1050 ti vs 1060
Whether you're a gamer on a budget or just starting to build your first PC, the Nvidia GTX 10 series GPUs are a great starting point, especially when looking at the GeForce GTX 1050 Ti and GeForce GTX 1060.
If you roam between these two favorite GTX, today is your lucky day! At WePC, we've worked hard to compare and contrast the differences between the two to help you make the decision that best suits you and your needs.
From architectural design, cooling capacity, size and other important details, we make sure to cover every foundation. Let us begin!
memory bus width
6 GB GDDR5
4 44 The type of hardware and will help you understand the efficiency and speed of the GPU. The
Nvidia 1050 Ti is called "entry-level Pascal" because it is one of the more affordable Nvidia cards with Pascal architecture. As part of Nvidia's GeForce GTX 10 series graphics cards, Nvidia has developed the 1050 Ti to better handle 1080p games, so its transistor level is higher than before.
Unlike older GeForce GTX 10 series cards, GTX 1050 Ti does not have the same 16nm FinFET transistor lithography technology as older cards. Instead, the GTX 1050 Ti was developed using Samsung’s slightly smaller 14-nanometer transistors to help increase speed and overall efficiency.
Similarly, the GeForce GTX 1060 graphics card also includes the same Pascal architecture and uses the updated 14nm FinFET process. The only major difference in architecture between the two cards is that the 1060 can support entry-level ray tracing, while the 1050 Ti cannot.
It's nice to know the difference in hardware, but how does this directly affect performance? The resolution is a good spec and can be checked to better understand how the card will handle the game. The
GTX 1050 Ti is considered one of the best of all 1440p games, although it goes without saying that it is also fully capable of handling 1080p games. However, you may find it difficult to maintain the frame rate in a new generation of games.
There is not much comparison and contrast here, because the GTX 1060 offers almost the same performance. However, it can handle next-gen games better because it can be more overclocked than the 1050 Ti. In this way, 1060 to 2GHz2.5Mhz is easy, which is similar to the performance of GTX 1070.
The next specification we will introduce is the size, which will provide you with all the information you need to know to make sure the card is compatible with the current configuration of your PC.
As a dual-slot card, the Nvidia GeForce GTX 1060 has many display outputs, including a DVI port, an HDMI port, and three DisplayPorts. Like other Pascal cards, the GTX 1060 connects to the rest of the system through a PCIExpress 3.0 × 16 interface. The dimensions are as follows: width 111 mm, length 250 mm.
By contrast, the older GTX 1050 Ti has a maximum power rating of 75W. Like the 1060, it has a variety of display outputs, including 1 HDMI port, 1 DVI port, but only provides 1 DisplayPort. It is connected to the system through the PCIExpress 3.0 × 16 interface, and the dimensions are as follows: length 145mm, width 111mm.
The next specification we are going to discuss is the cooling capacity of each card, which helps show you the card's ability to handle temperature and prevent overheating. The
GTX 1050 Ti is designed for very low power consumption, which means it has a low risk of overheating. It also uses the Windforce two-blade fan design, which can effectively guide the airflow through the entire interior of the card to keep it cool. Of course, since it is the older of the two, it may start to heat up when the newer game is powered on, so you may want to consider purchasing a separate cooling system.
Similarly, GTX 1060 also uses a two-blade fan design to help maintain a constant airflow. Most importantly, the 1060 also has innovative cooling technology to ensure that the GPU stays cool, even in the most difficult gaming conditions. With updated hardware, this makes the 1060 better at keeping cool, especially when it comes to fueling the latest generation of games.
If you're a gaming or tech enthusiast, we're sure you already know that ray tracing can only be commercialized after the release of Nvidia's RTX series of graphics cards.
However, Nvidia has created a driver update that enables ray tracing support on older GTX cards (from GTX 1060 and later). This means that, unfortunately, the GTX 1050 Ti does not provide ray tracing. However, if ray tracing is a priority for you, choosing 1060 to run it may not be the best option. If you run the game at about 1440ps and choose to enable ray tracing, then (on average) you will only expect about 12fps on base clock. For this reason, we recommend upgrading to a card with the correct hardware to handle ray tracing, such as a graphics card that is part of the Nvidia GeForce 20 series.
VRAM or video memory is another very important specification to consider.
It has 80 texture units, 48 ROPS, and 1.46 billion transistors and 1,280 CUDA cores. Similarly, the GTX 1050 Ti also has the same GDDR5 frame buffer, although its 768 CUDA cores and 7 Gbps maximum memory bandwidth are slightly lower than 1060.
Want to know what this means for performance? Well, although both cards are equipped with GDDR5, the 1060 has increased in terms of CUDA cores, transistor size and even ROPS, which means that of the two, the 1060 will be able to handle heavier workloads and more demanding more easily. High game.
Memory bus width
6 GB GDDR5
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444 444 444 444 444 444 444 444 444 444 444 444 444 444 444 444 444 444 444 444 444 444 444 444 444 444 444 444 44 444 444 444 444 444 4449 Well, out of the two, we think the Nvidia GeForce 1060 GTX can be said to be the more powerful. So if you currently don't dare to decide which one to buy, we recommend the 1060, especially if the price difference is small.
On the other hand, if you currently own a 1050 Ti and want to know whether to upgrade to 1060, we are not sure we can justify the proposal. The only big difference is ray tracing, and it still can't handle high frame rates.