Early tests show that Intel has improved its raw performance and AI capabilities, but Apple Silicon continues to lead in efficiency and performance per watt. Throughout this ongoing battle, Apple sets the bar in single-core performance while Intel and Qualcomm steadily close the gap in AI tasks.
Early M1 vs. Intel 11th generation (2020 to 2021)
- Intel benchmarks showed that the Apple M1 was faster than most Intel-based Macs in single-core tasks.
- Intel stated that its 11th Gen Core i7-1185G7 could match or exceed the M1 in specific productivity tests when running non-native applications. For instance, it exported PDFs in Office 365 up to 2.3 times faster.
- Though Intel made these claims, Apple Silicon demonstrated greater energy efficiency and often operated at lower temperatures, requiring fewer fans than Intel-based MacBooks.
Recent & Upcoming Competitions 2025-2026
- Intel’s upcoming Panther Lake chips, built using the 18A process (where 18A refers to a manufacturing method with smaller, more efficient transistors), are launching in late 2026 and are expected to compete with Apple in AI and overall performance. The next 14A process, planned for 2027, aims to improve energy efficiency per watt by 15-20% compared to 18A.
- As of 2025, Apple’s M4 processor cores are 34 to 48 times faster than competitors in single-core tests, which measure speed when the chip runs one task at a time, and also offer better thermal efficiency, producing less heat.
- Recent data shows that high-end Windows laptops, especially those with Qualcomm chips, are now ahead of Apple’s M5 series in on-device AI tasks. However, Apple still leads in overall GPU–CPU efficiency.
Key Takeaways
- Apple consistently leads in single-core performance.
- Thermal/battery advantage. Apple Silicon still delivers better battery life and produces less heat, which is important for thin laptops and brings them closer to Apple’s performance-per-watt.
2021 reports noted that Intel’s testing sometimes highlighted narrow scenarios to gain an advantage.
Intel has introduced its Intel Core Ultra 200 HX Plus series mobile processors, giving gamers and professionals more high-performance choices in the Core Ultra 200 series.
Optimized for advanced gaming, streaming, content creation, and workstation use, the Intel Core Ultra 200HX Plus series introduces two new processors: Intel Core Ultra 9 290HX Plus and Intel Core Ultra 7 270HX Plus. These processors add new features and architectural refinements, including support for the new Intel binary enhancement tool, a first-of-its-kind binary translation layer optimization capability that can improve native performance in select games.
According to Intel, the Intel Core Ultra 200HX Plus series is intended to raise mobile computing performance for gamers, creators, and professionals, delivering higher performance with increased die-to-die frequencies and the binary enhancement tool for gaming, creative, and professional use.
Josh Newman, General Manager and Vice President of Product Marketing, Client Computing Group.
The Intel Core i9-290HX Plus offers up to 8% faster gaming performance and up to 7% faster single-thread performance. Single-thread performance measures the speed of a single computing task compared to the previous Intel Core i9-285HX. If you upgrade from older devices, you could see up to 62% faster gaming and up to 30% faster single-threaded performance versus the Intel Core i9-12900HX.
Notable new specifications and features include:
- The new chips can boost die-to-die frequency by up to 900 MHz compared to the Intel Core Ultra 7, 285HX, and 265HX. This nearly 1 GHz increase speeds up the CPU and memory controller link, reducing system latency and enhancing game performance.
- These processors support the new Intel binary enhancement tool, which uses Intel’s experience in workload optimization to increase instructions per cycle (the number of operations completed in each cycle) and improve user performance. It works even if the workload the set of tasks a processor must execute was designed for another x86 processor (an Intel-compatible CPU), a game console, or an older architecture. This tool is part of Intel’s long-term plan to boost performance for power users. The chips also support discrete (separate, add-on) Intel Wi‑Fi 7 at 5 GHz for wireless connectivity, Intel Wireless Bluetooth 5.4 for improved device pairing, and Intel Thunderbolt 5, which gives users up to 80 Gbps (gigabits per second) bidirectional bandwidth to transfer large files, stream 8K video, charge devices, and connect multiple accessories to a single PC.
Intel Core Ultra 200HX Plus powered systems will be available from OEM partners throughout the year, starting on March 17, 2026. Check with your preferred vendor for specific availability. Some partner systems are launching today, with more coming later this year.
Source: Intel Launches New Core Ultra 200HX Plus Series Mobile Processors
