Apple’s A12Z Bionic chip could be a re-binned A12X



 

Apple introduced the A12Z Bionic as a new processor with the launch of iPad Pro, but a new report claims the system-on-chip is simply a rebadged A12X that activates a previously disabled GPU core.

iPad Pro

The A12Z Bionic in Apple’s new iPad Pro could be a re-binned A12X.

Early benchmark tests of the A12Z reveal performance metrics nearly identical to those put in by Apple’s A12X, a chip introduced in late 2018.

The figures are for the most part unsurprising considering the both the A12X and A12Z feature 8 CPU cores clocked at 2.48GHz. Apple in its marketing materials notes the latest “Z-series” chip boasts eight GPU cores, up from seven on the A12X. That, however, might not necessarily mean a GPU was added to the custom silicon.

According to a report from NotebookCheck on Thursday, it appears Apple’s A12Z is a re-binned chip that activates a latent GPU core present in A12X.

TechInsights, a firm known for comprehensive analysis of microprocessors and other complex silicon, confirms the A12X “physically has 8 GPU cores.” Whether the A12Z is identical to the A12X remains unclear, but TechInsights intends to find out in an upcoming evaluation.

“As for the A12Z, we are planning to conduct floorplan analysis to confirm any differences from the A12X,” said Yuzo Fukuzaki, senior technology fellow at TechInsights.

There are a number of reasons explaining why Apple decided to deviate from its typical X-series chip update for 2020. For one, the company potentially felt its A12 series was powerful enough to handle today’s computational demands. Re-binning the A12X also grants engineers more time to develop an A14X variant to chew through processor-intensive operations associated with AR and other graphics-heavy applications. Such a chip might be destined for a iPad Pro with mini LED display rumored to launch later this year.

In any case, the A12Z holds up just fine in everyday use, offering the same powerhouse performance as the A12X even with Apple’s adoption of cursor support.





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