Adreno 618 GPU @ 750 MHz specs
Adreno 618 @ 750 MHz high-end Graphics Processing Unit is working in mobile CPUs which are used in tablets and smartphones, GPU release year 2020. The GPU produced by a 8 nm process. Adreno 618 has 256 ALUs working at a frequency of 750 MHz and works with graphics, or simply put the GPU helps games seem better and more beautiful and pleasing to the eye, for example Madout2, GTA, Minecraft, PUBG, Call of Duty, Fortnite, Asphalt 9 and many others. You can understand Adreno 618 @ 750 MHz GPU is good or bad from benchmark results and comparisons with other graphics processing units.Adreno 618 @ 750 MHz GPU specifications General Info Name Adreno 618 Codename (Generation) 6 Frequency 750 MHz ALU 256 Process 8 nm GFLOPs FP32 (Single Precision) 452.14 GFLOPs Triangle Fillrate 514 MT/s Pixel Fillrate 8.36 GP/s Memory bandwidth 15 GB/s Release date 2020-07-30
Display DirectX 12 Displays support 2 Video encoding/decoding h264:Decode & Encode AV1:No h265/HEVC (8 bit):Decode h265/HEVC (10 bit):Decode VP8:Decode VP9:Decode VC-1:Decode AVC:Decode JPEG:Decode & Encode Technology OpenGL ES 3.2,OpenGL 3.3,OpenVG 1.2,DirectX 12,OpenCL 2.0,Volumetric VR video playback, 8K 360 VR video playback,Vulkan 1.1 Additional information Dynamic hardware tessellation, RenderScript, Android Extension Pack, Shared Virtual memory, Advanced API support, General-Purpose GPU (GPGPU) performance
Adreno 618 GPU (750 MHz) review VIDEO • GPU Fortnite Mobile • GPU Devices lists • GPU SoCs lists • GPU Benchmarks • GPU PUBG mobile • Antutu v10 • GeekBench 6, 5 mobile • 3DMark Adreno 618 GPU Comparisons • Vs Adreno 620 (750MHz) • Vs Adreno 640 (750MHz) • Vs Adreno 619L (975MHz) • Vs Mali-G76 MP18 (950MHz) • Vs Mali-G77 MP8 (800MHz) • Vs Apple A12 Bionic (2500MHz) • Vs Mali-G57 MP5 (850MHz) • Vs Apple A13 Bionic (2600MHz) • Vs Mali-G77 MP11 (800MHz) • Vs Mali-G77 MC9 (800MHz) • Vs Adreno 650 (600MHz) • Vs Apple A14 Bionic (3000MHz) • Vs PowerVR GM 9446 (800MHz) • Vs Mali-G57 MP6 (850MHz) • Vs Adreno 619 (950MHz) • Vs Mali-G76 MP12 (800MHz) • Vs Adreno 630 (650MHz) • Vs PowerVR GM 9446 (970MHz) • Vs Mali-G57 MC3 (650MHz) • Vs Adreno 618 (700MHz) • Vs Mali-G52 MP6 (850MHz) • Vs Mali-G76 3EEMC4 (800MHz) • Vs Adreno 616 (500MHz) • Vs Mali-G78 MP22 (650MHz) • Vs Mali-G72 MP18 (850MHz) • Vs Adreno 612 (700MHz) • Vs Mali-G57 MP4 (600MHz) • Vs Adreno 540 (710MHz) • Vs Mali-G76 3EEMC4 (900MHz) • Vs Mali-G71 MP20 (546MHz) • Vs Adreno 610 (750MHz) • Vs Mali-G76 MP5 (700MHz) • Vs Mali-G52 MP2 (850MHz) • Vs Mali-G72 MP12 (850MHz) • Vs Mali-G52 2EEMC2 (950MHz) • Vs Mali-G72 MP3 (800MHz) • Vs Mali-G52 2EEMC2 (820MHz) • Vs Adreno 530 (510MHz) • Vs Mali-G52 MP2 (614MHz) • Vs Adreno 430 (600MHz) • Vs Mali-G72 MP4 (800MHz) • Vs PowerVR GM 9444 (800MHz) • Vs Mali-G57 MC2 (950MHz) • Vs Mali-G51 MP6 (1000MHz) • Vs Mali-G68 MP6 (700MHz) • Vs Apple A11 Bionic (2400MHz) • Vs PowerVR GT7600 (900MHz) • Vs PowerVR GT7600 (650MHz) • Vs Adreno 730 (970MHz) • Vs Adreno 675 (600MHz) • Vs Adreno 680 (600MHz) • Vs Adreno 690 (600MHz) • Vs Adreno 642L (550MHz) • Vs Mali-G68 MC4 (800MHz) • Vs Mali-G610 MP6 (600MHz) • Vs Mali-G510 MP6 (800MHz) • Vs PowerVR BXM-8-256 (800MHz) • Vs Mali-G610 MC3 (600MHz) • Vs Mali-G68 MP2 (950MHz) • Vs Mali-G57 MC1 2EE (750MHz) • Vs IMG BXM-8-256 (800MHz)