💪 CPU Battle #39 Apple M1 vs Ryzen 7 7735HS 💪
CPU Battle #39 — Apple M1 vs Ryzen 7 7735HS
The Apple M1 is the chip that started the Apple Silicon transition in 2020 — 8 cores, unified memory, and efficiency that shocked the industry. The Ryzen 7 7735HS is AMD’s 2023 refresh of the 6800HS — 8 Zen 3+ cores and a strong Radeon 680M iGPU. One is a four-year-old chip still in use in older Macs; the other is a current mid-range laptop CPU. Comparing them isn’t about generation — it’s about architecture, ecosystem, and what each is good at.
Short version: The 7735HS wins in raw multi-threaded performance and iGPU gaming. The M1 wins in single-threaded efficiency and battery life. The choice depends on whether you’re in macOS or Windows, and whether you need GPU performance on integrated graphics.
Specs
The Apple M1 is built on TSMC N5 (5nm). It has 8 cores — 4 Firestorm performance cores and 4 Icestorm efficiency cores — with 8 threads (no hyper-threading). Boost is around 3.2 GHz. 16 MB L2 cache. 8-core Apple GPU. 16-core Neural Engine. Unified memory, 8 or 16 GB, with ~68 GB/s bandwidth. TDP is roughly 15–20W.
The Ryzen 7 7735HS is Zen 3+ on TSMC 6nm. It has 8 cores, 16 threads, boost up to 4.75 GHz, 16 MB L3 cache, and a Radeon 680M iGPU with 12 RDNA 2 CUs. LPDDR5 or DDR5 memory, dual-channel, ~100 GB/s bandwidth. TDP is 35–54W.
| Spec | Apple M1 | Ryzen 7 7735HS |
|---|---|---|
| Cores / Threads | 8 / 8 (4P + 4E) | 8 / 16 |
| Boost clock | ~3.2 GHz | 4.75 GHz |
| L2 cache | 16 MB | 4 MB |
| L3 cache | — | 16 MB |
| Process | TSMC N5 (5nm) | TSMC 6nm |
| GPU | 8-core Apple GPU | Radeon 680M (12 CU) |
| NPU | 16-core Neural Engine | — |
| Memory | Unified, 8/16 GB | LPDDR5/DDR5 |
| Memory bandwidth | ~68 GB/s | ~100 GB/s |
| TDP | 15–20W | 35–54W |
The architectural difference is significant. Apple’s chip uses wide cores with big caches, unified memory, and a much lower power envelope. AMD’s chip has more threads, higher clocks, and a stronger GPU — at 2–3x the power draw.
CPU performance
Multi-threaded performance favors the 7735HS. Its 16 threads and higher clocks give it roughly 40–60% more throughput in Cinebench and Blender. The M1’s 8 threads can’t compete with 16, despite better IPC.
Single-threaded performance is closer. The M1’s Firestorm cores are wide and efficient; at 3.2 GHz they deliver performance comparable to higher-clocked x86 cores. In Geekbench 6 single-core, the M1 scores around 2,300 and the 7735HS around 1,900 — Apple actually leads.
Mixed workloads land somewhere in between. For light tasks, both feel responsive. For heavy multi-threaded work, the 7735HS wins.
Gaming performance
With a discrete GPU, both chips feed modern GPUs adequately. The 7735HS has more CPU threads, but the M1’s efficiency means it can sustain performance longer on battery.
Without a discrete GPU, the Radeon 680M wins. It’s roughly 30–50% faster than the M1’s 8-core GPU in gaming benchmarks. The M1’s GPU is impressive for its power envelope, but the 680M has more raw performance.
Apple has an advantage in GPU compute for macOS-optimized workloads — video editing, Metal-based apps. AMD’s 680M has broader gaming support and works with any Windows game.
For iGPU gaming, the 7735HS wins. For macOS creative work, the M1’s GPU is often better utilized.
Efficiency and battery life
This is where the M1 shines. It was a breakthrough in performance-per-watt, and even years later, it’s more efficient than any x86 mobile chip. MacBook Air and Pro with M1 routinely deliver 15–20 hours of battery life.
The 7735HS is efficient by x86 standards — Zen 3+ on 6nm is much better than older AMD mobile chips — but it draws 2–3x more power under load. Windows laptops with the 7735HS typically get 8–12 hours.
The M1 wins on efficiency clearly. For all-day battery life in a fanless design, nothing x86 matches it.
Software ecosystem
This is the fundamental divide. The M1 runs macOS; the 7735HS runs Windows. Each has strengths.
macOS with M1:
- Native ARM apps
- Rosetta 2 emulation for x86 — excellent
- Strong creative and developer ecosystem
- Limited gaming library
- Consistent experience
Windows with 7735HS:
- Broad x86 software compatibility
- Runs any Windows game or app
- Full driver support
- Gaming library is complete
- Software flexibility
For developers, creative professionals, and users in the Apple ecosystem, the M1 offers a polished experience. For gamers, Windows users, and anyone needing x86 compatibility, the 7735HS is the option.
Platform and memory
The M1 uses unified memory — up to 16 GB, soldered, not upgradeable. The architecture is efficient but inflexible.
The 7735HS supports LPDDR5 or DDR5, often soldered in thin-and-lights but upgradeable in some laptops. OEMs have more flexibility.
The M1’s unified memory is faster for GPU work and more power-efficient. The 7735HS’s standard memory is more flexible.
Price and value
M1 Macs are no longer sold new except as refurbished or used. Used prices are around $500–800 for MacBook Air M1, $700–1,000 for MacBook Pro M1. Still good value for what they offer.
Windows laptops with the 7735HS are $700–1,200 new. Comparable pricing.
The M1 offers better battery life and macOS polish; the 7735HS offers more CPU performance, better iGPU gaming, and Windows compatibility.
The verdict
The 7735HS is the better CPU on paper — more threads, higher clocks, stronger GPU. It wins in multi-threaded work and iGPU gaming.
The M1 is the better chip for its efficiency and ecosystem. Its single-threaded performance is competitive, its battery life is unmatched, and macOS’s software stack is more polished for what it supports.
The choice isn’t about which chip is faster. It’s about which platform you need. macOS → M1. Windows → 7735HS. Both are good at what they do.
Short version:
Choose the Apple M1 if you want the best battery life, macOS, and a polished experience for creative and developer work.
Choose the Ryzen 7 7735HS if you need Windows, want better multi-threaded performance and iGPU gaming, or need full x86 compatibility.
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