Apple M5 Pro

Apple dropped efficiency cores from the M5 Pro. The 18-core version pairs 6 super cores, the same design as the base M5's fastest cores, with 12 new performance cores built for multithreaded work. Single-core speed barely moves from the base M5 (Cinebench 2024 single-core 199 here, 200 on the M5). The 15-core version cuts this to 5 super and 10 performance cores.

The M5 Pro and M5 Max share the same 18-core CPU, and the benchmarks show it. Geekbench 6 multi-core lands around 28,450 against 29,730 on the Max, a gap of about 4 percent, and Cinebench 2026 multi-core sits around 9,440. Apple rates it up to 30 percent faster than the M4 Pro in multithreaded work.

In Blender Cycles on the CPU, early Blender Open Data results put the 18-core M5 Pro at 547 samples per minute. That is ahead of the M4 Max (470), the Core i9-14900K (508) and the base M5 (275), and about 59 percent faster than the M4 Pro (344). Treat it as an early figure: it comes from only 4 test runs so far, against more than 100 for most of those chips.

PugetBench results show where the extra GPU cores and bandwidth of the Max matter. The M5 Pro is within 1 percent in Photoshop and 6 percent in Lightroom Classic, but about 12 percent behind in After Effects and about 30 percent behind in Premiere Pro and DaVinci Resolve. The Max has up to 40 GPU cores and 614GB/s of bandwidth against 20 cores and 307GB/s here.

The M5 Pro tops out at 64GB of unified memory. That covers photo, code and most video projects, but large local AI models and heavy 3D scenes that need more memory call for the M5 Max, which goes to 128GB.

From an M4 Pro, the jump is real but not dramatic for everyday work: Apple rates the M5 Pro up to 30 percent faster in multithreaded tasks and up to 35 percent faster in ray-traced graphics, with up to 4 times faster LLM prompt processing thanks to Neural Accelerators in every GPU core. From an M1 Pro, Apple's figure is up to 2.5 times the multithreaded performance, which makes it a much easier case. If your M4 Pro already keeps up, AI work and 3D rendering are the two reasons to move now.

In Notebookcheck's MacBook Pro 16 test, the M5 Pro CPU peaks at 72 W and holds 62 W in High Power mode, or 52 W in Auto mode, and runs at its full speed without throttling. Low Power mode caps it at about 12 W with the fans inaudible. The cost of High Power mode is noise: the fans reach about 50 dB(A) under load, against 41.6 dB(A) in Auto. Palm rests stayed under 33 C even at full load.

Apple rates the 14-inch MacBook Pro with M5 Pro at up to 22 hours of video streaming and up to 14 hours of wireless web from a 72.4 Wh battery. Notebookcheck measured 18 hours 32 minutes of Wi-Fi browsing on the 16-inch at 150 nits, dropping to 6 hours 36 minutes at full brightness. The 18-core model ships with a 96 W charger, the 15-core with a 70 W one.

Every one of the up to 20 GPU cores has a Neural Accelerator, and Apple rates ray-traced graphics up to 35 percent faster than the M4 Pro. Notebookcheck measured 30 to 50 percent gains over the M4 Pro in synthetic GPU tests. For games it lands about 15 percent behind Windows laptops with an RTX 5070 in benchmarks, close to them in some titles and slower in others. In creator apps it matched or beat a mobile RTX 5090 in some tests. GPU speed held steady under sustained load and on battery.

The M5 Pro adds a 16-core Neural Engine and a Media Engine with hardware H.264, HEVC and ProRes encode and decode plus AV1 decode, so video exports lean less on the CPU. It drives three Thunderbolt 5 ports, each with its own controller on the chip, at DisplayPort 2.1 speeds. It supports up to three external displays: three at 6K 60Hz or 4K 144Hz, or one at 8K 60Hz or 4K 240Hz plus a second at 5K 120Hz. The 2026 MacBook Pro pairs it with Wi-Fi 7 and PCIe 5.0 storage starting at 1TB.

The M5 Pro has a published result in SPEC CPU 2026, the industry's standard compute benchmark. A 16-inch MacBook Pro scored 82.7 in SPECrate 2026 Integer and 90.7 in SPECrate 2026 Floating Point, level with Intel's Xeon 6513P-B server chip on floating point (91.2). That is server-chip throughput from a laptop.

The 15-core M5 Pro has 5 super cores and 10 performance cores, a 16-core GPU and a 70 W charger. The 18-core version adds a super core, two performance cores and four GPU cores, and it is the only M5 Pro that can be configured with 64GB of memory; the 15-core tops out lower. In NanoReview's Cinebench 2026 figures the gap is about 20 percent in multi-core, while single-core speed is nearly identical. If you render, compile or export video, the 18-core is worth it. For photo work and coding, the 15-core gives up little.