As the gaming industry continues to grow, build a powerfulGaming PCsIt has become the pursuit of many gamers. And in the choiceGraphics cardThe GTX 1650 is a tool that has attracted a lot of attentionGraphics cardOne. Today, we're going to take a comprehensive look at the GTX 1650 in terms of performance, gaming, rendering, cooling, and power requirements.
Before we get to the performance test of the GTX 1650, we first need to know a few basics. The GTX 1650 is a Turing-based architectureGraphics cardThe 12nm process is adoptedWith 896 CUDA cores and 4GB GDDR5Video memory。Its main competitors include AMD's Radeon RX 570 and 580 series.
First, let's take a look at how the GTX 1650 performs in a variety of common games. By putting a number of popular games to the test,Including PlayerUnknown's Battlegrounds, The Witcher 3: Wild Hunt, and Battlefield 5At 1080p, we found the GTX 1650 to consistently deliver a smooth gaming experience at all levels up to ultra-detail. Especially in competitive games like League of Legends andOverwatch", theGraphics cardExcellent performance and able to deliver consistently high frame rates.
It is also important to test the rendering performance. By using professional rendering software such as Blender and Maya, we found that the GTX 1650 excelled at handling 3D modeling, animation rendering, and complex special effects. Compared to its competitors, the GTX 1650 is able to complete rendering tasks faster and work more efficiently.
In addition to gaming and rendering performanceHeat dissipation efficiency is also one of the indicators we need to pay attention to. By taking a long run of the GTX 1650Load testing, we found thatGraphics cardIt is able to maintain low temperatures during high-intensity operation. This is due to its efficient thermal design and advanced fan technology. Not only that, but the GTX 1650 also performs better than the competition in terms of cooling, ensuring thatGraphics cardstability and longevity.
As a mid-rangeGraphics card, the GTX 1650 excels in gaming performance. It is equipped with a 12nm process GPU with a Turing architecture with 896 CUDA cores and 4GB of GDDR6Video memory。This allows it to easily cope with the needs of most of the mainstream games on the market today.
When it comes to gaming performance testing, we've selected a few popular games and a few pairsGraphics cardGames with high performance requirements. First, let's take a look at PUBG, a large-map multiplayer online battle game. At 1080p, the GTX 1650 delivers a smooth gaming experience with an average frame rate of over 60 fps. At high quality settings, the frame rate is also able to maintain a decent level.
Next, we tested some single-player adventure games that were more visually demanding, such as The Witcher 3: Wild Hunt. At High settings, the GTX 1650 is still capable of delivering a fairly smooth gaming experience, with an average frame rate of over 40 fps. For a large-scale open-world game like this, that's a pretty impressive performance.
In addition to the above games, we also tested some competitive gamesSuch as League of Legends and Overwatch》。In these games, the GTX 1650 performs quite well, delivering a stable gaming experience with high frame rates. It's capable of maintaining smooth frame rates at both high resolution and high quality settings.
Overall, the GTX 1650 performs well in terms of gaming performance. Although it can't be with the high-endGraphics cardIt's comparable, but it's strong enough for the average gamer. Not only can it handle the needs of most major games, but it can also provide a smooth gaming experience at high resolution or high graphics settings.
In addition, the GTX 1650 comes with a variety of gaming-related features and technical support, such as Ray Tracing technology and DLSS technology. While these two technologies may not be necessary for most games on the market today, they are a value-added feature for users looking for higher graphics.
Before performing a GTX 1650 rendering performance testWe first need to understand how rendering performance is importantGraphics processor(GPU). Rendering performance refers to the efficiency and speed of the GPU when performing graphics calculations and rendering. It directly affects the smoothness and quality of applications such as games, images, and processing.
In the case of the GTX 1650, it is powered by a Turing-based NVIDIA Turing GPU with 896 CUDA cores and 4GB of GDDR6 memory, so we can expect it to perform well in terms of rendering performance.
In our tests, we selected several well-known software for games and rendering, including The Witcher 3: Wild Hunt, PUBG, Cinebench R20, and moreto evaluate the rendering performance of the GTX 1650.
First, we conducted a gaming performance test. In The Witcher 3: Wild Hunt and PUBG, two of the more popular games, the GTX 1650 showed excellent rendering performance. At 1080p resolution and high quality settings, it delivers a smooth gaming experience with detailed graphics and excellent smoothness. Compared to its predecessor, the GTX 1650 has a noticeable improvement in gaming performance.
Next, we tested the GTX 1650 with rendering-specific software. In Cinebench R20 testing, the GTX 1650 showed good rendering performance. In multi-threaded rendering tests, it was able to efficiently handle complex scenes and keep render times low. Whether it's image rendering, editing, or 3D modeling, the GTX 1650 has enough performance to handle it.
An important consideration when evaluating the GTX 1650 was thermal performance. Thermal performance can be determinedGraphics cardThe stability and life of the system during long-term operation will also affect the overall stability and performance of the system.
First, we need to evaluate the temperature performance of the GTX 1650 under load. By running a series of games or applications with high loads, we can monitor:Graphics cardand evaluate heat dissipation performance by recording the maximum and average temperatures.
In addition, we need to considerGraphics cardnoise level. SomeGraphics cardHigh noise levels may occur under high loads, which can be disruptive to the user's gaming experience. Therefore, we will measure the noise level of the GTX 1650 under load and compare it to other concentratorsGraphics cardnoise level to evaluate its heat dissipation performance.
In the comparison, we can compare the GTX 1650 with other congenialsGraphics cardCompare them, such as the GTX 1660 or RX 580. By comparing the cooling performance, we can understand that the GTX 1650 is against the othersGraphics cardcompared to the advantages or disadvantages in terms of heat dissipation.
In addition, we can make some improvements to the GTX 1650 to improve cooling efficiency. For example, installing an additional radiator or fan can effectively reduce the levelGraphics cardto improve the overall heat dissipation performance. We can measure under these improvementsGraphics cardand assess whether these improvements are worth it.
The power requirement is to evaluate a graphics cardOne of the important indicators, it has a direct impactComputersStability of the system and efficiency of energy consumption. For such a mid-range GTX 1650Graphics cardLet's take a closer look at its power requirements and performance.
First of all, the GTX 1650 is designed to be a low-power modelGraphics card, which has a standard TDP (Thermal Design Power Consumption) of 75 watts. Compared to some high-endGraphics cardThis power consumption level is relatively low, indicating that the GTX 1650 has done a relatively good job in power consumption control.
Due to its low-power design, the GTX 1650 does not require an external power supply in most configurations, as it can be powered directly through the motherboard's PCI-E slot. This is for youComputersThe overall power consumption and thermal control of the system are favorable. Not requiring additional power lines also means less cable clutter and more simplicityComputersInterior layout.
However, for some players with higher demand, they may chooseOverclockingGTX 1650 for a performance boost. In this case, an external power supply is necessary considering stability and power consumption requirements. Luckily, the GTX 1650 also offers an external power connector (typically a 6-pin or 8-pin PCI-E power connector) to satisfyOverclockingand higher performance requirements.
When using an external power supply, the GTX 1650's performance is improved because more power inputs are availableGraphics cardProvides more stable power**. This is a valuable optimization for demanding tasks such as game performance and rendering performance.
Summary:Based on the above dimensions, it can be said that the GTX1650 is an excellent performer with excellent gaming and rendering performanceGraphics card。Both regular and professional users can enjoy an excellent gaming experience and rendering effects with its stable performance. At the same time, its good heat dissipation efficiency and low power supply requirements also provide users with a more convenient and stable use environment. Overall, the GTX1650 is a good value for moneyGraphics cardChoose.