AMD Agesa

[JurajSlovakID]

caute toto forum moze byt o agese v praxi rovnako ako aj softwarovo kde boli pri ktorej verzii uskutocnene ake zmeny.

AMD Generic Encapsulated Software Architecture (AGESA), is a procedure library developed by Advanced Micro Devices (AMD), used to perform the Platform Initialization (PI) on mainboards using their AMD64 architecture. As part of the BIOS of such mainboards, AGESA is responsible for the initialization of the CPU cores, chipset, main memory, and the HyperTransport controller.

The second version, supporting the Zen's second generation, known as Zen+, is named "Pinnacle PI", after the Ryzen processors' codename, Pinnacle Ridge. It launched in February 2018 with an initial version of 1.0.0.0a.

Cize teraz mame:
Update AMD AM4 AGESA V2 PI 1.2.0.3 Patch A
Chodi to s biosom.

no there is no changelog. since that is nothing that could be generated on-the-fly to meet accurate technical expectations.

[shiro]

Kde boli pri akej verzii uskutocnene ake zmeny je len smerodatne, realna funkcnost sa moze lisit.
Na zostave v podpise mi PC nebootuje so zapnutym XMP pokial mam agesu vyssiu ako 1.0.8.0. Proste akonahle zapnem XMP, tak je to mrtve, musim reset BIOS. Su uz novsie BIOSy, posledne som skusal 1.1.0.0 Patch D a rovnaky vysledok. Este novsie 1.2.0.0 a 1.2.0.2 sa mi uz skusat nechce.
Realne tym asi clovek od istej urovne neziska nic, pokial nema Ryzeny 5xxxx.
Zohnat changelog na agesu samotnu tiez vyzera byt problem. Okrem infa co poskytne vyrobca dosky pri update BIOSu.

[JurajSlovakID]

diky shiro

[JurajSlovakID]

The function is quite similar, to make a simile, to how a firmware works. Some of its most important functions include:

Add support to new processors.
Change the behavior of processors regarding their maximum and minimum configuration, TDP (cTDP), etc.
Improve chipset stability and compatibility.
Improvements in the interoperability of USB, PCIe and SATA controllers.
Improvements in overall system stability (among other things, with changes in ACPI power states).
Boot time improvements (POST).
Performance improvements inherent in the processor itself and the input and output interfaces.
Bug fixes and vulnerabilities found.