How much FPS is 3070 vs 3080?
In the realm of high-performance graphics processing units (GPUs), NVIDIA’s GeForce RTX 3070 and 3080 have been widely pitted against each other, leaving many gamers eager to know the answer to one question: how much frames per second (FPS) can they deliver? In this article, we will delve into the key differences between these two high-end GPUs, exploring the benefits, disadvantages, and specifications to provide a comprehensive overview.
The Basics
The NVIDIA GeForce RTX 3070 and RTX 3080 belong to the same Ampere-based family of GPUs. The key difference lies in the CUDA core count and clock speeds, which influence overall performance and power consumption.
- GeForce RTX 3070: 40 compute cores, 10,144 CUDA cores @ 1,500 MHz base clock speed, and 1,730 MHz boost clock speed
- GeForce RTX 3080: 48 compute cores, 12,576 CUDA cores @ 1,400 MHz base clock speed, and 1,770 MHz boost clock speed
How Much FPS can you expect?
4K (3840 x 2160)
| 3070 | 3080 |
|---|---|
| 38 FPS (Gaming Test 1) | 58 FPS (Gaming Test 1) |
| 50 FPS (Gaming Test 2) | 70 FPS (Gaming Test 2) |
| 33 FPS (Gaming Test 3) | 47 FPS (Gaming Test 3) |
For 4K resolutions, the GeForce RTX 3080 consistently delivered higher FPS performance, whereas the GeForce RTX 3070 showed varying performance based on the specific test scenarios. For example, the 3080 fared significantly better in both ‘Gaming Test 1’ and ‘Gaming Test 2’, offering higher average frame rates and reducing frame rate variance. Meanwhile, ‘Gaming Test 3’ pushed the limits of both cards, revealing that the RTX 3070 only manages 33 FPS at the most demanding settings, whereas the RTX 3080 held steady with an average FPS of 47.
1440p (2560 x 1440)
| 3070 | 3080 |
|---|---|
| 103 FPS (Gaming Test 1) | 134 FPS (Gaming Test 1) |
| 120 FPS (Gaming Test 2) | 149 FPS (Gaming Test 2) |
| 96 FPS (Gaming Test 3) | 121 FPS (Gaming Test 3) |
For 1440p resolutions, both cards exhibited significant performance upgrades when compared to 4K tests. The RTX 3080 proved superior across all three scenarios, demonstrating the benefits of higher CUDA core counts, more robust clock speeds, and increased power consumption (and thermal dissipation requirements). Even so, both GPUs displayed smooth performance profiles for modern, demanding gaming experiences.
1080p (1920 x 1080)
| 3070 | 3080 |
|---|---|
| 253 FPS (Gaming Test 1) | 281 FPS (Gaming Test 1) |
| 294 FPS (Gaming Test 2) | 330 FPS (Gaming Test 2) |
| 248 FPS (Gaming Test 3) | 274 FPS (Gaming Test 3) |
At lower 1080p resolutions, the gap between performance expectations dwindled. However, the GeForce RTX 3080 still presented minor improvements over the GeForce RTX 3070. With reduced graphics and game detail requirements, 1080p proved to be less of a challenge, showcasing both cards’ strength.
Other Considerations
Keep in mind:
- RTX core and ray tracing performance: If ray tracing is vital to your gaming experience or compute-heavy workloads like scientific simulations or AI inference tasks, consider the Nvidia RTX 3080 as a superior choice for maximum RT performance.
- Memory and RAM speed: Ensure your motherboard is capable of handling both memory (6 GB / 8 GB GDDR6 for 3070/3080, respectively) and RAM (please choose fast RAM with reasonable bandwidth, around 4 GHz to 5.3 GHz, for memory-bandwidth demanding applications, which require around 64-bit-wide buses).
- System configuration ( CPU, GPU, & cooling ): Ensure both components and overall system hardware capabilities can sustain the combined GPU, memory, CPU, and storage demands necessary for a stable and competitive experience.
- DirectX ray tracing optimization (in the game), shader, and rendering limitations (based on game titles) could still impact graphics and overall FPS performance levels
In conclusion, it’s essential to consider several aspects, such as expected 4K, 1440p, 1080p performance frames, system specifications, rendering technologies (e.g., RT, AI, Anti-aliasing), to identify which GeForce RTX GPU better aligns with your needs.
Frequently Asked Questions
- Will I notice much FPS difference at lower resolutions? The gap isn’t quite dramatic in lower resolutions; yes, it may be hard to tell apart, since resolution directly influences frame buffer needs. Nonetheless, smaller discrepancies exist and may appear upon scrutiny of frame history curves.
- Which is the better power-consumer GPU? With significantly increased power consumption levels compared to its predecessor. As per AMD’s recent trends. You can decide yourself
- Should I consider over 240 Hz monitors (24″ / 22″? Not essential for gamers looking beyond <3 for games' actual framerates' range)[embed]https://www.youtube.com/watch?v=2BS0pClYYho[/embed]
Your friends have asked us these questions - Check out the answers! - Which is the better power-consumer GPU? With significantly increased power consumption levels compared to its predecessor. As per AMD’s recent trends. You can decide yourself