Qualcomm's Oryon core: A long time in the making

Oryon vs Apple’s M‑series and ARM cores

• Many see Qualcomm’s Oryon as a “Firestorm/M1‑style” wide core, enabled by an Apple-talent acquisition, finally giving Qualcomm a true desktop‑class ARM CPU.
• Others stress that Apple’s lead has largely come from being on the newest TSMC node; competitors on older nodes are now closing the gap in IPC and perf/W.
• Some note that ARM’s own Cortex designs (e.g., future X5) may again undercut the economics of custom cores like Oryon.

Android vs iPhone performance

• One side claims Android phones have been “uncompetitive” vs Apple and expects a big boost when Oryon reaches mobile.
• Others counter with benchmark links showing Snapdragon 8 Gen 3 close to or ahead of Apple A‑series in multi‑core and GPU, especially in “mobile‑style” workloads.
• There’s disagreement on which benchmarks meaningfully reflect real‑world use.

Apple M‑series trajectory and “lost talent” narrative

• Several commenters push back on rhetoric that Apple “lost their chip team,” noting steady (though not dramatic) per‑gen gains and very high perf/W.
• Others argue generational IPC gains, especially in integer, have been modest since M1 and that Intel/AMD have made large strides from a weaker baseline.
• There is debate over what performance growth to “expect” per generation and whether disappointment is mostly anchored in earlier, faster eras.

M4 iPad: power vs usefulness and openness

• One thread argues the “world’s fastest single‑core” being locked to iPadOS/App Store makes it more of a benchmark flex than a broadly useful compute resource.
• Counter‑arguments: many non‑technical users are highly productive on iPad; security, reliability, and curated apps matter more than openness or Linux.
• Ongoing dispute over whether iPad is primarily a “Netflix/consumption” device or a serious creative/professional tool, and whether M4 meaningfully changes that.

Linux, ARM laptops, and ecosystem issues

• Interest in running Linux on Oryon/Snapdragon X laptops, with discussion of ACPI vs Device Tree; current Qualcomm laptops often use DT except when booting Windows.
• Some report strong Linux performance via VMs on Apple Silicon and Asahi on Macs, but iPads remain effectively closed to native Linux.
• New Snapdragon X laptops are seen as promising but expensive, with immature GPU drivers and compatibility concerns.

Power efficiency, value, and pricing

• Multiple comparisons show Apple still far ahead in perf/W, especially single‑thread, though x86 mobile (Intel/AMD) has narrowed the gap since 10th gen.
• Disagreement over whether Apple RAM/storage pricing is market segmentation vs subsidizing low‑end models.
• Qualcomm is criticized for rumored very high SoC prices and premium laptop pricing that undercuts adoption.

Future competition (Nvidia, RISC‑V, others)

• Some hope for Nvidia and AMD laptop/desktop SoCs with strong integrated GPUs, regardless of ISA.
• RISC‑V laptops and new cores like Ascalon are mentioned as future contenders, but claims of near‑term parity with Zen 5 are widely viewed as unproven.