At any point of the digital transition,…
Nvidia’s optical detection system and RTX series graphics cards have, unknowingly, been introduced for over two years. “There are currently more than 20 games embracing ray tracing technology as the vane of the latest age of video screen technology, such as “Cyberpunk 2077”, “Battlefield 5”, “Minecraft” and other familiar games. What kind of setup can be played seamlessly with more and more light chasing games today is also a question that players are really worried about.
In addition to the graphics cards that support light chase, they must also be combined with the same strong processor for the next generation 3A masterpieces with no low hardware requirements to get a more satisfying gameplay experience.
In the process of rendering, real-time monitoring of the target and atmosphere ray trajectory and precise representation of light reflection, refraction, illumination and shadows information require a lot of hardware resources to conduct calculations, so too much hardware is required to address the ray tracing technology issue In terms of resources, Nvidia added the RT core to the RT core.
With ray tracing turned on, players in the game can see more accurate light and shadow effects, the most noticeable of which being a collection of translucent materials that can map the surrounding world in real time, such as water, glass, and mirrors. More natural than conventional rasterization rendering are the resulting image effects.
Since ray tracing is the main RTX series graphics card technology, the current experience with ray tracing games is largely based on graphics cards from the RTX20 and RTX30 series. There is a great increase in the processing power, core size, memory requirements and performance of the latest generation of RTX30 graphics cards. The average score is well ahead of the improvement, and version 2.0.0. has now been upgraded with the DLSS technologies that can boost game performance. The latest generation of RTX30 series graphics cards is a more acceptable option from a gaming experience viewpoint.
The 11th-generation i7-11700KF uses an 8-core/16-thread architecture and has a 16MB L3 cache in terms of parameters. The base frequency is 3.6GHz, which is better than i9-11900K at 100MHz.
On the 10th generation i7-10700KK, we saw the case (the main frequency is 100MHz higher than the i9-10900K). However, it should be pointed out that the core numbers of i7-10700K / i9-10900K are not the same (8 vs 10), and the 11-generation i9-11900K is said to have retracted its 8-core architecture.
Taking the currently very successful “Cyberpunk 2077” game as an example, @Pacific Computer Network performed game experiments on commercially available game graphics cards with various resolutions and different settings. The light tracking performance of the current generation of the RTX30 series is obviously better from the test results than that of the previous generation, especially starting from 2K resolution, the RTX30 has clearly opened a performance standard, and in 4K resolution + super light tracking Under the conditions, the previous generation of RTX20 series graphics cards no longer have a graphics card that can run. So, the latest version of the RTX30 series graphics card is a more acceptable option if you want to experience the light chase title.
The entire PC is a full device, of course, and the lack of performance of a certain portion of the hardware would have a significant effect on the entire machine’s game performance. Choosing a CPU with adequate output to balance the graphics card is often invaluable. A series of experiments were also performed by @Pacific Computer Network. The graphics card’s occupancy rate increases with the output of the CPU from the test results, which means that the CPU and the graphics card are in a cooperative partnership. The graphics card performance can only be completely replicated by good enough CPU performance. We need at least i5-10600K processors for a famous 3A masterpiece like 2077 to escape the overall experience of the game because of output bottlenecks throughout the game.
I assume that many of my friends already have a general understanding of the light chase criteria after reading the above two sets of results. We need at least a combination of Core i7-10700KF+RTX3070 if you want to experience 4K HD resolution games or mainstream 1080p/2K resolution high smooth operation.
In order to check the above inference, we find a series of test data for the Intel Core i7-10700KF+RTX3070 graphics card configuration combination. The root of the data is @*. The test objects are “Tomb Raider: Shadow”, “Control”, “There are 1080p, 2K, and 4K resolutions for the four games, Metro: Departure, and World of Warcraft: Kingdom of Shadows. During the test, the DLSS and rendering reduction functions are disabled.”
The Core i7-10700KF+RTX3070 configuration can run “Tomb Raider: Shadow”, “Metro: Departure” and “World of Warcraft: “Shadow Kingdom” smoothly from the measured data, while “Power” at 4K resolution is below 30fps, the performance is slightly insufficient, but considering that DLSS technology is not enabled in this test, there is room for improvement in the number of game frames and smooth o o”
In truth, a large part of the explanation lies in the processor, since the high unit price of the RTX3070 accounts for a large part of the budget, although the price of the Core i7-10700KF is just half of the graphics card No, and the specs are the same as the previous generation i9 with the 8-core 16-thread architecture. The core i7-10700KF+RTX3070 combination has such a high cost efficiency. It has the overclocking potential of the “K” series and the non-core display of the “F” series price advantage. With the bear’s paw, combined with the Z490 motherboard that supports overclocking, the entire platform has ample CPU performance and space for development to satisfy the running needs of various light pursuit gamers. It is Intel’s primary cost-effective cpu, and players may fish.
Of note, the Core i7-10700KF still performs very well in other large-scale stand-alone sports, in addition to the aforementioned light pursuit games. The Core i7-10700KF processor will run “Assassin’s Creed”, “Death Stranding”, “APEX” common stand-alone and online games, citing the test results, smoothly. Around the same time, the CPU’s average game performance will improve by 3.1 percent after the Core i7-10700KF is overclocked to full-core 5.1GHz, and the price/performance ratio is still quite high. However, it should be remembered that after overclocking, the CPU would be followed by a spike in heat output, so it is advised that sufficient heat dissipation arrangements are made by players in need before overclocking.
In general, as ray tracing technology continues to evolve and mature, in the future, more and more games will support ray tracing, and the market for ray tracing platforms from players will begin to rise. Since both N and A have graphics cards that can accommodate ray tracing, players need to take note of the total efficiency and cost when designing the machine, since the hardware architecture is a whole, so the approach that can optimize the cost-effectiveness of the whole machine is really important for players. In this regard, the Core i7-10700KF processor with good performance and price can shape a cost-effective optical chase configuration combination with RTX3070, whether it is to play the latest optical chase games or other 3A masterpieces, it can be quickly response.