A fresh unboxing of the latest iPad Pro quietly revealed early M5 chip details, giving us a clear look at how it stacks up against the M4. The verdict so far: this is an evolutionary upgrade tuned for efficiency and consistency rather than a radical leap in performance.
At the CPU level, the M5 sticks with the same base layout as the M4: three performance cores paired with six efficiency cores. Clock speeds also remain unchanged, with the performance cores running at 4.42GHz. The most notable CPU tweak is a 50 percent increase in L2 cache, moving from 4MB on M4 to 6MB on M5. That extra cache should help reduce memory bottlenecks and smooth out bursts of performance in real-world tasks without demanding more power.
The M5 is expected to be Apple’s third chip built on a 3nm N3P process, suggesting incremental gains harvested from a more mature node. This typically means slightly better performance or efficiency at roughly the same power, which aligns with the unchanged clocks and refined cache strategy. If Apple applies a similar architectural uplift to the efficiency cores as seen in its latest phone silicon, there’s potential for up to around a 29 percent efficiency-core performance improvement with no increase in power draw. To be clear, that specific gain on M5 isn’t confirmed yet, but it’s the kind of behind-the-scenes tuning that would fit this generation’s focus.
Memory is where the biggest day-to-day upgrade shows up. The newly unboxed 13-inch iPad Pro with M5 was spotted with 12GB of RAM, up from 8GB in the previous generation. Combined with the 9‑core CPU configuration in the base model, this points to Apple raising the minimum RAM across the lineup. More memory translates into snappier multitasking, better headroom for pro apps, faster on-device AI workloads, and more breathing room for visually rich games.
Put it all together and the M5 story looks straightforward: familiar core counts and clock speeds, a smarter cache bump, and a meaningful increase in base RAM. For most M4 iPad Pro owners, this is likely a skip year unless you specifically need the extra memory. For those on older models, the M5 iPad Pro becomes a more attractive upgrade thanks to its improved multitasking and potential efficiency gains.
Key takeaways
– Same CPU core configuration as M4 (3 performance + 6 efficiency)
– Performance cores still clocked at 4.42GHz
– L2 cache increased from 4MB to 6MB
– Expected third-gen 3nm N3P process for better efficiency
– Base 13-inch model now spotted with 12GB RAM (up from 8GB)
– Overall, a modest generational update rather than a major leap
Do you consider the M5 a meaningful improvement over the M4, or is it a hold-off-until-next-gen moment?
