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GPU Hierarchy 2025: Ultimate Graphics Card Benchmarks & Comparison Guide

GPU Hierarchy Benchmarks

Chief Editor |

Selecting the right GPU can be challenging for everyone including a gamer who wants a 4K performance, a machine learning enthusiast or a creative professional editing high resolution video. The graphic card market is becoming saturated including the competitors like NVIDIA, AMD, and Intel. In this blog, we will learn about comprehensive GPU hierarchy with real GPU benchmarks, accurate scores, and price values. 

What is a GPU Hierarchy?

A GPU hierarchy is a type of ranking system that sorts graphic cards based on their overall performance in creative workloads, compute tasks and games. It helps consumers understand the working of GPUs against each other without analyzing a bunch of GPU benchmark charts.

Latest GPU Releases (2024–2025)

Brand

Model Series

Release Year

NVIDIA

RTX 50 Series (Blackwell)

2024–2025

AMD

Radeon RX 8000 Series (RDNA 4)

2024–2025

Intel

Arc Battlemage

2024


GPU Hierarchy as Per Performance Tiers

We are going to have some GPU comparison charts to learn everything about each one and their uses according to the specific needs. Below are some Graphics Card Performance lists to have an overview and better understanding of Graphics card comparison. 

Below is the list of GPUs from all top-notch brands according to GPU benchmarks. 

Tier S – Flagship / Enthusiast Level (4K+ Gaming & AI)

GPU

VRAM

Relative Performance

Notes

RTX 5090

24GB

100%

Fastest consumer GPU, best for 4K+

RTX 5080 Ti

20GB

95%

Slightly cheaper than 5090

Radeon RX 8900 XTX

24GB

93%

Best AMD GPU to date

RTX 4090

24GB

90%

Still a top-tier card

RTX 4080 Super

16GB

83%

Excellent 4K performance

Tier A – High-End 1440p / Entry 4K

GPU

VRAM

Relative Performance

Notes

RTX 5080

16GB

80%

High-end 1440p GPU

RX 8800 XT

16GB

78%

Strong value from AMD

RTX 4070 Ti Super

12GB

75%

Sweet spot for performance/price

RTX 3090 Ti

24GB

72%

Older, but still powerful

Arc Battlemage B980

16GB

68%

Intel’s best performer yet

Tier B – Mid-Range / 1080p Ultra / 1440p Medium

GPU

VRAM

Relative Performance

Notes

RTX 4070

12GB

65%

Solid 1440p choice

RX 7700 XT

12GB

63%

Best value at this tier

Arc B770

12GB

60%

Good for eSports and 1080p

RTX 3070 Ti

8GB

58%

Aging, but still viable

RX 6750 XT

12GB

55%

Affordable AMD option

Tier C – Budget / 1080p Gaming

GPU

VRAM

Relative Performance

Notes

RTX 4060 Ti

8GB

52%

Power-efficient

RX 7600 XT

8GB

50%

Great entry-level GPU

Arc A770

16GB

47%

Good for creators on a budget

RTX 3060

12GB

45%

Still available in market

RX 6600 XT

8GB

42%

Budget king in 2022–2023

Synthetic Benchmark Comparison (3DMark Time Spy Scores)

GPU

Time Spy Graphics Score

RTX 5090

~30,000

RX 8900 XTX

~29,000

RTX 5080 Ti

~28,000

RTX 4090

~27,000

RX 8800 XT

~25,000

Gaming Benchmarks – Average FPS at 4K (Ultra Settings)

GPU

Cyberpunk 2077

Starfield

Forza Horizon 5

RTX 5090

96 FPS

88 FPS

144 FPS

RX 8900 XTX

91 FPS

83 FPS

140 FPS

RTX 4080 Super

78 FPS

71 FPS

120 FPS

RX 7700 XT

49 FPS

42 FPS

85 FPS

Price-to-Performance Ratio (as of May 2025)

GPU

MSRP (USD)

Relative Perf

$/Perf Ratio

RX 7700 XT

$449

63%

7.12

RTX 4070

$599

65%

6.03

RX 7600 XT

$299

50%

5.98

RTX 5090

$1599

100%

6.25

Overview of each Brand

NVIDIA

NVIDIA has been the strongest competitor in the market of GPU technology, known for their innovative performance, robust software and advanced features. Its RTX 40 and new RTX 50 "Blackwell" series dominate the high-end segment. It is best for hardcore gaming, researchers and content creators. 

Strengths:

  • Best-in-class Ray Tracing and DLSS 3.5 (AI frame generation)
  • Industry-leading CUDA cores for content creation and AI
  • Exceptional driver stability and software optimization
  • Machine learning and professional rendering

AMD (Radeon)

AMD has never failed to offer great value and competitive features with its RDNA 3 and RDNA 4 architectures. The Radeon RX 8000 series provide strong gaming performance and energy efficiency. It is best for gaming on a budget, raw rasterization and multi monitoring. 

Strengths:

  • Offers great performance at a great price. 
  • High VRAM capacities at lower prices
  • FSR 3.0 (FidelityFX Super Resolution) supports many games
  • Improved ray tracing and driver maturity

Intel

Intel has entered the GPU world in recent times and their Arc "Battlemage" GPUs became viable competitors in the budget and mid-range market. Intel is the best option for conscious gaming, streaming, eSports, and creativity that requires AV1 encoding.

Strengths 

  • Best budget GPUs in some tiers (Arc A770, B770)
  • Outstanding AV1 hardware encoding/decoding
  • Great performance in DirectX 12 and Vulkan titles
  • Improving in drivers and optimization

Best GPUs by Use Case

Best for Gaming

  • 4K Ultra: RTX 5090 / RX 8900 XTX
  • 1440p High: RTX 4070 Ti Super / RX 7700 XT
  • 1080p Budget: RX 7600 XT / Arc A770

Best for Creative Workloads

  • RTX 4090 / RTX 5080 Ti (Great CUDA acceleration for Adobe, Blender)
  • Arc GPUs (great AV1 encoding support)

Best for AI / Machine Learning

  • RTX 5090 / 4090 (Tensor cores, FP8/FP16 performance)
  • AMD Instinct MI300X (for pro workloads, not gaming)

Tips Before You Buy a GPU

  • Check VRAM Requirements: High VRAM assists in 4k gaming and creative tasks. 
  • Don’t Overpay for Older Cards: RTX 3000 series and RX 6000 cards are often overpriced, relative to performance
  • Consider Resale Market: Used GPUs can work perfectly fine if you consider the models according to your needs and check properly. 
  • Watch for Power & Size: High end GPUs require a proper and specific amount of space, power and rest. 

Understanding GPU and CPU Temperatures

Here’s a detailed description on how important it is to keep check on GPU and CPU temperatures for them to perform stably and smoothly during the long games and content creation.

Average GPU Temperature

Here’s the average GPU temperature range for modern GPUs during general use.

Idle: 30°C–45°C (86°F–113°F)

Gaming: 60°C–85°C (140°F–185°F)

Healthy GPU Temperature Range

Below is the range for a healthy GPU temperature under different workloads:

  • Under 85°C during gaming is safe.
  • For laptops, 85°C–90°C can be acceptable.

Safe GPU Temperatures Under Load

Here’s a detailed safe GPU temperature before thermal throttling or damage occurs:

  • Most modern GPUs can handle up to 95°C, but 70°C–85°C is preferred.

Normal GPU Temperature While Gaming

Average CPU Temperature

Usual CPU temperatures:

  • Idle: 30°C–50°C
  •  Gaming or moderate load: 60°C–80°C
  • Heavy load or rendering: Up to 90°C

Normal CPU and GPU Temperature Comparison

Comparison between both components:

  • CPUs often spike faster and run hotter for short periods.
  • GPUs can maintain higher temperatures.

Best Temperature for a Stable PC

The best temperature for a PC

  • GPU: 60°C–80°C
  • CPU: 50°C–75°C

Conclusion

The GPU market is growing this year with plenty of options to choose from, for every budget. Intel has always been a budget friendly option for everyone, proving themselves and giving AV1 encoding. AMD is aiming to be a strong competitor in the market, offering value and efficiency. While NVIDIA continues to dominate the market with its performance. 

To find the best GPU according to your needs, you must consider a few things that are;

  • Consider your basic use, whether it is content creation, AI/ML, general productivity or gaming.
  • Matching the performance and resolution whether to go with 1080p, 1440p, 4K. 
  • Consider your budget while keeping the long-term requirements in mind. 

You should also know that one GPU is not suitable for every use or everyone and by understanding each card’s uses and performances in today’s GPU hierarchy, with this guide, you can make the best decision that offers the best performance for your needs. 

Head over to Orange Hardware's website to find the best suitable GPU that fits your needs. 

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