Performance Index
Mobile
| GPU(s) | Use Case | Claim | System Configuration | Measurement | Period |
|---|---|---|---|---|---|
| Intel Arc 140V Graphics | Gaming | With Endurance Gaming mode enabled, get up to 3.7x longer playtime on battery on Intel Core Ultra 200V series processors with built-in Intel Arc GPUs | Model: Asus Zenbook S 14 UX5406S CPU: Intel® Core™ Ultra 7 258V Memory: 32GB - 8533MHz GPU: Intel Arc 140v Graphics GFX Driver: 32.0.101.5736 Storage: WD PC SN560 1TB Battery Size: 6-Cell 72 Whr Battery Power Supply: none OS: Windows 11 Pro OS Version: 26100.2033 (24H2) Win Power Policy: Balanced Win Power Mode: Best Performance OEM App setting: My Asus = Performance | Game Test Method: Rocket League, 1080p/Medium, custom match vs bots with no limits. Continuous gameplay. Full battery rundown test from full battery to empty. Result is a median of 3 runs Screen Brightness 50% Sound Volume 10% Off: 122m Endurance Gaming mode Performance: 320m | uplift compared to off: 2.6x Endurance Gaming mode Balanced: 401m | uplift compared to off: 3.3x Endurance Gaming mode Efficiency: 453m | uplift compared to off: 3.7x | 18-Oct-24 |
| Intel® Arc™ A770M | Performance | Arc™ A-770M shows performance gains from 2.1x up to 2.9x on OpenVINO™ 2024.3 versus release 2024.1. Mistral-7b-v0.1: 2.9x; Llama-2-7b-chat: 2.1x; Falcon-7b-instruct: 2.2x; ChatGLM2-6b: 2.7x | Host Machine Core™ i7-12700H, Serpent Canyon Motherboard Intel corp NUC 12SNKi72 CPU Intel® Core™ i7-12700H CPU @ 2.30GHz Hyper Threading on Turbo Setting on Memory 2 x 8 GB DDR4 3200MHz Operating System Ubuntu* 22.04.4 LTS Kernel version 6.5.0-28-generic BIOS Vendor Intel Corporation BIOS Version SNADL357.0056.2022.1102.1218 BIOS Release 11/2/2022 | Intel® Arc™ A770M OV-2024.1 => OV-2024.3 OV-2024.1 => OV-2024.2 INT4 Model name Gain factor for INT4 Gain factor for INT4 OV-2024.3 OV-2024.2 OV-2024.1 metric Input token length output token length ChatGLM2-6B 2.7 2.1 42.13 31.99 15.46 tokens/sec 1024 128 Falcon-7b-instruct 2.2 1.6 37.26 27.29 16.92 tokens/sec 32 128 Llama-2-7b-chat 2.1 1.7 35.27 28.97 17.12 tokens/sec 1024 128 Mistral-7b-v0.1 2.9 1.7 35.83 21.08 12.46 tokens/sec 1024 128 | OV-2024.1: April 2024 OV-2024.2: June 2024 OV-2024.3: July 2024 |
| Intel® Discrete GPU Arc™ A770M | Performance | Arc™ A-770M shows performance gains from 1.5x up to 2.1x on OpenVINO™ 2024.2 versus release 2024.2. Mistral-7b-v0.1: 1.7x; Llama-2-7b-chat: 1.7x; Falcon-7b-instruct: 1.5x; ChatGLM2-6b: 2.1x Stable-Diffusion-v2-1: 1.5x | Host Machine Core™ i7-12700H, Serpent Canyon Motherboard Intel corp NUC 12SNKi72 CPU Intel® Core™ i7-12700H CPU @ 2.30GHz Hyper Threading on Turbo Setting on Memory 2 x 8 GB DDR4 3200MHz Operating System Ubuntu* 22.04.4 LTS Kernel version 6.5.0-28-generic BIOS Vendor Intel Corporation BIOS Version SNADL357.0056.2022.1102.1218 BIOS Release 11/2/2022 | Intel® Arc™ A770M INT4 Model name Gain factor for INT4 OV-2024.2 OV-2024.1 metric Input token length output token length ChatGLM2-6B 2.1 31.99 15.46 tokens/sec 1024 128 Falcon-7b-instruct 1.6 27.29 16.92 tokens/sec 32 128 Llama-2-7b-chat 1.7 28.97 17.12 tokens/sec 1024 128 Mistral-7b-v0.1 1.7 21.08 12.46 tokens/sec 1024 128 Model name Gain factor for FP16 OV-2024.2 OV-2024.1 metric prompt length steps Stable-Diffusion-V2-1 1.5 2.91 4.42 s econds 1024 20 | OV-2024.1: April 2024 OV-2024.2: June 2024 |
| Intel® Discrete GPU Arc™ A770M | Performance | OpenVINO 2024.2 optimizations for dGPUs deliver up to 1.5x performance gains on the Stable Diffusion transformer model. | GPU Inference Engines: Intel® Dedicated Graphics Family GPU GPU ARC™ 770M Connection PCIe G4, 1x16 Batch size 1 Precision FP16, INT8 Number of concurrent inference requests Automatic Memory 16 GB DDR6, 512 GB/s HPC & AI FP32, FP16, BF16, INT8, INT4 Form Factor 3/4L Full Heigth, Passively cooled Xe cores 32 EUs 512 Device ID 8086-5690 Test Date 6/3/2024 TDP 150 W Host Machine Core™ i7-12700H, Serpent Canyon Motherboard Intel corp NUC 12SNKi72 CPU Intel® Core™ i7-12700H CPU @ 2.30GHz Hyper Threading on Turbo Setting on Memory 2 x 8 GB DDR4 3200MHz Operating System Ubuntu* 22.04.4 LTS Kernel version 6.5.0-28-generic BIOS Vendor Intel Corporation BIOS Version SNADL357.0056.2022.1102.1218 BIOS Release 11/2/2022 | OV-2024.2 = 2.91 seconds OV-2024.1 = 4.4 seconds | OV-2024.1: April 2024 OV-2024.2: June 2024 |
| Intel® Arc™ A530M GPU | Gaming | The Intel Arc A530M achieves over 100 FPS in Ghostrunner 2 with XeSS. | Motherboard Lenovo LOQ IAX9I Gen 9 CPU Intel Core i5-12450HX Memory 8GB LPDDR5-4800Mhz GPU Intel Arc Graphics A530M Intel GFX Driver Intel® Graphics Driver 31.0.101.5333 M.2 SSD SKHynix_HFS512GEJ4X112N Power Supply 230 Watt OEM Power Brick OS Windows 11 Pro OS Version 22631.3296 (23H2) Power Policy Balanced Core Isolation Enabled | All gameplay has a documented workload running the same replay or game scenario across all configurations and test runs. All results are the median of 3 runs. Ghostrunner 2 - 1080p high with XeSS performance mode: 107 FPS | 18-Mar-24 |
| Intel® Arc™ A530M GPU | Gaming | The Intel Arc A530M achieves 60 FPS in Tekken 8 | Motherboard Lenovo LOQ IAX9I Gen 9 CPU Intel Core i5-12450HX Memory 8GB LPDDR5-4800Mhz GPU Intel Arc Graphics A530M Intel GFX Driver Intel® Graphics Driver 31.0.101.5333 M.2 SSD SKHynix_HFS512GEJ4X112N Power Supply 230 Watt OEM Power Brick OS Windows 11 Pro OS Version 22631.3296 (23H2) Power Policy Balanced Core Isolation Enabled | All gameplay has a documented workload running the same replay or game scenario across all configurations and test runs. All results are the median of 3 runs. Tekken 8 - 1080p high with XeSS performance mode: 60 FPS | 18-Mar-24 |
| Intel® Arc™ A530M GPU | Gaming | Intel® Arc™ A530M Graphics delivers 60+ FPS gaming across select titles at 1080p high settings, with some titles able to utilize XeSS upscaling technology | A530M Configuration: System: Lenovo LOQ 390 CPU: Intel Core i5-12450HX Memory: 16 GB (1x16GB) Memory SKU: DDR5-4800 dGPU: Intel Arc A530M dGPU Driver: 31.0.101.5085 SSD: 1TB SK Hynix HFS001TEJ4X112N BIOS: NFCN15WW OS: Win 11 Pro OS Version: 22621.3007 Power Policy: Performance VBS (Core Isolation): Enabled | 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, high settings. Games in this test include: Death Stranding: Director's Cut - 1080p High - 79 FPS Chivalry 2 - 1080p High - XeSS Off - 100 FPS Chivalry 2 - 1080p High - XeSS Performance - 113 FPS | Feb 6 2024 |
| Intel® Arc™ A530M GPU | Gaming | Intel® Arc™ A530M Graphics delivers 60+ FPS gaming across select titles at 1080p, high settings. | A530M Configuration: System: Lenovo LOQ 390 CPU: Intel Core i5-12450HX Memory: 8 GB (1x8GB) Memory SKU: DDR5-4800 dGPU: Intel Arc A530M dGPU Driver: 31.0.101.4881 SSD: 1TB SK Hynix HFS001TEJ4X112N BIOS: NFCN15WW OS: Win 11 Pro OS Version: 22621.2283 Power Policy: Balanced VBS (Core Isolation): Enabled | 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, high settings. Games in this test include: "Genshin Impact : 60 FPS " "PUBG : 63 FPS " "Shadow of the Tomb Raider : 63 FPS " "Forza Horizon 5 : 78 FPS " "F1 2021 : 81 FPS " "Kena: Bridge of Spirits : 85 FPS " "Hitman 3 : 87 FPS " "Grand Theft Auto V : 90 FPS " "Apex Legends : 96 FPS " "Counter-Strike 2 : 98 FPS " "DOTA 2 : 118 FPS " "League of Legends : 166 FPS " "Valorant : 196 FPS " | October 1 - 16, 2023 |
| Intel® Arc™ A530M GPU | Gaming | Intel® Arc™ A530M Graphics delivers up to 61% faster performance with XeSS enabled , averaged across select titles at 1080p. | A530M Configuration: System: Lenovo LOQ 390 CPU: Intel Core i5-12450HX Memory: 8 GB (1x8GB) Memory SKU: DDR5-4800 dGPU: Intel Arc A530M dGPU Driver: 31.0.101.4881 SSD: 1TB SK Hynix HFS001TEJ4X112N BIOS: NFCN15WW OS: Win 11 Pro OS Version: 22621.2283 Power Policy: Balanced VBS (Core Isolation): Enabled | 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. Games in this test include: "Shadow of Tomb Raider - 1080p High, DX12 - A530M: 63 FPS | A530M with XeSS (Performance): 71 FPS, uplift: 13%" "Hogwarts Legacy - 1080p High, DX12 - A530M: 49 FPS | A530M with XeSS (Performance): 72 FPS, uplift: 47%" "Call of Duty: Modern Warfare 2 - 1080p Ultra, DX12 - A530M: 46 FPS | A530M with XeSS (Performance): 73 FPS, uplift: 59%" "Ghostwire: Tokyo - 1080p, High DX12 - A530M: 51 FPS | A530M with XeSS (Performance): 97 FPS, uplift: 90%" "Hitman 3 - 1080p High, DX12 - A530M: 59 FPS | A530M with XeSS (Performance): 129 FPS, uplift: 119%" Geomean of all uplifts: 61% | October 1 - 16, 2023 |
| Intel® Iris® Xe Intel® Arc™ A350M Intel® Arc™ A370M Intel® Arc™ A550M Intel® Arc™ A550M Intel® Arc™ A730M Intel® Arc™ A770M | Gaming | A laptop equipped with Intel® Arc™ A-Series mobile graphics achieve 62fps to 188 fps depending on SKU, when tested on Apex Legends in intel platforms ranging from Intel® Core™ i7-1260P + Intel® Arc™ A350M to Intel® Core™ i9-12900HK + Intel® Arc™ A770M. This is a step above Intel® Iris® Xe integrated graphics, which can only achieve 47 | A770M configuration: CPU: i9-12900HK GPU: Intel Arc A770M Memory: 2x16GB @ 4800Mhz Drivers: 30.0.101.1735 O/S: Windows 11 Pro A730M and Iris Xe 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 A530M configuration: CPU: i5-12450HX GPU: Intel Arc A530M Memory: 1x8GB @ 4800Mhz Drivers: 31.0.101.4881 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. Intel® Iris® Xe - 47 FPS Intel® Arc™ A350M - 62 FPS Intel® Arc™ A370M - 81 FPS Intel® Arc™ A550M - 96 FPS Intel® Arc™ A550M - 108 FPS Intel® Arc™ A730M - 164 FPS Intel® Arc™ A770M - 188 FPS Apex Legends run at 1080p Custom Medium, DX11 | October 20, 2022 - October 16, 2023 |
| Intel® Arc™ A530M GPU | Gaming Performance | The Intel® Arc™ A530M GPU delivers 60+ FPS gaming across select titles at 1080p. | A530M Configuration: CPU: Intel Core i5-12450HX Memory: 8 GB (1x8GB) Memory SKU: DDR5-4800 dGPU: Intel Arc A530M dGPU Driver: 31.0.101.4881 SSD: 1TB SK Hynix HFS001TEJ4X112N BIOS: NFCN15WW OS: Win 11 Pro OS Version: 22621.2283 Power Policy: Balanced VBS (Core Isolation): Enabled | 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. Games in this test include: "Genshin Impact : 60 FPS" "PUBG : 63 FPS" "Shadow of the Tomb Raider : 63 FPS" "Forza Horizon 5 : 78 FPS" "F1 2021 : 81 FPS" "Kena: Bridge of Spirits : 85 FPS" "Hitman 3 : 87 FPS " "Grand Theft Auto V : 90 FPS" "Apex Legends : 96 FPS" "Counter-Strike 2 : 98 FPS" "DOTA 2 : 118 FPS" "League of Legends : 166 FPS" "Valorant : 196 FPS" | October 1 - 16, 2023 |
| Intel® Arc™ A370M | AV1 encoding | Intel® Arc™ A370M delivers 28x faster encoding with AV1 hardware acceleration compared to Intel® Core™ i7-13700H with Intel® Iris® Xe Graphics using software encode. | System: Dell XPS 15 Processor: Intel® Core™ i7-13700H, Integrated Graphics: Intel® Iris® Xe Graphics, Discrete Graphics: Intel® Arc™ A370M Graphics, Graphics Driver: 31.0.101.4255 Memory: 16GB (2 x 8GB) DDR5-4800 Storage: 512GB Samsung PM9A1 SSD OS: Windows 11 Version Build: 22623.870 | The AV1 workload measures how quickly a GPU can transcoe a 4K AVC clip at 20MBps to 4K in AV1 format using Handbrake •Intel® Arc™ A370M : 113 FPS •Intel® Core™ i7-13700H: 4 FPS Resulting in 28x faster performance | March 31, 2023 |
| Intel® Arc™ A350M | Content Creation with Deep Link Hyper Encode: Video Encoding | Performing a 4K AVC to HEVC encode with Handbrake, the Samsung Galaxy Book2 Pro is 57% faster when using both the Intel Arc™ A350M and Intel® Core™ i7-1260P together with Intel Deep Link Hyper Encode, versus using the Intel Arc™ A350M alone. | Intel® Arc™ A350M Configuration: 16" Clamshell laptop (Samsung Galaxy Book Pro) with Intel® Core™ i7-1260P, 32GB LPDDR5 @5200MHz Discrete Graphics: Intel® Arc™ A350M graphics Display Resolution: 1920x1080 OS: Microsoft Windows 11 Pro 22000.556 Graphics driver: 30.0.101.1117 Motherboard BIOS: P00RGG.036.220119.XW, 1/19/2022 | The HandBrake workload measures the encoding duration [seconds] and the average encoding speed [FPS] it takes to go from a 4K 30 FPS AVC video to a 4K 30 FPS HEVC video using the following application: Handbrake Nightly 20220314213624-ae8c70396- master (2022031401) | April 8 - 10, 2022 |
| Intel® Arc™ A350M Intel® Arc™ A370M Intel® Arc™ A550M Intel® Arc™ A730M Intel® Arc™ A770M | Gaming | A laptop equipped with Intel® Arc™ A-Series mobile graphics achieve 49fps to 160 fps depending on SKU, when tested on Hitman 3 in intel platforms ranging from Intel® Core™ i7-1260P + Intel® Arc™ A350M to Intel® Core™ i9-12900HK + 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 | July 22, 2022 |
| Intel® Arc™ A370M Graphics and Intel® Iris® Xe Graphics | Generational Performance | Intel® Arc™ 3 Graphics delivers up to 2x performance of Iris® X e LP graphics, showing a 2x generational leap. | 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 and Intel® Iris® Xe Graphics | Gaming | Gaming Performance Intel® Arc™ A370M Graphics delivers above 60 fps performance at 1080p across popular games, showing a performance uplift vs 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 [LD1] [BB2] [LD3] ) 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 and Intel® Iris® Xe Graphics | Gaming | Gaming Performance Intel® Arc™ A370M Graphics delivers above 90 fps performance at 1080p across popular games, showing a performance uplift vs 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 and Intel® Iris® Xe Graphics | Content Creation with Deep Link Hyper Compute and XMX | XMX/Hyper Compute 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. | 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: Application: Topaz Labs Video Enhance AI : 2.6.4.0i with new openvino_intel_gpu_plugin.dll | Mar 16-17, 2022 |
| Not graphics specific. | Content Creation with Deep Link Dynamic Power Share | Dynamic power share 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. | 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 Graphics and Intel® Iris® Xe Graphics | Content Creation with Deep Link Hyper Encode: Video Encoding | Hyper Encode vs iGPU 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. | 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: HandBrake: Nightly 20220314213624 - ae8c70396- master (2022031401) Davinci Resolve Studio: Internal Binary - Version 17.4.5.0004 Cyberlink PowerDirector: Internal Binary - 20.3.2610.1 (64-bit), VDE220119-11 | Mar 16-17, 2022 |
| Intel® Arc™ A370M Graphics and Intel® Iris® Xe Graphics | Content Creation: Video Encoding | Content creation performance Intel® Arc™ A370M + 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. [SK4] | 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: HandBrake: Nightly 20220314213624 - ae8c70396- master (2022031401) Davinci Resolve Studio: Internal Binary - Version 17.4.5.0004 Adobe Premiere Pro : 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, 20 |