How We Test For Honor
|Motherboard (LGA 1151)||Asus Z170-Deluxe|
|RAM||Klevv DDR4-2133 8GB|
|System SSD||MX500 SSD|
|Controller||Intel PCH Z170 SATA 6 Gb/s|
|Power Supply||Cooler Master G450M|
|Case||Haf XB EVO|
|Operating System||Windows 10 x64 Enterprise 1607 (14393.693)|
|Drivers||Nvidia GeForce Game Ready 378.66 AMD Radeon Crimson Edition 17.2.1|
We're using a fairly mid-range gaming PC that we hope represents what a lot of our readers are running. If you're lucky enough to own faster hardware, you'll naturally enjoy higher frame rates. Steam's survey of hardware and software configurations offers us a view of the most prevalent components and settings (the data comes from January 2017):
- Windows 10 64-bit, representing 48.5 % of the market.
- 8GB RAM, present in 34% of surveyed gaming PCs (our configuration has 16GB).
- Full HD (1920x1080 pixels) is used by 39% of gamers, while 25 % are still at 1366x768. QHD (2560x1440 pixels) is used by less than 2% of gamers, and 4K is still anecdotal.
- Quad-core CPUs are installed in almost half of the examined systems (47% more precisely). Logically, our configuration is loaded with a mid-range quad-core Intel CPU.
Graphics Card Choices
We picked six graphics cards to test. They're mostly mid-range, and they represent popular choices from the current and previous generation of architectures. Here are the competing cards:
The Radeon RX 480 “Core” from XFX is at a disadvantage, given its stock clock rate, compared to the Asus Strix OC and its GPU frequency of 1645 MHz. We're overclocking it +4% to the level of a factory-tuned model, yielding a 1340 MHz GPU and 2 GHz memory.
These two cards represent where the mid-range segment starts. The Radeon RX 470 should have an advantage with its additional gigabyte of memory. Though, in light of For Honor's forgiving requirements, the extra capacity may not make a difference at 1920x1080.
Nvidia's GeForce GTX 970 and AMD's Radeon R9 390 are previous-gen cards, but they'll no doubt remain popular in mid-range gaming PCs for months to come.
All performance data is collected using the PresentMon tool and our own custom front-end.
In order to represent graphics card performance accurately, each test subject is warmed up to a stable temperature before measurements are collected. Most GPUs employ mechanisms to optimize clock rates based on variables like power and temperature. So, tests run during the warm-up period would convey better performance than you'd see in the real world.
We therefore run the benchmark sequence twice to warm up each card. Then we gather the data for our charts. For graphics options, we're testing at 1080p, 1440p, and 4K using the High and Extreme quality presets.
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