the attention that other parts do.

But here at GIGABYTE we took a different approach to the network interface controller with our 100 series boards, which is why we partnered with Rivet, makers of the Killer™ line of network controllers, to integrate its advanced traffic management solutions into our boards.

The first layer of intelligent traffic management comes from the Advanced Stream Detect 2.0 function found in the Killer™ E2400 Network Interface Controller. Advanced Stream Detect 2.0 separates traffic into six levels based so that the user has a seamless, lag-free experience while each level gets the bandwidth it needs. For example, a multiplayer game may not need a lot of bandwidth but its latency sensitive so its traffic needs to be prioritized. On the other hand, a Bit torrent download requires a lot of bandwidth but its packets can wait so its packets are dropped in priority.

The next level of traffic management comes from the DoubleShot-X3™ app. This app works to improve your network connectivity by intelligently prioritizing traffic over the available connections. Wired connections tend to have less lag than wireless given the nature of the medium. As the graphic shows below, traffic levels that are sensitive to latency (such as games) will be routed via the two Killer E2400 Ethernet connections while traffic thats not latency sensitive will be routed via the Killer Wireless E1535 Adapter.



Why is this important?

Everyone is a multi tasker. While you play a multiplayer game such as World of Warcraft or Grand Theft Auto 5 youre probably running some other kind of download in the background. Without some kind of way to intelligently prioritize the traffic, the latency dependent multiplayer game has to compete with whats being downloaded. This means that your gameplay lag will spike, potentially making the game unplayable.

With the DoubleShot-X3 and Killer E2400, traffic is routed intelligently resulting in up to 10x improvements in latency when multitasking and 75% improvements in single application use. In addition, DoubleShot-X3 combines the speed of two wired Killer Gigabit Ethernet controllers with the flexibility of Killer Wireless to provide max throughput as high as 2.867Gbps.

This is just one of the exciting new features GIGABYTEs 100 series motherboards have. Be sure to check out some of the other posts on our blog to find out more on why GIGABYTE motherboards lead the industry.

The new E2400 NIC from Killer is featuring on the GIGABYTE Z170X-Gaming G1 and Z170X-Gaming 7 motherboards from the newly launched GIGABYTE 100 Series motherboards.

Available link for download

Heres Why Its Time to Upgrade Your Gaming System

The average PC refresh cycle is getting longer and longer. While at one time a person was likely to refresh their PCs every two-to-three years, this cycle has stretched on to now be between five to seven years. While hardcore gamers might update their hardware on a 12 month cycle, the average person that doesnt have a budget to do yearly upgrades might still be using hardware form 2010.

And for the average person this might work -- but it wont work well. While hardware from 2010 might be able to play 2015s latest games, it will only do so with choppy frame rates at the lowest resolutions and graphics settings. This is far from an enjoyable gaming experience, and is not how the developers intended the games to be played.

Just to show you the performance advantage a modern system featuring an Intel® 6th. Gen™ CPU, DDR4 RAM, an Intel 750-series SSD, a GIGABYTE WindForce GeForce 980 Ti graphics card on a GIGABYTE Z170X-Gaming G1 motherboard has over a system with a 2010-era high-end hardware weve prepared a video demonstrating the vast difference in performance. As you will see, our benchmarking of the resource demanding Grand Theft Auto V and the benchmark suite Catzilla shows that the 2010-era system struggles while the GIGABYTE G1 Gaming motherboard based system has no problem.

Check out the video below from the GIGABYTE Motherboard and Brix YouTube channel:

Building a 2015 gaming machine

For the benchmarking tests we chose to put together a system that would represent what an average user would be after if they wanted to build a high-end system. Of course, there are those that have the budget for an extreme system with multiple graphics cards and extensive watercooling systems but many gamers simply dont have the budget for that and want high-end gaming at an affordable price.

Lets go through the parts used in building the PC and why we chose them.

GIGABYTE 100 Series Motherboard: For this video we used the GIGABYTE Z170X-Gaming G1 motherboard, the flagship Gaming motherboard of GIGABYTEs 100 Series lineup. The Gaming G1 motherboard has many high-end features that set it miles apart from the competition.



For audiophiles looking to game with crystal-clear sound the Gaming G1 motherboard has a Creative® Sound Core3D™ Quad-Core audio processor with a Burr-Brown high end 127 dB DAC which is Creative® certified ZxRi 120+dB SNR . For those with an interest in overclocking, the GIGABYTE Z170X-Gaming G1 board features enhanced BCLK frequency tuning, allowing overclockers to make adjustments outside of the traditional 5% straps. In addition, for gamers that play online, lag is a thing of the past: this board features the lag-killing Killer DoubleShot-X3™ Pro which intelligently routes traffic over the boards available connections ensuring that online games run silky smooth even as downloads continue in the background.

While this motherboard might be right for someone with a bigger budget for a system build, theres also the GIGABYTE Z170X-Gaming 7 or the Z170X-Gaming 3 for those that need to stay within a smaller budget. All of these GIGABYTEs 100 Series motherboards support the latest Intel 6th.® Gen™ CPU, DDR4 RAM, feature onboard USB Type-C™ and have other innovative and award-winning GIGABYTE features.


Intel 6th. Gen CPU: For those wanting the best in price-performance, theres no better choice than an Intel 6th. Gen CPU. As you can see in the video it offers double-digit performance gains over a CPU from the last generation. Under the lid Intel has made improvements to the micro architecture to make it more efficient.



One of the things Intel has improved is the processors ability to fetch and dispatch up to six instructions at once and store up to 224 instructions in its out-of-order buffer at once (up from 192 in Haswell).  

In addition, it has enhanced support for DDR4, support for USB 3.1 over USB Type C, and better baseclock tuning for enhanced overclocking support.

If youre after some more in-depth benchmarking and analysis check out these reviews from around the web.

DDR4 RAM: First supported on Intel fifth-generation CPUs, DDR4 is the latest generation of RAM offering a range of improvements over over DDR2 and DDR3.



The primary advantages of DDR4 is that is offers higher speeds -- between 800 to 1600 MHz -- than DDR3 which had a maximum frequency of 1067 MHz, as well as it runs at a lower voltage.

The big speed increases that DDR4 offers makes it a must have for any gamer looking to get the most out of his system.

Intel 750 Series SSD: Over the past five years SSDs have gone down in price dramatically while increasing in speed and storage.  Now, the cost per gigabyte of an SSD is getting to be very competitive to an HDD for the average user (with the cost/GB approaching $1). SSDs are faster than HDDs because they use something called non-volatile NAND memory instead of a magnetic platter and actuator arm. On average, a PCIe-based SSD will offer a 4X speed improvement over an HDD. For a more detailed explainer of the differences between an HDD and SSD, you can check out this post from PC Mag.


For our system we used the Intel 750 Series SSD. This SSD fits right into the motherboards PCI-e slot, and uses a controller protocol developed by Intel called Non-Volatile Memory Express (commonly shortened as NVMe). Benchmarks published online show that the SSD can push 2.4GB/sec of read and 1.2GB/sec of write bandwidth. For gamers this means that demanding games (such as Grand Theft Auto V which we tested) can run at a better FPS as the system has faster access to  the games data and high-resolution textures.

Its time to upgrade 

Available link for download

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