
Recent developments suggest that Intel is set to expand its Battlemage graphics processing unit (GPU) offerings, as four new models have appeared in Mesa’s drivers for Linux. This update hints at upcoming consumer graphics cards tailored for gaming and professional use.
Unveiling Intel’s Battlemage GPU Expansion in Linux Drivers
Intel has maintained a low profile regarding its discrete GPU lineup, particularly within the gaming sector. Their last significant release occurred in the fourth quarter of 2024 with the introduction of the Arc B580 and B570 “Battlemage”GPUs, which were well-received at that time. However, as we approach the third quarter of 2025, no announcements have been made regarding future models. Insights provided by @LasseKrkkinen, suggest that Team Blue is preparing for new releases by including four additional Battlemage variants in the Mesa GPU drivers.

Notably, these new models are identified with a “BMG”device ID, diverging from previous listings that specified the distinct names of earlier silicons such as BMG-G21. This change may indicate Intel’s strategy to sustain excitement surrounding their next-generation GPU releases. Each model comes with its unique device IDs: 0xE220, 0xE221, 0xE222, and 0xE223, revealing that Team Blue is indeed readying four new Battlemage GPUs.

Our analysis suggests that at least a couple of these models may correspond to the recently unveiled Battlemage “ARC Pro”variants, specifically the B60 and the B50, which were highlighted during Computex. The remaining two device IDs likely pertain to newer models, with strong speculation surrounding the anticipated Arc B770. Intel hinted at its upcoming release during Computex and is expected to formally announce it later this year, possibly at Intel Innovation 2025. This expansion clearly indicates that Intel is gearing up to bolster its gaming GPU portfolio within the BMG series.
The current landscape of the mainstream GPU market is intensely competitive, dominated by titans such as NVIDIA and AMD. It will be fascinating to observe how Intel positions itself within this already heated environment.
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