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[QUOTE="Queen, post: 85646, member: 27"]
Panther Lake flexes real IPC gains, putting Intel ahead of AMD in per-clock efficiency, at least on paper benchmarks.

What got tested
[LIST]
[*]Intel Panther Lake cores went under the microscope.
[*]Focus stayed on IPC, not raw clocks.
[*]Comparison landed against AMD Strix Halo.
[/LIST]
Who ran the numbers
[LIST]
[*]An independent tester posted results on Bilibili.
[*]Benchmarks used SPEC CPU 2017.
[*]Integer performance took center stage.
[/LIST]
Benchmark setup basics
[LIST]
[*]The LPDDR5 memory platform was used.
[*]WSL 2 handled the environment.
[*]A mix of Intel and AMD core designs tested.
[/LIST]
Intel Core breakdown
[LIST]
[*]Cougar Cove represents Panther Lake P-Cores.
[*]Darkmont covers the E-Core side.
[*]Both stem from Intel’s 18A platform.
[/LIST]
AMD comparison points
[LIST]
[*]Zen 5 and Zen 5c served as rivals.
[*]Both come from Strix Halo.
[*]Results normalized for IPC per GHz.
[/LIST]
Headline IPC results
[LIST]
[*]Cougar Cove shows about ten percent higher IPC.
[*]Darkmont lands roughly six percent ahead.
[*]Gains measured against Zen 5 designs.
[/LIST]
Why IPC per GHz mattered
[LIST]
[*]Raw throughput favors clock speed.
[*]IPC per GHz isolates architecture efficiency.
[*]Metric highlights design improvements.
[/LIST]
Hybrid strategy takeaway
[LIST]
[*]Panther Lake mixes P, E, and LP-E cores.
[*]Design targets performance with efficiency.
[*]IPC edge signals Intel’s architectural rebound.
[/LIST]
[/QUOTE]

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