Anything with a superficial surface is indispensable for a solid infrastructure and an efficient implementation policy. This rule has a particularly appropriate embodiment above the graphics card. The core architecture specifications, frequency setting and other factors of the graphics card are its own infrastructure, and the corresponding driver is the implementation policy. The former can determine the potential of a graphics card's performance, and the latter is the method and means to tap this potential. With AMD launching a series of cost-effective Polaris Polaris graphics cards, many PC game enthusiasts' preference for graphics is tilted toward AMD. Now, based on the powerful Polaris Polaris series graphics card, AMD officially released a new driver that is fully optimized from interface to performance: Crimson 16.9.1. Today, let's take a look at how this new driver will help and improve the performance of Polaris Polaris series graphics cards.
Not long after Radeon RX 470 was released, the much-anticipated Gaming Radeon RX 460 gaming card went on sale. The RX 460 is undoubtedly the best graphics card for a thousand dollar budget. So this time, we did a simple test of the temperature control power consumption of the Radeon RX 460 for AMD's latest Crimson 16.9.1 driver.
This is the main screen of the AMD Crimson 16.9.1 graphics driver that is the protagonist of this test. Compared with the design of the main menu and the corresponding details directly, it is really a lot of beautiful atmosphere. The "Update" option at the bottom left of the main interface of the driver can check the driver version and check for updates. The "Preferences" can set the driver interface itself, and the "Notification" is to drive the recent operation records. About the graphics performance debugging options are at the top of the interface "game", "video" adjusts the graphics card to video rendering, "display" a direct control of the monitor's resolution, refresh rate, color temperature and other parameters, "Eyefinity "It is a multi-monitor setup. Almost all hardware and software information can be seen in the "system" one. Here we focus on the "games" menu related to the experience.
After entering the "game", you can see the "global settings" of the unified set graphics parameters and all graphics applications in the system. The "global setting" is the same as the settings of the individual programs. However, using the "global setting" will affect all applications, and the settings of the individual programs will not affect each other. "Global Settings" has two sub-menus. One is "Global Graphics" which includes options such as "Anisotropic Filtering Mode" and "Vertical Synchronization". The other is to control the video frequency, voltage, and fan. "Global WattMan" for speed and temperature.
WattMan is AMD's new driver built-in graphics card FM control function, WattMan's main function is to control the GPU voltage, GPU core frequency, memory frequency, fan speed and temperature and other parameters. But the difference is that WattMan as a testimony to this new graphics driver "humanization" feature, for DIY players to provide a series of very systematic graphics overclocking settings.
We transferred the perspective to the separate setting of “Watchi Pioneer†and formed a frequency rising curve from “State 0†to “State 7â€. This curve was pre-designed by AMD's graphics engineers. This is the frequency curve that best fits the current GPU. After the button of the "Frequency" item in the lower left corner is dialed to the right, we can adjust the height of the entire curve by 0.5%, with a maximum amplitude of ±30%. No matter how you tune, these eight states will increase or decrease by the same magnitude, that is, the frequency curve is constant.
When we push the "Frequency" button to the left, we can set an independent frequency for "State 1" to "State 7". To play around with this dynamic core frequency setting, players are required to have a deep enough understanding of the graphics card overclocking, and the free adjustment of the driver's crash is really not a driving problem. Radeon RX 460 is a cost-effective graphics card for a thousand-dollar main online game. It is not a problem for high-definition games such as "watch pioneer". After using WattMan for simple and scientific overclocking, you can basically get it. Smooth game experience.
This is followed by the biggest increase in the AMD Crimson 16.9.1 graphics driver for the Radeon RX 460.
When the Radeon RX 460 graphics card was first launched, the old version of the driver made the RX 460's full load temperature around 70°C. This performance is quite satisfactory for a thousand-class performance graphics card. Thanks to the improved energy efficiency of the Radeon RX 460 graphics card driven by the Crimson 16.9.1 graphics driver, the Radeon RX 460 has a full load temperature of 67°C with the new version driver default settings, which is highly satisfactory. After the intelligent adjustment of the fan through the Crimson 16.9.1 graphics driver, the performance of the Radeon RX 460 at full load can be quite amazing.
In WattMan with the Crimson 16.9.1 graphics card driver, the adjustment options for the graphics fan's fan speed control have also become quite user-friendly. We can manually set the fan's minimum speed and target (maximum) speed at the same time. This will ensure that the fans will mute the user when the graphics card is under low load, and provide high-efficiency heat dissipation for the graphics card during high loads. Compared to the previous overclocking software, which only locked the current fan speed to a fixed value, the WattMan video card fan speed control adjustment option once again won.
Radeon RX 460 is now released at full load temperature driven by Crimson 16.9.1.
Yes, a full load of 59°C is 8°C lower than before, and the temperature drop has exceeded 10%! AMD's latest graphics driver, Crimson 16.9.1, is a newly designed user-friendly driver interface. Beautiful but also allows players to more easily explore the potential Polaris Polaris series graphics card. The Polaris Polaris series graphics cards have been even better after a new drive. The Radeon RX 460 has achieved a full load temperature reduction of nearly 10°C. A lower full load temperature means more overclocking space, which means more performance potential. For Radeon RX 460 users, it is the experience of high-quality competitive games while enjoying a quieter and healthier gaming environment.
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