The brand new AMD AGESA 1.0.8.0 BIOS for AM5 motherboards has been made available by ASUS and is now being distributed. This update is meant to enhance both stability and performance, and it includes compatibility for upcoming Ryzen “Phoenix” APUs.
The AGESA 1.0.8.0 BIOS from ASUS is currently being distributed, and it includes compatibility for the Ryzen 7000 “Phoenix” APU. This might be a clue that AMD plans to release the Phoenix desktop in the near future.
On the front of desktop APUs, there have been no fresh developments for some months, but it now looks that we may at last get to see the introduction of Phoenix on AM5 very shortly. This would be the first time that this has happened. It has come to our attention that ASUS has started the covert rollout of their new AM5 BIOS, which is founded on the AGESA 1.0.8.0 firmware. This update has been working its way through the system behind the scenes. The BIOS is not yet available for all AM5 motherboards; nevertheless, the change log has shown that the following AM5 motherboards are compatible with it:
The SMU Checker, which can be accessed through HardwareLuxx, has confirmed that compatibility will be introduced for AMD Ryzen 7000 APUs with the codename Phoenix. This is in addition to the Raphael chips that are currently in existence. In view of the fact that ASUS already has preliminary AM5 BIOS support for the next APUs available for its motherboard, we can also predict that other board suppliers will give support in a way that is equivalent to this in the days to come. This is because ASUS was the first company to make this support accessible.
The AMD Ryzen 7000 “Phoenix” APUs for desktops have been the topic of a great deal of expectation due to the fact that they will be the first APU family to be introduced for the new AM5 platform. This has caused a great deal of excitement among consumers. Furthermore, they will be one that will make use of more recent standards like as DDR5 memory, which will bring an undoubtedly welcome upgrade to the integrated graphics, which have until now been hampered by DDR4 bandwidths.
ASUS AM5 Motherboard
This will be an unquestionably pleasant enhancement to the integrated graphics. The AM5 BIOS has been updated in recent times, and as a consequence, the boards have been modified to be able to deal with memory frequencies that are running at greater speeds. Additionally, the cost of DDR5 modules has been steadily decreasing, making the utilization of these modules a great option for the new APUs that are being developed.
When it comes to what they would bring to the table in terms of what they would bring to the table, we may perhaps anticipate up to 8 Zen 4 CPU cores and up to 12 RDNA 3 compute units in a monolithic architecture with Ryzen AI capabilities from AMD Ryzen 7000 “Phoenix” APUs. This is in relation to what they would bring to the table. Since there is no question that the low-cost AM5 market may benefit from these chips, we should anticipate some respectable price reductions. It will come with thermal design power (TDP) specifications of 65W, which is the norm for Ryzen APUs.
| APU SEGMENT | FAMILY CODENAME | FAMILY BRANDING | PROCESS NODE | CPU ARCHITECTURE | GPU ARCHITECTURE | MAX CORES / THREADS | TDP | LAUNCH YEAR |
|---|---|---|---|---|---|---|---|---|
| Desktop (AM5) | Phoenix | Ryzen 7000G | 4nm | Zen 4 | Navi (RDNA 3) | 8/16 | 35-65W | 2023? |
| Desktop (AM5) | Rembrandt | Ryzen 7000G | 6nm | Zen 3+ | Navi (RDNA 2) | 8/16 | 35-65W | Cancelled |
| Desktop (AM4) | Cezanne | Ryzen 5000G | 7nm | Zen 3 | Vega (4th Gen) | 8/16 | 35-65W | 2021 |
| Desktop (AM4) | Renoir | Ryzen 4000G | 7nm | Zen 2 | (Vega 3rd Gen) | 8/16 | 35-65W | 2020 |
| Desktop (AM4) | Picasso | Ryzen 3000G | 12nm | Zen+ | Vega (2nd Gen) | 4/8 | 35-65W | 2019 |
| Desktop (AM4) | Raven Ridge | Ryzen 2000G | 14nm | Zen | Vega (1st Gen) | 4/8 | 35-65W | 2018 |
| Desktop (AM4) | Bristol Ridge | A10-9000 | 28nm | Excacvator+ | GCN 3.0 | 2/4 | 35-65W | 2016 |
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