IPad M5 Vs M4 Benchmarks Show A Gap No One Expected
iPad M5 vs M4 performance benchmarks
The M5 iPad Pro is faster than the M4, but the jump is usually modest in everyday use and much more visible in GPU-heavy, AI-heavy, and storage-sensitive workflows. In practical terms, the biggest gains are around Apple's own claims of up to 15% faster multithreaded CPU performance, up to 30% faster graphics, and up to 45% faster ray tracing, with some local AI workloads showing much larger wins than that.
What the benchmarks show
Apple's published comparisons position the M5 as an iterative upgrade over the M4 rather than a generational leap, and third-party testing broadly matches that story. The clearest pattern is simple: CPU gains are noticeable but not dramatic, while GPU and AI acceleration deliver the most meaningful speedups.
That means the answer depends on what you do with the iPad performance benchmarks: browsing, note-taking, streaming, and light multitasking will feel very similar, while rendering, gaming, and on-device AI tasks can move from "fast" to "much faster".
| Benchmark area | M4 iPad Pro | M5 iPad Pro | Typical uplift |
|---|---|---|---|
| Single-core CPU | Baseline | About 10% to 15% higher | Small |
| Multi-core CPU | Baseline | Up to 15% higher | Small to moderate |
| GPU performance | Baseline | About 30% higher | Noticeable |
| Ray tracing | Baseline | Up to 45% higher | Large |
| Local AI workloads | Baseline | Often 3x to 4x faster in select tasks | Very large |
CPU results
On CPU-focused tests, the M5's advantage is real but restrained, with Apple citing up to 15% faster multithreaded performance and outside testing pointing to roughly 10% to 15% gains in common synthetic benchmarks. For most iPad owners, that usually means app launches, export preparation, and app switching feel a bit snappier, but not enough to change the overall experience.
The single-core gains matter most for short bursts of work, and those improvements are useful but hard to perceive without back-to-back testing. If you already have an M4, the CPU uplift alone is unlikely to justify an upgrade unless your workflow regularly maxes out the chip.
GPU and gaming
The strongest benchmark story is the GPU, where Apple says the M5 reaches up to 30% faster overall graphics performance and up to 45% faster ray tracing compared with the M4. That lines up with third-party coverage showing the M5 pulling ahead more clearly in graphics tests than in general-purpose CPU tests.
This is the part of the M5 chip that matters most for creators, 3D artists, and gamers who actually stress the tablet's graphics stack. Even so, many games still won't look dramatically different yet because software optimization often lags behind the hardware.
"The M5's improvements for local AI performance largely apply to prompt processing ... and result in much, much shorter time to first token numbers," one detailed test found after comparing M4 and M5 iPad Pro models.
AI and neural performance
The biggest headline surprise is AI-related speed. Apple has highlighted workload-specific gains such as 3.6x faster time to first token for local LLM use and 4x-plus peak GPU compute performance for AI, while independent testing found prompt-processing improvements that were even more dramatic in some cases.
In one published test, a prompt that took the M4 81 seconds to process was loaded by the M5 in 18 seconds, and a 16,000-token prompt dropped from 118 seconds on the M4 to 38 seconds on the M5. That is not a subtle change, and it is the clearest evidence that the AI pipeline is where the new silicon can feel genuinely next-generation.
Real-world meaning
For most people, the M5 does not transform the iPad experience because the M4 was already very fast and most apps do not live near the chip's limits. The M5 is best understood as a performance refinement, not a wholesale rethink, which is why many reviewers describe the upgrade as noticeable mainly under heavy stress.
That distinction matters when reading any benchmark table: synthetic scores can make the M5 look much more impressive than it will feel in Mail, Safari, Messages, Notes, and most Pro apps. The practical value shows up when tasks involve long exports, large AI models, repeated GPU passes, or external display workflows that actually consume the extra headroom.
Side-by-side context
Historically, this is a familiar Apple pattern: the company often uses the second generation of a major chip family to refine performance while keeping the product design largely unchanged. The M4 iPad Pro already marked a big hardware moment, so the M5's job is mostly to extend that lead rather than redefine it.
That is why the M5 feels especially strong in niche workloads, even while the broader daily-use difference stays relatively small. In other words, the hardware story is less about a dramatic speed leap and more about a narrower but deeper acceleration in the tasks power users care about most.
What matters most
- Choose the M5 if you care about GPU-heavy editing, ray tracing, local AI, or large exports.
- Keep the M4 if you mainly browse, stream, annotate, sketch, or use standard productivity apps.
- Expect CPU gains to feel modest, not night-and-day, in normal use.
- Expect graphics and AI gains to be the most visible part of the upgrade story.
- Do not expect the design or general iPad experience to change much beyond speed-focused refinements.
Benchmark takeaways
If you are comparing the iPad M5 vs M4 purely on performance benchmarks, the M5 wins clearly but unevenly: small CPU gains, stronger GPU gains, and very large AI gains in select tests. That combination makes the M5 a better pro machine, but not a must-upgrade for most M4 owners.
The simplest way to put it is this: the M4 was already fast enough for almost everything, and the M5 mostly expands the ceiling rather than changing the floor. For users who push the iPad hard, that extra ceiling can be valuable; for everyone else, it is easy to miss.
FAQ
Everything you need to know about Ipad M5 Vs M4 Benchmarks Show A Gap No One Expected
Is the M5 noticeably faster than the M4?
Yes, but mostly in GPU-heavy and AI-heavy work rather than everyday use, where the difference is often small.
Is the M5 worth upgrading from the M4?
Only if you regularly use demanding creative, gaming, or local AI apps, because the M4 remains extremely capable for normal iPad tasks.
Which benchmark category improved the most?
AI workloads and graphics workloads saw the biggest gains, with some local model tests showing multiple-times-faster results on the M5.
Will most users feel the difference day to day?
Most users will notice only a modest speed improvement in routine tasks, since the M4 already handled everyday workloads very well.