Best Radeon RX7700S in 2025

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The Radeon RX7700S is obviously the latest powerhouse in mobile graphics from AMD. It delivers efficient gaming performance at 1080p and 1440p with its cutting-edge RDNA 3 architecture. Designed for gamers and makers who require high-end performance in thin, lightweight laptops, such as the Framework Laptop 16, this GPU combines modern features with excellent rasterization capabilities. In this article, we provide an in-depth look at the architecture, benchmarks, power consumption, and real-world performance of this impressive GPU. We highlight why it’s a game-changer in terms of high-performance mobile graphics.

Architecture & Specifications of Radeon RX7700S

RDNA 3 & Navi 33 Chip

The Radeon RX7700S utilizes the Navi 33 chip, which is fabricated through a 6-nanometer (nm) process to create tiny, efficient circuits. It features 2,048 stream processors — small processors designed to handle individual aspects of graphical tasks — arranged in 32 compute units, which are groups of these processors working together. The Navi 33 has a die size, or physical chip area, of about 200 square millimeters (mm2), which is smaller than the previous Navi 23 chip.

This smaller size helps improve power efficiency (the amount of work the chip can perform per unit of energy) and enhances thermal performance (the amount of heat generated). It follows the Navi 23, and offers better efficiency and performance thanks to AMD’s RDNA 3 architecture (the design of the chip and the instructions that guide how the chip works)

A standout is the 32 MB (megabyte) Infinity Cache, which is integrated (built-in) high-speed memory storage. It reduces latency—the delay involved in processing—and increases bandwidth, the amount of data transmitted per second. Infinity Cache enables higher frame rates (images per second in games) without requiring a wider memory bus (the data path to memory), which can help conserve power and reduce the chip’s complexity.

RDNA 3 introduces better dual compute units, pairs of coordinated processing sections, and an optimized pipeline, which is the series of steps for working with graphics tasks. These upgrades provide increased performance per watt, resulting in more power-efficient graphics processing compared to the previous RDNA 2 version. These changes make the gaming more efficient and also leave more room for future driver (software) optimizations.

Watch a detailed architecture overview RDNA 4,RadeonRX9070XT,FSR 4 and 9950X3D-AMD’s New 2025 Tech

Memory & Bandwidth

The RX 7700S features 8 GB (gigabytes) of GDDR6 memory, a high-speed video memory type designed for storing game data. This runs on a 128-bit bus, which means it can transfer data in chunks of 128 bits at a time. This configuration provides for approximately 288 GB/sec (gigabytes per second) of memory bandwidth (that’s how fast data can move) and – when used with the Infinity Cache – enables the GPU to handle nice quality textures (game surface details) and nice game worlds at 1080p and even 1440p resolutions easily.

Memory bandwidth (how fast data gets from the GPU to memory and vice versa) is paramount in gaming, particularly for heavy AAA games that use large textures and assets. Infinity Cache is an innovation of AMD, a cache location on the GPU chip itself (on-die cache) that helps to reduce the need for slower external memory. This helps reduce power consumption and increases effective throughput—the actual amount of data transferred—especially at mid-range resolutions.

The GDDR6 memory is supported with high clock speeds (the rate at which it operates), up to 14 gigabits per second (Gbps), which means it can feed data quickly to the GPU’s processing cores for faster graphics computation.

Learn how VRAM Do We Actually Need For Modern Gaming

Gaming Performance: Real-World Benchmarks

Cyberpunk 2077: Phantom Liberty DLC

One of the biggest hitters, with high-fidelity textures and ray tracing, is Cyberpunk 2077. The Radeon RX7700S has an average frame rate of 60.7 FPS at 1080p Ultra settings. At 1440p Ultra, it reaches 37.3 fps. This is playable, but possibly with lower settings for smoothness. These benchmarks were obtained using a test system equipped with an AMD Ryzen 7 5800H CPU, 16GB of DDR4 RAM, and the latest stable version of AMD’s drivers. The game was played with the most recent patch.

With AMD’s FSR 2.0 (FidelityFX Super Resolution 2.0), a spatial upscaling solution, performance increases by approximately 75.6 fps at 1080p, indicating the advantages gained by combining hardware and software optimization.

The Radeon RX7700S performs very well in ray tracing at 1080p medium settings, while its specialty lies in rasterization and good integration with FSR, surpassing Nvidia’s solutions in this regard (although it trails in ray tracing efficiency).

See Cyberpunk 2077 performance on RX 7700S with FSR

CyberPunk 2077 GPU Benchmark, 1080P,1440P & 4K Medium/Ultra

Baldur’s Gate 3

The Radeon RX7700S also performs well in RPGs. At Baldur’s Gate 3, it achieves 73.6 frames per second (fps) at 1080p Ultra and 51.1 fps at 1440p Ultra, which is good news for those who prefer high graphics and fluidity.

The Radeon RX7700S also has good performance in RPGs. In Baldur’s Gate 3, the frame rate is 73.6fps at 1080p Ultra and 51.1fps at 1440p Ultra, which is ideal for those who prioritize good graphics and smooth gameplay.

The GPU is responsible for some complex rendering tasks beyond rasterization, such as shading, lighting, and detailed texture management, highlighting the efficiency of GPU processing in demanding role-playing game scenarios.

Role-playing games, such as Baldur’s Gate 3, often feature a large number of game characters, spells, and dynamic effects, making robust GPU compute and memory bandwidth crucial for providing consistent frame rates.

GTA V: A Benchmark Classic

Although somewhat older, Grand Theft Auto V remains an important benchmark due to its open-world gameplay. The Radeon RX7700S also achieves a better score of 95.8 frames per second (fps) at Ultra graphics settings at 1080p, outperforming the RX 7600S and older GPUs, such as the RX 6550 M, which achieve a score of 85.5 frames per second.

Its strong performance in GTA V also demonstrates how well the Radeon RX7700S handles both open-world exploration and fast-action sequences without hiccups.

Watch GTA V Ultra Settings on Radeon RX7700S

Synthetic & Compute Benchmarks

3DMark Time Spy & Geekbench Scores

In synthetic benchmarks, the Radeon RX7700S scores about 10,200 points in the 3DMark Time Spy benchmark, a DirectX 12-based benchmark. It’s second only to the Nvidia RTX 4060 Laptop GPU and outperforms several previous-generation solutions in the same category. Geekbench and other compute benchmarks demonstrate the GPU’s ability to handle computing tasks, such as graphics processing unit (GPU)- accelerated computing, which represents a solid performance of the GPU in non-gaming applications, including content creation and machine learning tasks. Synthetic benchmarks highlighted the non-gaming capabilities of the GPU, which are particularly useful for creators working with GPU-accelerated workloads.

3DMark Time Spy Performance

Efficiency, Power Draw & Thermal Performance

Power Consumption

One of the significant benefits of the Radeon RX7700S is that it is an efficient performer. It’s rated for 75-100W TGP, but it will draw up to 172W on laptops such as the Framework Laptop 16 when gaming. This is quite a bit more power-hungry than some competing cards — take the RTX 4060, for example, which typically consumes around 122 watts.

However, it offers an attractive “frames per watt” for people who need to extract the maximum performance from gaming. By optimizing the balance between power usage and frame output, users gain a clearer understanding of the trade-off between performance and battery life. Higher power consumption can result in shorter battery life while gaming; however, it also means higher performance. To conserve battery, users can utilize power limits or settings to strike a balance between efficiency and performance.

Watch a Framework Laptop 16 review

Cooling & Thermals

Given the high TGP, laptops with the Radeon RX7700S require sophisticated cooling solutions to minimize throttling during sustained workloads. Some feedback also indicates that the Framework modular chassis design allows for easier airflow as well as makes it easier to replace parts, which will improve thermal management.

Some users have reported intermittent system freezes when swapping GPUs and/or under heavy loads, which is likely due to driver maturity and power management issues.

Stable clock speeds under load are key for extended gaming sessions; good cooling is key for laptop computers.

Unique Feature: Modular GPU Swapping

A major feature of the Radeon RX7700S in the Framework Laptop 16 is hot-swappable GPU modules. This allows users to upgrade or replace the GPU without needing to purchase a new laptop, a rare option. Picture this: in two years’ time, a new generation of graphics processing unit (GPU) module is released, promising 30% more frames per second in the latest games. With the Framework Laptop 16, you can immediately upgrade your Radeon RX7700S to the new module. You can also enhance your gaming experience without needing to purchase a new laptop. This demonstrates the practical usefulness of modularity. If you want to future-proof your device, it is a lot easier to do so.

Users can easily swap the Radeon RX7700S module for others, such as Nvidia’s RTX 5070, in just minutes, thereby increasing the lifespan and customization options for their laptops.

This modular design enhances the lifespan of your laptops and promotes experimentation and repairability—both qualities that are not commonly found in today’s devices.

Community Insights & User Reviews

Users and reviewers put the Radeon RX7700S between the Nvidia RTX 4060 and 4070 in terms of full power. Many commend its rasterization and FSR support, though they comment that ray tracing is a step behind Nvidia.

Users point to the high performance of today’s AAA games and other improvements in driver stability and functionality.

Some community feedback:

• “The Radeon RX7700S is able to handle almost all AAA games at 1080p max settings without a problem.”

Conclusion

The Radeon RX7700S is a powerful and efficient mobile graphics card, offering excellent 1080p gaming performance and decent 1440p performance. With the help of AMD’s RDNA 3 architecture, the Navi 33 chip, and 32 MB Infinity Cache, it enables smooth frame rates in intensive games such as Cyberpunk 2077, Baldur’s Gate 3, and GT.

It is more power greedy than some of its Nvidia counterparts. However, this means extra watts means extra frames, which appeals to those who want better performance. The Radeon RX7700S makes up for lost ground with great rasterization and AMD FSR support. Its modular design, as with devices such as the Framework Laptop 16, also allows for rare upgradability and repairability.

Gamers who are more concerned about ray tracing or maximizing efficiency may prefer Nvidia’s RTX line. For great 1080p performance, good modular upgrade support, and good AMD support, the Radeon RX7700S is an interesting choice.

FAQs

Q1: Is Radeon RX7700S Good For 1440p Gaming?                                                                                                           

A: Yes, it runs many games without issues at 1440p with a medium to high setting, but demanding titles may require it to reduce settings for stable frame rates.

Q2: How does Radeon RX7700S compare with Nvidia’s RTX 4060 mobile GPU?

A: The RX 7700S typically has similar or slightly better rasterization performance, but poor performance in ray tracing. Nvidia gpus can be more efficient and perform better in ray tracing thanks to DLSS.

Q3: What is Modular GPU swapping? Why is it important?       

A: Modular GPU swapping allows users to replace the GPU on the laptop without needing to purchase a new laptop to extend the device’s lifespan, and to upgrade an existing GT2000 laptop, which is a rare occurrence in the Framework Laptop 16.

Q4: Does RX 7700S support ray tracing?

A: Yes, it does support hardware-accelerated ray tracing, but performance generally isn’t as good as Nvidia’s RTX GPUs.

Q5: What are some of the problems people who are using the RX 7700S have?

A: Some users are reporting driver-related freezes when swapping GPU modules and increased battery drain when gaming, but steady driver updates are helping to increase stability.