Raw processing power tells a decisive story here. The Google Pixel 9a is powered by Google's own Tensor G4 chip and pulls an AnTuTu score of 1,071,616 — nearly 60% higher than the Motorola Edge 60's 675,600 on its MediaTek Dimensity 7300. The gap is just as stark in Geekbench 6, where the Pixel 9a scores 1,600 single-core and 4,500 multi-core versus the Edge 60's 1,026 and 2,932 respectively. In practical terms, this means the Pixel 9a handles demanding tasks — heavy multitasking, computational photography, gaming, and AI-driven features — with considerably more headroom.
The Motorola Edge 60 counters with advantages in memory and storage. Its 12 GB of RAM outpaces the Pixel 9a's 8 GB, which can make a difference when keeping many apps alive in the background simultaneously. Its RAM also runs at a faster speed of 6,400 MHz versus 4,200 MHz, though this advantage is largely offset by the Pixel 9a's superior CPU throughput in real-world use. The Edge 60 also ships with 512 GB of internal storage — double the Pixel 9a's 256 GB — a genuinely meaningful differentiator for users who store large media libraries locally.
Overall, the Pixel 9a holds a commanding performance advantage in processing power by every benchmark measure provided. The Edge 60's extra RAM and storage are useful perks, but they do not close the gap in computational capability. Users who prioritize speed, responsiveness, and future-proofing should lean toward the Pixel 9a; those who need maximum local storage on a tighter performance budget will find the Edge 60's trade-off more acceptable.