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Apple A13 Bionic at 2600 MHz GPU review and specs (Gflops, nm, cores)

Apple A13 Bionic GPU @ 2600 MHz specs

   Apple A13 Bionic @ 2600 MHz top level GPU is built-in into Apple's chip of the same name that is installed in the iPhone 11 series devices and iPhone SE (2nd generation), released in 2019. The Graphics Processing Unit created by a 7 nm process. Apple A13 Bionic has four cores working at 2600 MHz and is responsible for working with graphical data, or in simple terms the GPU helps games pleasing to the eye and look better and more beautiful, for instance PUBG, Call of Duty, GTA, Minecraft, Asphalt 9, Fortnite, Madout2 and many others.
   You can find out whether Apple A13 Bionic GPU is bad or good from comparisons with other graphics processing units and testing data.
Apple A13 Bionic GPU at 2600 MHz review and specs

Apple A13 Bionic @ 2600 MHz GPU specifications

General Info
NameApple A13 Bionic
Frequency2600 MHz
Cores4
Process7 nm
GFLOPs FP32 (Single Precision)786 GFLOPs
Triangle Fillrate560 MT/s
Pixel Fillrate13.87 GP/s
Release date2019-09-23
Display
DirectX12
Video encoding/decodingh265/HEVC (10 bit):Decode & Encode
JPEG:Decode & Encode
h264:Decode & Encode
VP8:Decode & Encode
h265/HEVC (8 bit):Decode & Encode
AV1:No
VC-1:Decode
AVC:Decode
VP9:Decode & Encode
TechnologyOpenGL ES 3.2, OpenVG 1.2, 8K 360 VR video playback, API Metal 2, Vulkan 1.2(2), OpenGL 3.3, Volumetric VR video playback, DirectX 12,OpenCL 2.0

Apple A13 Bionic GPU (2600 MHz) review


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Apple A13 Bionic GPU Comparisons
• Vs Mali-G77 MC9 (800MHz)
• Vs Adreno 650 (600MHz)
• Vs Apple A14 Bionic (3000MHz)
• Vs Adreno 650 (645MHz)
• Vs Mali-G78 MP10 (700MHz)
• Vs Apple A12X Bionic (2500MHz)
• Vs Mali-G78 MP14 (700MHz)
• Vs Mali-G78 MP22 (650MHz)
• Vs Apple A12Z Bionic (2500MHz)
• Vs Mali-G78 MP24 (650MHz)
• Vs Adreno 660 (700MHz)
• Vs Adreno 619L (975MHz)
• Vs PowerVR GM 9446 (800MHz)
• Vs Mali-G57 MP5 (850MHz)
• Vs Apple A12 Bionic (2500MHz)
• Vs Mali-G76 MP18 (950MHz)
• Vs Adreno 640 (750MHz)
• Vs Mali-G77 MP11 (800MHz)
• Vs Adreno 620 (750MHz)
• Vs Mali-G77 MP8 (800MHz)
• Vs Adreno 618 (750MHz)
• Vs Mali-G57 MP6 (850MHz)
• Vs Adreno 619 (950MHz)
• Vs Mali-G76 MP12 (800MHz)
• Vs Adreno 630 (650MHz)
• Vs Mali-G57 MC3 (650MHz)
• Vs Mali-G76 3EEMC4 (800MHz)
• Vs Mali-G57 MP4 (600MHz)
• Vs Mali-G76 3EEMC4 (900MHz)
• Vs Adreno 430 (600MHz)
• Vs Mali-G57 MC2 (950MHz)
• Vs Mali-G68 MP6 (700MHz)
• Vs Apple A11 Bionic (2400MHz)
• Vs PowerVR GT7600 (900MHz)
• Vs Apple M1 (3200MHz)
• 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-G78AE (700MHz)
• Vs Mali-G710 MP16 (650MHz)
• Vs Mali-G610 MP6 (600MHz)
• Vs Mali-G510 MP6 (800MHz)
• Vs Adreno 662 (800MHz)
• Vs PowerVR BXM-8-256 (800MHz)
• Vs Mali-G610 MC3 (600MHz)
• Vs Samsung Xclipse 920 (500MHz)
• Vs Apple A16 Bionic (3460MHz)
• Vs Apple A15 Bionic GPU (3232MHz)
• Vs Mali-G710 MP07 (850MHz)
• Vs Apple M2 (3490MHz)
• Vs Immortalis-G715 MC16 (750MHz)
• Vs Mali-G615 (700MHz)
• Vs Mali-G715 MP9 (750MHz)
• Vs Adreno 643L (812MHz)
• Vs Mali-G68 MP2 (950MHz)
• Vs Mali-G68 MP5 (950MHz)
• Vs Mali-G610 MC4 (700MHz)
• Vs IMG BXM-8-256 (800MHz)
• Vs Maleoon 910 (750MHz)
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