BIOSTAR has published a list of 600 Series motherboards that have gained support for 13th Gen Intel Core “Raptor Lake” processors. Users with the following BIOSTAR motherboards can go to their official pages and download the relevant BIOS update to enable support for Intel’s latest desktop CPUs, which will be available beginning on October 20.
H610
| Model Name | ver | BIOS |
|---|---|---|
| H610MH | 6.1 | H61DO912.BBS |
| H610MH | 6.0 | H61DO912.BBS |
| H610MHP-E | ALL | E61AO912.BSS |
| H610MHP | ALL | H61EO912.BSS |
| H610MX-E | 6.0 | H61AO915.BSS |
| H610MX-E | 6.1 | H61AO915.BBS |
B660
| Model Name | ver | BIOS |
|---|---|---|
| B660GTN | ALL | B66AY912.BST |
| B660M-SILVER | ALL | B66BO912.BST |
| B660GTQ | ALL | B66AO912.BST |
| B660MX-E PRO | ALL | B66AO912.BSS |
| B660T-SILVER | ALL | B66BY912.BST |
| B660MX-E | 6.1 | B66CO912.BBS |
| B660MX-E | 6.0 | B66CO912.BBS |
| B660GTA | ALL | B66AC915.BST |
| B660MXC PRO | ALL | B66EO915.BSS |
Z690
| Model Name | ver | BIOS |
|---|---|---|
| Z690 VALKYRIE | ALL | Z69AC915.BST |
| Z690A VALKYRIE | ALL | Z69CC912.BST |
| Z690GTA | ALL | Z69BC915.BST |
| Z690A-SILVER | ALL | Z69DC915.BST |
From a BIOSTAR press release:
BIOSTAR, a leading manufacturer of motherboards, graphics cards, and storage devices, today announces a list of 600 series motherboards ready to support the latest Intel 13th Gen processors.
Codenamed ‘Raptor Lake,’ the latest 13th generation Intel processors are designed to be far superior to their predecessors. With Intel announcing 15% better single-threaded performance and 41% better multi-threaded performance over the 12th generation processors, user expectations are high for the latest Intel variants with extra emphasis on supported motherboards.
BIOSTAR is proud to announce their list of the previous generation 600 series motherboards ready to support the new Intel processors. This is great news for consumers currently using this platform with an Alder Lake CPU because the latest 13th gen processors support both DDR5 and DDR4 with extremely impressive performance improvements.