M6 and M5 Ultra benchmark scores reveal next-gen Mac performance
Apple's new chips show significant performance gains over predecessors
1M5 Ultra performance leap
The M5 Ultra chip scores 3,774 in Geekbench 7's single-core test and 52,516 in multi-core, surpassing the M3 Ultra's 2,920 and 39,059. This represents a 30% single-core and 35% multi-core performance improvement over Apple's previous top-tier chip. The updated CPU and GPU cores enable these gains while maintaining Apple's power efficiency standards.
2M6's surprising strength
Apple's entry-level M6 chip achieves 4,071 in single-core and 22,783 in multi-core benchmarks. Its single-core performance even exceeds the M5 Ultra's, thanks to a newer CPU core architecture. The 12-core M6 outperforms the 20-core M1 Ultra in multi-core tests, demonstrating significant architectural improvements in Apple's silicon design.
3Comparative advantage
The M5 Ultra's multi-core score of 52,516 dwarfs the M5 Max's 35,656 and exceeds all x86-based CPUs from Intel and AMD. The M6 shows 12% better single-core and 26% better multi-core performance than M5 chips. These benchmarks suggest Apple continues extending its performance lead over competitors in specific workloads.
4Product positioning
The M5 Ultra will power high-end Mac Studio models, while the M6 targets the Mac mini line. This segmentation maintains clear performance tiers in Apple's product stack. The M6's capabilities blur traditional boundaries between entry-level and prosumer chips, potentially reshaping Apple's future product roadmap.
5Architectural improvements
The M6's ability to outperform higher-core-count predecessors indicates fundamental changes in Apple's CPU design. Efficiency cores likely see major upgrades, allowing fewer cores to achieve more work. The single-core leadership suggests clock speed increases or IPC improvements in the performance cores.
6Thermal considerations
The benchmark results don't reveal thermal performance or sustained workload capabilities. Apple's previous chips maintained performance under load better than competitors. The M5 Ultra's high multi-core score suggests robust cooling will be essential in Mac Studio implementations.
7Professional workflow implications
The M5 Ultra's 35% multi-core gain could significantly reduce render times in video editing and 3D rendering. The M6's strong single-core performance benefits everyday tasks and lightly-threaded applications. Developers may need to optimize software to fully utilize these architectural changes.
8Market impact
These benchmarks strengthen Apple's position in creative professional markets. The performance gains may accelerate the transition from Intel-based systems. Competing chipmakers face increasing pressure to match Apple's architectural innovations and performance-per-watt metrics.
9Future expectations
The M6's architecture likely previews Apple's next-generation designs. Future Pro and Max variants could deliver even greater gains. These benchmarks suggest Apple's silicon team continues executing an aggressive roadmap, maintaining their two-year performance doubling trajectory.
Original article: Cult of Mac — M6 and M5 Ultra benchmark scores reveal next-gen Mac performance