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AGESA became particularly relevant with the AM4 platform, which AMD designed for futureproofing, and as of May 2019 has served as the base for three different generations of CPUs based on its Zen architecture. For each of these generations, a new branch of AGESA code has been released. AGESA
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chips, and started with version 1.0.0.4. In
December 2017, when Summit PI reached version 1.0.0.7, the branch was renamed to "Raven PI" (its version numbering was not reset), and it was released as the first version of AGESA to support
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In April 2023, AMD announced plans to replace the aging AGESA codebase with a new open-source firmware called "AMD openSIL". The new firmware is expected to be ready by 2026.
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versioning often runs separately for each of these three releases, so numbering regressions are bound to happen when going from one generation to the next.
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Then in March 2019, the third iteration of AGESA, named "ComboAM4 PI", was released, starting at version 0.0.7.0, introducing support for
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Link to AGESA source code in coreboot. The repository history contains AGESA source code for previously-supported platforms.
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The first version, named "Summit PI", launched in
February 2017. It was targeted at the
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393: – LinuxBIOS Enablement Strategy @AMD & AGESA Info (PDF)
358:"AMD openSIL Planned to Replace AGESA Firmware in Client and Server in 2026"
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AGESA was open sourced in early 2011, aiming to aid in the development of
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of such mainboards, AGESA is responsible for the initialization of the
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The second version, supporting the Zen's second generation, known as
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339:"Empowering The Industry with Open System Firmware – AMD openSIL"
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246:"Technical details on AMD's coreboot source code release"
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297:"AMD AGESA 1.0.0.7 Update Will Add Raven Ridge Support"
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82:AMD Generic Encapsulated Software Architecture
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69:Learn how and when to remove this message
32:This article includes a list of general
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88:) is a procedure library developed by
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277:"AMD's binary-only AGESA libraries"
252:. 28 February 2011. Archived from
38:it lacks sufficient corresponding
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108:, chipset, main memory, and the
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96:(PI) on mainboards using their
275:Griffith, Bruce (2014-11-05).
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379:Specification document by AMD
100:architecture. As part of the
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92:(AMD), used to perform the
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216:Bootstrapping (computing)
768:Computer hardware stubs
94:Platform Initialization
53:more precise citations.
16:Software library by AMD
90:Advanced Micro Devices
548:High Bandwidth Memory
226:Memory Reference Code
172:first generation Zen
193:-based processors.
325:"Asus x670-p bios"
299:. 17 October 2017.
135:. You can help by
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397:AGESA source code
362:www.anandtech.com
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718:expanding it
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604:Instructions
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280:. Retrieved
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258:. Retrieved
254:the original
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137:adding to it
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112:controller.
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51:introducing
757:Categories
631:CVT16/F16C
578:AMD Wraith
568:Turbo Core
536:Technology
469:Xilinx ISE
436:technology
282:2017-05-08
260:1 February
232:References
34:references
563:PowerTune
558:PowerPlay
553:PowerNow!
478:Platforms
385:ThomasNet
313:. Guru3D.
106:CPU cores
59:July 2014
593:Ryzen AI
506:Obsolete
442:Software
391:coreboot
221:Coreboot
210:See also
157:coreboot
144:May 2019
497:GPUOpen
485:Current
343:AMD.com
116:History
47:improve
616:3DNow!
611:X86-64
583:Virtex
518:Dragon
513:Spider
464:Vivado
454:AMDGPU
381:(2008)
36:, but
708:This
523:Horus
449:AGESA
191:Zen 2
98:AMD64
86:AGESA
773:BIOS
714:stub
675:SSE5
663:BMI1
646:FMA3
641:FMA4
588:XDNA
573:ASTC
492:ROCm
262:2016
184:Zen+
161:BIOS
102:BIOS
685:AES
680:ASF
668:TBM
658:ABM
653:BMI
636:FMA
626:XOP
621:AVX
434:AMD
250:AMD
198:AM5
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Text is available under the Creative Commons Attribution-ShareAlike License. Additional terms may apply.
