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AMD RX 7600 vs RX 6750 XT – which GPU should you buy?

Time to face the music, and by music we meant the 6750 XT.

Updated: Nov 15, 2023 11:16 am
AMD RX 7600 vs RX 6750 XT – which GPU should you buy?

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Introducing the highly anticipated RX 7600, a graphics card that has made quite an entrance. Now we provide a comparison of it, we’ll be pitting the Radeon RX 7600 against the formidable RX 6750 XT, creating a matchup that promises to be legendary. As always, we’ll be meticulously considering various factors such as price, performance, and use case. Get ready for an in-depth analysis of the AMD RX 7600 vs RX 6750 XT showdown.

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GPU Architecture

Now, armed with a wealth of information, including reviews and specifications, we possess a comprehensive range of data to compare the two options. This enables us to gain valuable insights into their differences and understand the fundamental components that contribute to these disparities. The architecture of these cards forms the very foundation of their functionality, making it crucial to examine and analyze.

The AMD Radeon RX 7600 belongs to the highly advanced AMD RDNA 3 generation. Boasting the powerful Navi 33 XL GPU, this graphics card encompasses a compact die size of 204mm², housing an impressive 13.3 billion transistors. Whereas the RX 6750XT is built upon the RDNA 2 generation, belonging to the Navi 22 GPU, this graphics card plays host to 17.2 billion transistors inside a 335mm² die.


AMD RX 7600 vs RX 6750 XT specifications

RX 7600RX 6750 XT
GPUNavi 33 XLNavi 22
GPU processTSMC 6nmTSMC 7nm
Shaders2,0482,560
Base clock1,720 MHz2,150 MHz
Boost clock2,655 MHz, 2,250 MHz game2,600 MHz, 2,495 MHz game
Memory8GB GDDR612GB GDDR6
Memory clock/bandwidth18 Gbps / 288 GB/s18 Gbps / 432 GB/s
Memory bus128-bit192-bit
TBP165W250W

RX 7600 vs RX 6750 XT: Things to consider

Here we will outline some of the factors that you need to consider when opting to buy a brand-new GPU. Hopefully, understanding these points will give you enough information to make an informed decision on what GPU is right for you.

GPU shaders

GPU shaders are programmable units within a graphics processing unit (GPU) that handle the rendering of visual effects and complex computations in real-time graphics. Shaders perform tasks such as shading, lighting, texture mapping, and special effects to enhance the overall visual quality of rendered images.

In the context of AMD GPUs, shaders play a crucial role in delivering high-performance graphics and efficient processing. AMD GPUs employ a highly parallel architecture that allows for the simultaneous execution of multiple shader units. These shader units are responsible for executing instructions in parallel across multiple pixels or vertices, resulting in faster and more efficient rendering.

The RX 6750 XT boasts a significant advantage in terms of shader count, surpassing its counterpart by approximately 500 shaders. This means that the 6750 XT has a greater number of rendering units at its disposal, resulting in a noticeably faster GPU. Although the generational improvement might provide an advantage to the 7000 series card.

Core frequency

The GPU core frequency refers to the clock speed at which the graphics processing unit (GPU) operates. In the context of AMD GPUs, a higher core frequency implies that the GPU can perform calculations and process graphics data at a faster rate. This leads to improved overall performance and responsiveness in various graphics-intensive tasks such as gaming, rendering, and multimedia applications.

The RX 6750 XT outperforms the RX 7600 in terms of core frequency, as it operates at a higher clock speed. This higher core frequency translates to faster processing of graphics data, resulting in smoother gameplay, quicker rendering of complex scenes, and improved frame rates in games. The increased core frequency provides a performance advantage by allowing the GPU to handle more instructions per second and process graphics data more efficiently.

Therefore, the higher core frequency of the RX 6750 XT makes it a superior choice compared to the RX 7600, as it offers better performance in demanding graphics tasks due to its ability to operate at a faster speed. Or does it?

GPU VRAM

VRAM, or video random access memory, plays a crucial role in AMD GPUs as it serves as dedicated memory for storing and accessing graphics data. This specialized memory allows the GPU to store textures, shaders, frame buffers, and other data required for rendering high-resolution images and running graphics-intensive applications.

Having an adequate amount of VRAM is important for AMD GPUs for several reasons. Firstly, it directly impacts the GPU’s ability to handle higher-resolution textures and graphics. With more VRAM available, the GPU can store and access larger amounts of data, resulting in improved visual quality, reduced texture pop-ins, and smoother rendering of complex scenes.

Additionally, VRAM plays a significant role in supporting multi-monitor setups, high-resolution displays, and virtual reality applications. These demanding scenarios require a larger VRAM capacity to accommodate the increased data requirements and ensure optimal performance without running into memory limitations.

In the case of the RX 6750 XT compared to the RX 7600, the former holds an advantage by offering 12GB of VRAM compared to the latter’s 8GB. This additional VRAM capacity allows the RX 6750 XT to handle more demanding graphics workloads, such as running games at higher resolutions, using advanced graphics settings, or engaging in content creation tasks that require extensive memory resources.

GPU TBP

GPT TBP (Thermal Design Power) is an essential metric that determines the maximum amount of heat generated by a computer component, such as a graphics processing unit (GPU), that needs to be dissipated by the cooling system. It plays a crucial role in system stability, power consumption, and overall efficiency.

Now, let’s examine how the 7600’s 160W TBP and the 6750 XT’s 250W TBP impact their respective performance and overall desirability.

The 7600’s 160W TBP indicates that it is designed to operate within a lower power consumption range. This lower TBP signifies that the GPU generates less heat during operation, which allows for greater power efficiency. With smaller transistors and advancements in architecture, the 7600 can achieve similar performance to the 6750 XT while utilizing significantly less power. This energy-efficient design not only benefits users concerned about power consumption and environmental impact but also leads to reduced heat output, which translates to quieter operation and potentially lower cooling costs.

On the other hand, the 6750 XT’s 250W TBP suggests a higher power consumption and, consequently, a higher heat output. GPUs with higher TBPs generally require more robust cooling solutions, such as larger heatsinks or more powerful fans, to dissipate the excess heat effectively. This increased power demand can strain power supplies and potentially lead to higher electricity costs over time.


The RX 7600 is better than the 6750 XT

It’s intriguing to observe how the 6750 XT appears superior on paper, yet in reality, the situation is not as straightforward.

The 7600 utilizes the Navi 33 XL architecture, a newer and more advanced design developed on the TSMC 6nm process. This fact alone signifies the 7600’s technological advancement. In the realm of efficiency, architecture plays a crucial role, overshadowing the significance of raw specifications. The 7600 manages to pack a more powerful punch into its GPU die thanks to smaller transistors, resulting in lower power consumption.

Thanks to AMD’s advancements with the Navi 33 architecture compared to the Navi 22, the 7600 is capable of delivering similar performance to the 6750 XT while consuming less power, despite seemingly inferior specifications.

The only drawback is the 8GB of VRAM, as it would have been preferable to have a minimum of 12GB, which is one area where the 6750 XT excels.

Although the 7600 may not consistently outperform the 6750 XT, one can argue that its price and efficiency make it a superior choice for those conscious of power consumption or budget constraints. The 7600 stands as an exemplary representation of a substantial generational leap.


How much cheaper is the RX 7600 than the 6750 XT?

Right now, you can pick up a brand-new RX 7600 for $269, nice. This makes the 7600 much more attractive than its original price of $299, which is still fairly reasonable. The 6750 XT, however, currently retails brand new for around $300 – $380. Whilst the 6750 XT does have more Vram, it performs similarly, thanks to the 7600’s technological improvements.


RX 7600 vs RX 6750 XT performance

As we’ve seen in RX 7600 benchmarks, it’s not surprising to see the card fall behind the 6750 XT. Although it still holds up in 1080p and 1440p it isn’t directly comparable. But it does bring a better value, although don’t underestimate the price falling of the older card which offers better performance and price now.



Jack is a Tech and News Writer who has a vast and proficient knowledge of CPUs, Motherboards, and Computer technology.

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