Getting Started

Arm CoreLink System Guidance for Mobile is a collection of resources to provide a representative view of typical compute subsystems that can be designed and implemented using specific generations of Arm IP. These compute subsystems address the expected requirements of a specific segment of the mobile market.

The System Guidance for Mobile product line includes:

Premium Mobile system guidance

Mainstream Mobile system guidance

CoreLink SGM-775 System Guidance for Mobile

CoreLink SGM-575 System Guidance for Mobile

CoreLink SGM-773 System Guidance for Mobile

CoreLink SGM-573 System Guidance for Mobile

 CoreLink SGM-772 System Guidance for Mobile

 


CoreLink SGM-775 System Guidance for Mobile

SGM-775 is the collection of resources to guide partners looking to design a Premium Mobile SoC, using Cortex-A75 and Cortex-A55 in a big.LITTLE combination, with the Mali-G72 graphics processor.

Performance KPIs:

  • DDR Bandwidth: 30 GB/s
  • Target Manhattan 1080p performance 58 fps

Power

  • 3-5W Thermal Limit

Area

  • <75 mm2

Library

Representative 16/14nm process

CoreLink SGM-575 System Guidance for Mobile

SGM-575 is the collection of resources to guide partners looking to design a Mainstream Mobile SoC, using Cortex-A75, Cortex-A55 in a big.LITTLE combination, with the Mali-G51 graphics processor.

Performance KPIs:

  • DDR Bandwidth: 12.8 GB/s
  • Target Manhattan 1080p performance 13 fps

Power

  • 3W Thermal Limit

Area

  • <30 mm2

Library

  • Representative 16/14nm process

CoreLink SGM-773 System Guidance for Mobile

SGM-773 is the collection of resources to guide partners looking to design a Premium Mobile SoC, using Cortex-A73 and Cortex-A53 in a big.Little combination, with the Mali-G71 graphics processor.

Performance KPIs:

  • DDR Bandwidth: 25 GB/s
  • Target Manhattan 1080p performance 58 fps (MP12)

Power

  • 4W Thermal Limit

Area

  • <70 mm2
  • Area primarily relates to GPU shader core counts and configurable options

Library

  • Representative 16/14nm process

 



CoreLink SGM-772 System Guidance for Mobile

SGM-772 is the collection of resources to guide partners looking to design a Premium Mobile SoC, using Cortex-A72 and Cortex-A53 in a big.Little combination, with the Mali-T880 graphics processor.

Performance KPIs

  • DDR Bandwidth: 25-34 GB/s
  • Target Manhattan 1080p performance for MP8 28FPS

Power

  • 4W SoC thermal limit

Area

  • 44 mm2
  • Area primarily relates to GPU shader core counts and configurable options

Library 

  • Representative 16/14nm process

 

 



CoreLink SGM-573 System Guidance for Mobile

SGM-573 is the collection of resources to guide partners looking to design a Mainstream Mobile SoC, using Cortex-A73 and Cortex-A53 in a big.Little combination, with a Mali graphics processor.

Performance KPIs

  • DDR Bandwidth: 15 GB/s
  • Target Manhattan 1080p performance 11.5 fps 

Power

  • 3W thermal limit

Area

  • <55 mm2
  • Area primarily relates to GPU shader core counts and configurable options

Library

  • Representative 28nm process

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0 votes 806 views 20 replies Latest 3 days ago by 42Bastian Schick Answer this
Suggested answer Vulkan shader problem on Mali Gpu: Accessing array elements inside an Uniform buffer returns all-zero values
  • Graphics Application
  • Mali Vulkan SDK
  • vulkan sdk
0 votes 467 views 10 replies Latest 3 days ago by Hongkun Wang Answer this
Answered Where do I find presentations and photos from SC'18? Started 5 months ago by John Linford 0 replies 885 views
Suggested answer Code is not run after loading into chip Latest 7 hours ago by Bojan Potocnik 1 replies 52 views
Not answered 是的刚说的话个离开接电话说过考虑的就是 Started 14 hours ago by asgadgadg 0 replies 18 views
Not answered What is the "Integer divide unit with support for operand-dependent early termination"? Started 20 hours ago by jing 0 replies 28 views
Answered Binary Semaphore upset by FIQ Latest 3 days ago by 42Bastian Schick 20 replies 806 views
Suggested answer Vulkan shader problem on Mali Gpu: Accessing array elements inside an Uniform buffer returns all-zero values Latest 3 days ago by Hongkun Wang 10 replies 467 views