Tencent's "Eat Chicken" national service is now under the spotlight, and the official has released two sets of recommended configurations tailored for Intel and AMD platforms. After thoroughly reviewing the details, Xiao Bian believes that the team behind the configuration did a lot of research before putting it together. The hardware combinations largely reflect the insights gained from previous evaluations. To test the real-world performance, Xiao Bian decided to conduct a simulation test based on these configurations, providing detailed test results and personal recommendations for players who are currently or planning to play "Eat Chicken."
"Eat Chicken" is a competitive survival game that closely resembles the popular title "H1Z1." Built on the Unreal Engine 4, the game is known for its efficient hardware utilization. These types of online games focus heavily on player vs. player (PvP) interactions, and while the game's visual design isn't overly demanding on hardware, the intense competition still requires a capable system to fully enjoy the experience. In reality, the hardware requirements are quite high, often exceeding those needed for casual single-player games.
From our previous tests on "Eat Chicken," we found that as long as you have a mid-range graphics card, you can comfortably play the game. The official configuration recommendation from Tencent aligns with this conclusion.
The official recommended configuration is straightforward and practical. It suggests a mid-range CPU paired with a mid-range GPU, offering options for both Intel and AMD platforms. On the GPU side, there are four choices—two for NVIDIA and two for AMD—giving users more flexibility and catering to different preferences.
One thing that stands out is the CPU selection. The Intel Core i5-7600K and the AMD Ryzen 5 1500X are both mainstream and comparable in price. As for the GPU, the configuration includes current market models as well as some older generations, making it easier for users who are looking to build or upgrade their PCs to get a clear reference. However, one point is a bit confusing: why is the latest AMD card listed as RX 480 instead of the newer RX 580, which is currently available on the market? Perhaps the configuration writer intended to save costs by suggesting a similar-performing card. But since the RX 480 is no longer in stock, the simulation test was conducted using the RX 580 instead.
Speaker
Speakers are one of the most common output devices used with computer systems. Some speakers are designed to work
specifically with computers, while others can be hooked up to any type
of sound system. Regardless of their design, the purpose of speakers is
to produce audio output that can be heard by the listener.
Speakers are transducers that convert electromagnetic waves into sound waves. The speakers receive audio input from a device such as a computer or an audio receiver. This input may be either in analog or digital form. Analog speakers simply amplify the analog electromagnetic waves
into sound waves. Since sound waves are produced in analog form,
digital speakers must first convert the digital input to an analog
signal, then generate the sound waves.
The sound produced by speakers is defined by frequency and amplitude.
The frequency determines how high or low the pitch of the sound is. For
example, a soprano singer's voice produces high frequency sound waves,
while a bass guitar or kick drum generates sounds in the low frequency
range. A speaker system's ability to accurately reproduce sound
frequencies is a good indicator of how clear the audio will be. Many
speakers include multiple speaker cones for different frequency ranges,
which helps produce more accurate sounds for each range. Two-way
speakers typically have a tweeter and a mid-range speaker, while
three-way speakers have a tweeter, mid-range speaker, and subwoofer.
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