Graphics: Intel® Arc™ A380 Graphics, Graphics Driver: 31.0.101.3428, Processor: Intel® Core™ i5-12600K, MSI PRO Z690-A WIFI DDR4, BIOS: 1.3, Memory: 32GB (2x16GB) DDR4 @ 3200MHz, Storage: MP600 PRO XT 4TB, OS: Windows 11 Version 10.0.22000.978

Graphics: Intel® Arc™ A750 and A770 Limited Edition, Graphics Driver: Pre-release Engineering Version, Processor: Intel® Core™ i9-12900K, ASUS ROG MAXIMUS Z690 APEX, BIOS: 1601, Memory: 32GB (2x16GB) DDR5 @ 5600MHz, Storage: MP600 PRO XT 4TB, OS: Windows 11 Version 10.0.22000.795

Intel® Arc™ A350M

Intel® Arc™ A370M

Intel® Arc™ A550M

Intel® Arc™ A730M

Intel® Arc™ A770M

A770M configuration:

CPU: i9-12900HK

GPU: Intel Arc A770M

Memory: 2x16GB @ 4800Mhz

Drivers: 30.0.101.1735

O/S: Windows 11 Pro

A730M configuration:

CPU: i7-12700H

GPU: Intel Arc A730M

Memory: 2x16GB @ 4800Mhz

Drivers: 30.0.101.1735

O/S: Windows 11 Pro

A550M configuration:

CPU: i7-12700H

GPU: Intel Arc A550M

Memory: 2x16GB @ 4800Mhz

Drivers: 30.0.101.1735

O/S: Windows 11 Pro

A370M configuration:

CPU: i7-12700H

GPU: Intel Arc A370M

Memory: 8x4G @ 4800MHz

Drivers: 30.0.101.1735

O/S: Windows 11 Pro

A350M configuration:

CPU: Core i7-1260P

GPU: Intel Arc A350M

Memory: 32 GB @ 5200MHz

Drivers: 30.0.101.1735

O/S: Windows 11 Pro

All FPS (frames per second) scores are either measured with PresentMon or in-game benchmark. All gameplay has a documented workload running the same replay or game scenario across all configurations and test runs.

Hitman 3 run at 1080p Medium, DX12 in the Dubai benchmark

Graphics: Intel® Arc™ A770 Limited Edition Graphics, Graphics Driver: Engineering Driver 3262, Processor: Intel® Core™ i9-12900K, Asus ROG MAXIMUS Z690 Hero, BIOS: 1601, Memory: 32GB (2x16GB) DDR5 @ 4800MHz, Storage: Corsair MP600 Pro XT 4TB NVMe , OS: Windows 11 Version 22000.795

All games tested at 1440p with XeSS, measuring average FPS, on the Intel® Arc™ A770. All games set to at highest possible settings by choosing highest preset , then manually increased individual settings to maximum.

• Arcadegeddon, max + ray tracing: (XeSS Performance: 89, XeSS Balanced: 74, XeSS Off: 53)
• Diofield Chronicle, max + ray tracing: (XeSS Performance: 114, XeSS Balanced: 101, XeSS Off: 76)
• Chivalry 2, max: (XeSS Performance: 161 fps, XeSS Balanced: 148 fps, XeSS Off: 118 fps)
• Ghostwire Tokyo, max + ray tracing: (XeSS Performance: 53, XeSS Balanced: 44 , XeSS Off: 25)
• Hitman 3, max + ray tracing: (XeSS Performance: 68 fps, XeSS Balanced: 54 fps , XeSS Off: 34fps)
• Instinction, high: (XeSS Performance: 63.95 fps, XeSS Off: 42.8 fps)
• Naraka Bladepoint, max: (XeSS Performance: 107, XeSS Balanced: 98, XeSS Off: 72)
• Redout 2, max: (XeSS Performance: 138 fps, XeSS Balanced: 128 fps, XeSS Off: 98)
• Shadow of the Tomb Raider, max + ray tracing + motion blur off: (XeSS Performance: 87, XeSS Balanced: 79, XeSS Off: 62).
• Super People, max: (XeSS Performance: 139 , XeSS Balanced: 128 , XeSS Off: 90)

Intel® Arc™ A380 6GB reference card

AMD Radeon RX 6400 4GB

Intel® Arc™ A380 configuration: Graphics Driver: 30.0.101.1735, Processor: Intel® Core™ i5-12600K, MSI PRO Z690-A WIFI DDR4, BIOS: 1.3, Memory: 32GB (2x16GB) DDR4 @ 3200MHz, Storage: MP600 PRO XT 4TB, OS: Windows 11 Version 10.0.22000.675

AMD Radeon RX 6400 configuration: Graphics Driver: 30.0.15021.11005, Processor: Intel® Core™ i5-12600K, MSI PRO Z690-A WIFI DDR4, BIOS: 1.3, Memory: 32GB (2x16GB) DDR4 @ 3200MHz, Storage: MP600 PRO XT 4TB, OS: Windows 11 Version 10.0.22000.675

All FPS (frames per second) scores are either measured with PresentMon or in-game benchmark. All gameplay has a documented workload running the same replay or game scenario across all configurations and test runs.

Game workloads that support this claim are Naraka Bladepoint (27)%, JX Remake (27%), F1 2021 (26%), Rust (24%), Total Saga: Troy (22%), The Witcher 3 (22%), Arcadegeddon (21%), Metro Exodus (18%), NiZhan (16%), Wolfenstein: Youngblood (15%), Destiny 2 (14%).

All games tested at 1080p resolution and medium settings presets.

Intel® Arc™ 3 Graphics delivers up to 2x performance of Iris® X

LP graphics, showing a 2x generational leap.

Intel® Arc™ A370M Graphics and

Intel® Iris® Xe Graphics

Integrated Graphics configuration: 14" clamshell laptop (MSI 14F1) with Intel® Core i7-1280P, 32GB LPDDR5 @4800MHz, Gfx Driver 30.0.101.1109, Windows 11 Pro (20H2 Build 22000.556), System BIOS E14F1II6.D75, Display Resolution set to 1920x1080

ACM Configuration: 16" Clamshell laptop (MSI 1593) with Intel® Core™ i7-12700H, 32GB LPDDR5 @4800MHz, Display Resolution: 1920x1080; OS: Microsoft Windows 11 Pro 22000.556, Discrete Graphics: Intel® Arc™ A370M; Graphics driver: 30.0.101.1320(Engr)

Motherboard BIOS: E1593II6.10C

All FPS (frames per second) scores are either measured with PresentMon or in-game benchmark. All gameplay has a documented workload running the same replay or game scenario across all configurations and test runs.

Game workloads that support this claim are Resident Evil Village, Doom Eternal, and Fortnite, all run with Medium settings at 1080p resolution.

March 14-16, 2022

Intel® Arc™ A370M Graphics delivers above 60 fps performance at 1080p across popular games, showing a performance uplift vs Intel® Iris® Xe Graphics.

Intel® Arc™ A370M Graphics and

Intel® Iris® Xe Graphics

Integrated Graphics configuration: 14" clamshell laptop (MSI 14F1) with Intel® Core i7-1280P, 32GB LPDDR5 @4800MHz, Gfx Driver 30.0.101.1109, Windows 11 Pro (20H2 Build 22000.556), System BIOS E14F1II6.D75, Display Resolution set to 1920x1080

ACM Configuration: 16" Clamshell laptop (MSI

) with Intel® Core™ i7-12700H, 32GB LPDDR5 @4800MHz, Display Resolution: 1920x1080; OS: Microsoft Windows 11 Pro 22000.556, Discrete Graphics: Intel ® Arc™ A370M; Graphics driver: 30.0.101.1320(Engr)

Motherboard BIOS: E1593II6.10C

All FPS (frames per second) scores are either measured with PresentMon or in-game benchmark. All gameplay has a documented workload running the same replay or game scenario across all configurations and test runs.

All games run at 1080p resolution.

Game workloads that support this claim are Doom Eternal, Hitman 3, Total War Saga: Troy, F1 2021, Genshin Impact, Grid Legends, Apex Legends, The Witcher 3, Age of Empires IV, Destiny 2, Final Fantasy XIV, Rainbow Six Siege, and Wolfenstein Youngblood all at medium settings.

Counter Strike, The Riftbreaker, Warframe, Strange Brigade and Overwatch at high settings

March 14-16, 2022

Intel® Arc™ A370M Graphics delivers above 90 fps performance at 1080p across popular games, showing a performance uplift vs Intel® Iris® Xe Graphics.

Intel® Arc™ A370M Graphics and

Intel® Iris® Xe Graphics

Integrated Graphics configuration: 14" clamshell laptop (MSI 14F1) with Intel® Core i7-1280P, 32GB LPDDR5 @4800MHz, Gfx Driver 30.0.101.1109, Windows 11 Pro (20H2 Build 22000.556), System BIOS E14F1II6.D75, Display Resolution set to 1920x1080

ACM Configuration: 16" Clamshell laptop (MSI 1593) with Intel® Core™ i7-12700H, 32GB LPDDR5 @4800Mhz, Display Resolution: 1920x1080; OS: Microsoft Windows 11 Pro 22000.556, Discrete Graphics: Intel® Arc™ A370M; Graphics driver: 30.0.101.1320(Engr)

Motherboard BIOS: E1593II6.10C

All FPS (frames per second) scores are either measured with PresentMon or in-game benchmark. All gameplay has a documented workload running the same replay or game scenario across all configurations and test runs.

All games run at 1080p resolution.

Game workloads that support this claim are Fortnite, GTA V and DOTA2 at medium settings. Rocket League, Valorant, and League of Legends at high settings

March 14-16, 2022

Intel® Arc™ A370M Graphics delivers 2.35X performance with XMX acceleration vs. I ntel® Iris® Xe Graphics.

Intel® Arc™ A370M Graphics delivers 2.91X performance with Hyper Compute enabled vs. I ntel® Iris® Xe Graphics.

Intel® Arc™ A370M Graphics with Hyper Compute enabled delivers 24% more performance vs. Intel® Arc™ A370M Graphics alone.

Intel® Arc™ A370M Graphics and

Intel® Iris® Xe Graphics

Processor: 12th Gen Intel® Core™ i7-12700H processor, 14C/20T (6P + 8E); System: MSI Starlight 1593; Memory: 32GB - 8x4GB LPDDR5 @4800Mhz; Storage: Samsung PM9A1 1TB; Display Resolution: 1920x1080; OS: Microsoft Windows 11 Pro 22000.556; Integrated Graphics: Intel® Iris® Xe Graphics; Discrete Graphics: Intel ® Arc™ A370M; Graphics driver: ci-master 10451 DCH; Motherboard BIOS: E1593II6.10B

The XMX and Hyper Compute workload measures the times it takes to upscale and enhance a 1080p video to 4K using Topaz Labs Video Enhance AI with the built-in Proteus Fine Tune upscaling model.

Comparison data points:

• Intel® Arc™ A370M vs. Intel® Iris® Xe Graphics
• Intel® Arc™ A370M + Intel® Iris® Xe Graphics vs. Intel® Iris® Xe Graphics Alone.
• Intel® Arc™ A370M + Intel® Iris® Xe Graphics vs. Intel® Intel® Arc™ 370M Alone.

Application:

: 2.6.4.0i with new openvino_​intel_​gpu_​plugin.dll

Mar 16-17, 2022

A laptop equipped with Intel® Arc™ A-Series mobile graphics and an Intel® Core™ processor delivers 30% more performance on creation and compute intensive applications with Dynamic Power Share enabled.

Not graphics specific.

16" Clamshell laptop (MSI 1593) with Intel® Core™ i7-12700H, 32GB LPDDR5 @4800MHz, Display Resolution: 1920x1080; OS: Microsoft Windows 11 Pro 22000.556, Discrete Graphics: Intel® Arc™ A370M; Graphics driver: 30.0.101.1314(Engr)

Motherboard BIOS: E1593II6.107

Average of improvements seen on the following two applications.

Blender 2.9 - "Benchmark" is a specific Blender scene used for rendering time performance measurements. To simulate a system with Dynamic Power Share disabled, the CPU power budget was set to 28000 mW, and the GPU power budget was set to 28000 mW, which are each 50% of the overall power TDP for this system. The same system with Dynamic Power Share fully enabled increased rendering performance by 30%.

HandBrake Nightly 4K to 4K (H.264) - One large 4K video file was rendered using H.264 software. To simulate a system with Dynamic Power Share disabled, the CPU power budget was set to 28000 mW, and the GPU power budget was set to 28000 mW, which are each 50% of the overall power TDP for this system. The same system with Dynamic Power Share fully enabled increased rendering performance by 32%.

Mar 6-12, 2022

Intel® Arc™ A370M delivers 1.6x performance in Cyberlink PowerDirector, 1.57x performance in DaVinci Resolve Studio, and 1.31x performance in HandBrake with using Hyper Encode enabled, compared to using Intel® Iris® Xe Graphics alone.

Intel® Arc™ A370M Graphics and

Intel® Iris® Xe Graphics

Processor: Intel® Core™ i7-12800H, Pre Production ADL-H w/Alchemist SoC, BIOS: ADLPFWI1.R00.3091.A00.2202211056, Integrated Graphics: Intel® Iris® Xe Graphics, Integrated Graphics Driver: 30.0.101.1320, Discrete Graphics: Intel® Arc™ A370M Graphics, Discrete Graphics Driver: 30.0.101.1320, Memory: 16GB (2x8GB) DDR5 @ 4800MHz, Storage: INTEL SSDPEKKF512G7 512GB, OS: Windows 11 Version 10.0.22000.556

The Hyper Encode workload measures the time it takes to transcode a 4K/30fps AVC @ 57.9Mbps clip to 4K/30fps HEVC @ 30Mbps High Quality format with 3 applications: HandBrake, DaVinci Resolve, Cyberlink PowerDirector. The comparison for the claim is using both Alder Lake integrated graphics and Alchemist to encode in a I+I configuration versus the integrated graphics adapter alone.

Applications Used:

20220314213624 - ae8c70396- master (2022031401)

Internal Binary - Version 17.4.5.0004

Internal Binary - 20.3.2610.1 (64-bit), VDE220119-11

Mar 16-17, 2022

Intel® Arc™ A370M delivers 50x faster encoding with AV1 hardware acceleration compared to Intel® Core™ i7-12800H with Intel® Iris® Xe Graphics using software encode.

Intel® Arc™ A370M Graphics and

Intel® Iris® Xe Graphics

Processor: Intel® Core™ i7-12800H, Pre Production ALD-H w/Alchemist SoC, BIOS: ADLPFWI1.R00.3091.A00.2202211056, Integrated Graphics: Intel® Iris® Xe Graphics, Integrated Graphics Driver: 30.0.101.1320, Discrete Graphics: Intel® Arc™ A370M Graphics, Discrete Graphics Driver: 30.0.101.1320, Memory: 16GB (2x8GB) DDR5 @ 4800MHz, Storage: INTEL SSDPEKKF512G7 512GB, OS: Windows 11 Version 10.0.22000.556

The AV1 workload measures the time it takes to transcode a 4K/30fps AVC @ 57.9Mbps clip to 4K/30fps AV1 @ 30Mbps High Speed format. The comparison for the 50x claim is using the Alder Lake CPU (software) to transcode the clip on a public FFMPEG build versus Alchemist (hardware) on a proof-of-concept Intel build.

Adobe Premiere Pro, HandBrake, and DaVinci Resolve Studio are (if shown) are shown only for AV1 capability purposes and are not included in the 50x claim.

Mar 15-16, 2022

+ Intel® Iris® Xe Graphics delivers faster content creation compared to Intel Iris Xe Graphics alone: 1.3x faster in HandBrake, 1.6x faster in Davinci Resolve, 1.8x faster in Adobe Premiere Pro Auto Reframe, and 2.4x faster in Adobe Premiere Pro Scene Edit Detect.

Intel® Arc™ A370M Graphics and

Intel® Iris® Xe Graphics

System: Reference Validation Platform with ACM Mobile Reference Board.

Processor: Intel® Core™ i7-12800H, BIOS: ADL_​PR03_​LRA1-XXXADPP_​CPSF_​SES0_​00550488_​2022WW9.1.0, Integrated Graphics: Intel® Iris® Xe Graphics, Integrated Graphics Driver: 30.0.101.1320Engr, Discrete Graphics: Intel® Arc™ A370M Graphics, Discrete Graphics Driver: 30.0.101.1320Engr, Memory: 16GB (2x8GB) DDR5 @ 4800MHz, Storage: INTEL SSDPEKKF512G7 512GB, OS: Windows 11 Version 10.0.22000.556

The Hyper Encode workload measures the time it takes to transcode a 4K/30fps AVC @ 57.9Mbps clip to 4K/30fps HEVC @ 30Mbps High Quality format with 3 applications: HandBrake, DaVinci Resolve. The comparison for the claim is using both Alder Lake integrated graphics and Alchemist to encode in a I+I configuration versus the integrated graphics adapter alone.

Applications Used:

20220314213624 - ae8c70396- master (2022031401)

Internal Binary - Version 17.4.5.0004

: 22.3.0 Beta Build 25

The scene edit detect and auto-reframe workloads are AI compute workloads run on a single GPU or both GPUs together to detect changes in scene and to keep the main subject centered within a reframed and cropped video (respectively).

The HandBrake and DaVinci Resolve workloads both measure the time it takes to transcode an AVC video to HEVC.

Mar 15-18, 2022