Apple's new M6 chip shows respectable performance improvements built on a 2nm process, but existing M5 users face no pressing reason to upgrade.
Apple's M6 chip brings incremental performance gains over its M5 predecessor, leveraging a more advanced 2nm manufacturing process. The new silicon targets everyday computing tasks, with improvements in CPU and GPU workloads that register as meaningful but not transformative.
Benchmark data shows the M6 outperforms the M5 in multi-threaded operations and graphics rendering, though the gap remains narrow enough that current M5 owners won't experience significant FOMO. Power efficiency also improves with the smaller die size, potentially extending battery life on compatible devices.
The upgrade positions the M6 as a solid refresh for new device buyers and those still on older Intel or M1/M2 chips. For M5 users, however, the generational leap doesn't justify immediate replacement. Apple's iterative approach reflects the mature state of everyday computing performance—where incremental gains matter more than revolutionary leaps.
Chinese vacuum manufacturer Dreame is shutting down its automotive division after government funding ceased. Project Starry Sky, which once employed over 1,000 people, is winding down operations.
Life360 has introduced scannable pet tags priced at $7.99 that alert families when lost pets are found and display their last known location. The company also rolled out new care-tracking features to monitor feeding, walks, and medication schedules.
IBM is developing a processor for its Z and LinuxONE systems capable of natively executing both z/OS workloads and Arm applications. The company announced the advancement at the Hot Chips conference.