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Intel Arc A580

GPU • INTEL • XE-HPG

Intel Arc A580

Q: When was the Intel Arc A580 released?

The Intel Arc A580 was officially released in October 10, 2023. It was launched as a graphics solution by Intel.

Q: What is the 3DMark Time Spy score of Intel Arc A580?

The Intel Arc A580 scores 10,823 on 3DMark Time Spy, indicating its solid capabilities in modern gaming scenarios. This benchmark is the industry standard for measuring DirectX 12 gaming performance.

Q: How much VRAM does the Intel Arc A580 have?

The Intel Arc A580 is equipped with 8 GB of VRAM, which is currently the sweet spot for smooth 1440p gaming and modern texture quality.

Q: What is the TGP (power consumption) of Intel Arc A580?

The Intel Arc A580 has a Total Graphics Power (TGP) of 175 W. This value dictates your power supply (PSU) requirements, so ensure your system can handle this draw effectively.

Q: What is the base clock speed of the Intel Arc A580?

The Intel Arc A580 operates at a base clock speed of 1700 MHz. This is the minimum clock frequency the graphics card runs at under standard workloads before boosting.

Q: What is the boost clock speed of the Intel Arc A580?

The Intel Arc A580 features a boost clock speed of 2000 MHz. This clock speed represents the maximum frequency the graphics card can dynamically reach during intense gaming or rendering workloads.

Q: What architecture is the Intel Arc A580 based on?

The Intel Arc A580 is built on the Xe-HPG architecture. This foundational design determines the GPU's power efficiency and support for modern features like hardware Ray Tracing and AI upscaling (DLSS/FSR).

Q: How does the Intel Arc A580 rank in gaming performance?

With a performance score of 62%, the Intel Arc A580 is ranked as a capable mid-range graphics card in our extensive GPU database.

Q: What bus interface does the Intel Arc A580 use?

The Intel Arc A580 uses the PCIe 4.0 x16 interface, ensuring high-speed data transfer and minimal bottlenecking between the graphics card and the motherboard.

Q: How many shading units does the Intel Arc A580 have?

The Intel Arc A580 features 3,072 shading units (cores), which are directly responsible for rendering complex visual effects and lighting in modern games.

DG2-512 Released: October 10, 2023

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Intel Arc A580

DG2-512 Released: October 10, 2023

Memory

GB GDDR6

Boost Clock

2000

MHz

TGP

175

Technical Highlights

Architecture : Xe-HPG

Generation : Alchemist (Arc 5)

Shading Units : 3072

RT Cores : 24

About this GPU Card

Intel Arc A580 is a discrete graphics card from Intel released on October 10, 2023 based on the Xe-HPG architecture with 8 GB GDDR6 memory. It runs at 1700 MHz base clock, reaches up to 2000 MHz boost clock, and has a 175 W power rating. It supports DirectX 12.2, Vulkan 1.4, and OpenGL 4.6.

Last updated: March 28, 2026

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Overall Scores General Info Graphics Processor Raw Performance Memory Board Design APIs Benchmarks Performance Charts FAQ

Overall Score Of Intel Arc A580

This summarizes how Intel Arc A580 scores across key areas like gaming, rendering, AI, and Energy Efficiency.

Overall

Gaming Performance

AI & Machine Learning

Hardware Architecture

Workstation

Energy Efficiency

General Info of Intel Arc A580

Vendor

Intel

Release Date

October 10, 2023

Foundry

TSMC

Architecture

Xe-HPG

Process Size

Good

6 nm

67% of the current best Process Size score

Transistors

21.7 billion

Launch Price

179

Graphics Processor of Intel Arc A580

Base Clock

Good

1700 MHz

64% of the current best Base Clock score

Boost Clock

Good

2000 MHz

64% of the current best Boost Clock score

Shading Units

3072

14% of the current best Shading Units score

Compute Units

14% of the current best Compute Units score

Ray Tracing Cores (RTCs)

14% of the current best Ray Tracing Cores (RTCs) score

Tensor Cores

Good

384

56% of the current best Tensor Cores score

Textured Mapping Units (TMUs)

192

28% of the current best Textured Mapping Units (TMUs) score

Render Output Units (ROPs)

38% of the current best Render Output Units (ROPs) score

Die Size

406 mm²

Density

53.4 MTr/mm²

L2 Cache

8 MB

8% of the current best L2 Cache score

Raw Performance of Intel Arc A580

Pixel Fill Rate

192.0 GPixel/s

40% of the current best Pixel Fill Rate score

Texture Fill Rate

384.0 GTexel/s

23% of the current best Texture Fill Rate score

FP32 Performance

12.29 TFLOPs

12% of the current best FP32 Performance score

Memory of Intel Arc A580

Memory Size

Good

8 GB

25% of the current best Memory Size score

Memory Type

Good

GDDR6

70% of the current best Memory Type score

Bus Width

256-bit

Memory Clock

Excellent

2000 MHz

76% of the current best Memory Clock score

Effective Speed

16000 Mbps

53% of the current best Effective Speed score

Bandwidth

512 GB/s

29% of the current best Bandwidth score

Board Design of Intel Arc A580

Bus Interface

Excellent

PCIe 4.0 x16

80% of the current best Bus Interface score

PCIe Version

Excellent

4.0

80% of the current best PCIe Version score

PCIe Lanes

TGP

175 W

APIs of Intel Arc A580

DirectX

Top tier

12.2

100% of the current best DirectX score

OpenGL

Top tier

4.6

100% of the current best OpenGL score

OpenCL

Top tier

3.0

100% of the current best OpenCL score

Vulkan

Top tier

1.4

100% of the current best Vulkan score

HDMI

Top tier

2.1

100% of the current best HDMI score

DisplayPort

Top tier

2.0

100% of the current best DisplayPort score

Ray Tracing

DLSS

Benchmarks of Intel Arc A580

3D Mark

A standardized suite that approximates real-world gaming workloads to compare graphics performance.

Steel Nomad Lite:

9233

18% of max score 18% of best score for Steel Nomad Lite

Time Spy:

10823 (57th)

23% of max score 23% of best score for Time Spy

Solar Bay:

40830

17% of max score 17% of best score for Solar Bay

Port Royal:

5632

15% of max score 15% of best score for Port Royal

Fire Strike:

25422

29% of max score 29% of best score for Fire Strike

Wild Life Extreme:

21117

19% of max score 19% of best score for Wild Life Extreme

Night Raid:

104294

50% of max score 50% of best score for Night Raid

GeekBench 6 OpenCL

GPU compute benchmark focused on workloads like image processing and parallel compute tasks.

Compute Score:

89982 (66th)

21% of max score 21% of best score for Compute Score

Background Blur:

135.5 img/sec

32% of max score 32% of best score for Background Blur

Face Detection:

76.3 img/sec

26% of max score 26% of best score for Face Detection

Horizon Detection:

2.81 Gpixels/sec

13% of max score 13% of best score for Horizon Detection

Edge Detection:

4.37 Gpixels/sec

13% of max score 13% of best score for Edge Detection

Gaussian Blur:

6.43 Gpixels/sec

19% of max score 19% of best score for Gaussian Blur

Feature Matching:

0.8 Gpixels/sec

32% of max score 32% of best score for Feature Matching

Stereo Matching:

417.1 Gpixels/sec

15% of max score 15% of best score for Stereo Matching

Particle Physics:

17700.8 FPS

30% of max score 30% of best score for Particle Physics

Passmark Graphics

A multi-test benchmark that evaluates raster, memory bandwidth, and compute performance.

G3D Mark Score:

12072 (91st)

31% of max score 31% of best score for G3D Mark Score

G2D Mark Score:

743

53% of max score 53% of best score for G2D Mark Score

DirectX 12:

37% of max score 37% of best score for DirectX 12

GPU Compute:

4913 Ops/s

19% of max score 19% of best score for GPU Compute

GFXBench 5

Graphics benchmark using modern GPU APIs and game-like scenes across multiple workloads.

Aztec Ruins High (4K):

124.10 FPS

10% of max score 10% of best score for Aztec Ruins High (4K)

Aztec Ruins Normal:

658.30 FPS

34% of max score 34% of best score for Aztec Ruins Normal

Car Chase:

418.60 FPS

24% of max score 24% of best score for Car Chase

Manhattan 3.1 (1440p):

416.20 FPS

10% of max score 10% of best score for Manhattan 3.1 (1440p)

T-Rex:

2398.50 FPS

36% of max score 36% of best score for T-Rex

Blender

Rendering performance benchmark using Blender Cycles throughput as a practical content-creation metric.

Render Score:

1796 (60th)

12% of max score 12% of best score for Render Score

GeekBench 6 ML

AI benchmark measuring common ML workloads like classification, detection, and super resolution.

ML Single Precision:

9364 (85th)

17% of max score 17% of best score for ML Single Precision

ML Half Precision:

9631

12% of max score 12% of best score for ML Half Precision

ML Quantized:

7378

19% of max score 19% of best score for ML Quantized

Image Classification:

4014

21% of max score 21% of best score for Image Classification

Object Detection:

5323

19% of max score 19% of best score for Object Detection

Image Segmentation:

7656

14% of max score 14% of best score for Image Segmentation

Face Detection:

12636

11% of max score 11% of best score for Face Detection

Image Super Resolution:

10138

18% of max score 18% of best score for Image Super Resolution

Style Transfer:

132558

19% of max score 19% of best score for Style Transfer

Text Classification:

672

13% of max score 13% of best score for Text Classification

Machine Translation:

1569

18% of max score 18% of best score for Machine Translation

Depth Estimation:

20334

24% of max score 24% of best score for Depth Estimation

Pose Estimation:

50065

15% of max score 15% of best score for Pose Estimation

FurMark

Stress test designed to push sustained load for thermal stability and cooling behavior.

1080p Vulkan:

7719

23% of max score 23% of best score for 1080p Vulkan

1440p Vulkan:

5171

20% of max score 20% of best score for 1440p Vulkan

2160p Vulkan:

2411

17% of max score 17% of best score for 2160p Vulkan

1080p OpenGL:

7606

26% of max score 26% of best score for 1080p OpenGL

1440p OpenGL:

4927

21% of max score 21% of best score for 1440p OpenGL

2160p OpenGL:

2386

16% of max score 16% of best score for 2160p OpenGL

Performance Charts Of Intel Arc A580

These charts give a quick view of FPS scaling across resolutions and how this GPU compares against market top benchmark values.

Gaming FPS Analysis

Ultra settings performance of Intel Arc A580

1080p Ultra

1440p Ultra

4K Ultra

Performance Benchmarks

Grey is the market top value. Colored bar is Intel Arc A580.

Market Top

Intel Arc A580

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Frequently Asked Questions about Intel Arc A580

The Intel Arc A580 was officially released in October 10, 2023. It was launched as a graphics solution by Intel.

The Intel Arc A580 scores 10,823 on 3DMark Time Spy, indicating its solid capabilities in modern gaming scenarios. This benchmark is the industry standard for measuring DirectX 12 gaming performance.

The Intel Arc A580 is equipped with 8 GB of VRAM, which is currently the sweet spot for smooth 1440p gaming and modern texture quality.

The Intel Arc A580 has a Total Graphics Power (TGP) of 175 W. This value dictates your power supply (PSU) requirements, so ensure your system can handle this draw effectively.

The Intel Arc A580 operates at a base clock speed of 1700 MHz. This is the minimum clock frequency the graphics card runs at under standard workloads before boosting.

The Intel Arc A580 features a boost clock speed of 2000 MHz. This clock speed represents the maximum frequency the graphics card can dynamically reach during intense gaming or rendering workloads.

The Intel Arc A580 is built on the Xe-HPG architecture. This foundational design determines the GPU's power efficiency and support for modern features like hardware Ray Tracing and AI upscaling (DLSS/FSR).

With a performance score of 62%, the Intel Arc A580 is ranked as a capable mid-range graphics card in our extensive GPU database.

The Intel Arc A580 uses the PCIe 4.0 x16 interface, ensuring high-speed data transfer and minimal bottlenecking between the graphics card and the motherboard.

The Intel Arc A580 features 3,072 shading units (cores), which are directly responsible for rendering complex visual effects and lighting in modern games.

The Intel Arc A580 contains approximately 21.7 billion transistors, packed into its silicon to deliver massive parallel processing capabilities.

The Intel Arc A580 is manufactured on a 6 nm node. A smaller process node generally translates to better energy efficiency and improved thermal management.