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Eight custom cores, no efficiency cores and a whole lot of cache. Here's what Qualcomm actually built inside the Snapdragon 8 Elite.
For years, nearly every Android flagship ran on CPU cores that Arm designed and Qualcomm simply arranged. The Snapdragon 8 Elite broke that habit. Announced on October 21, 2024, it swapped Arm's stock designs for eight of Qualcomm's own Oryon cores, and it dropped the small efficiency cores that phone chips had leaned on for a decade.
Here's the short version. It's a 2 + 6 layout: two "Prime" cores at up to 4.32GHz and six "Performance" cores at up to 3.53GHz, all second-generation Oryon, built by TSMC on a 3nm process. The huge caches and the unusual power approach both follow from that one decision.
- Oryon is Qualcomm's own CPU design, first seen in Windows laptops.
- Independent tests back up the speed gains. The efficiency story rests mostly on Qualcomm's own claims.
- Galaxy S25 phones used a slightly faster "for Galaxy" version.
Where Oryon Came From
Oryon didn't grow up in a phone lab. Qualcomm built it on technology from Nuvia, a startup that had been designing custom Arm-based server chips before Qualcomm bought it. The first Oryon cores shipped in 2024 inside the Snapdragon X Elite, the processor behind the first Copilot+ Windows laptops, as Android Faithful explains.
The phone version isn't a straight port, though. Qualcomm calls it a ground-up redesign for mobile, a point Android Authority's deep dive repeats. It still speaks Arm's instruction language, so Android apps run as they always have. What changed is the engine underneath.
The laptop core is where we get the clearest public look at how Oryon thinks. Chips and Cheese found an 8-wide design with a very large reorder window and a 192KB instruction cache. AnandTech noted it can decode eight instructions per clock cycle, versus six for Intel's Redwood Cove and four for AMD's Zen 4. Keep one caveat in mind: those numbers describe the laptop core. Android Authority pointed out at launch that Qualcomm hadn't shared the phone core's internals in the same depth.
Two Tiers, Zero Efficiency Cores
The Snapdragon 8 Gen 3 used a four-tier setup: one big core, three mid cores, two more mid cores and two small ones. The 8 Elite flattens all that into two tiers. Per Android Authority, Prime and Performance cores share one architecture and differ mainly in clock speed, cache and tuning.
Skipping efficiency cores sounds like a battery gamble. Qualcomm says otherwise. In an Android Central interview, company engineers argued that Oryon cores at low voltage can match small Arm cores on light tasks, and idle cores can simply be shut off. One executive didn't like the "efficiency core" label at all, since it implies a weak core.
Two hardware tricks back that up, according to Android Authority. A new data prefetcher tries to keep the big cores fed instead of waiting on memory. And "Instant Wake" lets a core resume work right after leaving a low-power state. The idea is to wake up, finish fast and go back to sleep. Whether that beats a classic big.LITTLE design depends on the workload, and for now Qualcomm's own claims are the main evidence.
Cache and Memory: Feeding Wide Cores
Fast cores waste energy when they're stuck waiting for data, which explains why this chip carries so much cache. Each cluster gets 12MB of L2, for 24MB in total, according to SamMobile. Notebookcheck's listing also shows an 8MB system-level cache on top, but that figure comes from a third-party database, not from Qualcomm.
Android Authority reported L1 cache sizes of 192KB per Prime core and 128KB per Performance core. Another database warns that Qualcomm's wording could mean totals instead, so this article leaves those numbers out. Memory support is LPDDR5X at up to 5.3GHz.
All that silicon isn't free. Android Authority tied the big caches to the chip's reportedly high price, which is one reason the phones using it mostly sat at the top of the market.
Claims vs. Real-World Testing
Qualcomm's headline numbers, relayed by 9to5Google: up to 45% better CPU performance than the Snapdragon 8 Gen 3, 44% better CPU efficiency and 27% lower overall power use. Those are announcement-day claims, not measurements.
On raw speed, outside testing landed close. Tom's Guide measured a Snapdragon 8 Elite phone about 40% ahead of the Galaxy S24 Ultra in single-core Geekbench 6 and 42% ahead in multi-core. It also found the chip still trailed Apple's A18 Pro in single-core.
That last point matters. A later analysis from XPU.pub described Qualcomm's approach as leaning on high clocks and two prime cores, with lower per-clock performance than Arm's newest big core and Apple's A19 Pro. Oryon wins a lot of benchmarks by running fast, not by doing more work per cycle than every rival.
Real phones also swing around. Notebookcheck's pooled Geekbench 6.5 multi-core results for the chip run from about 7,656 to 10,401, with a median near 9,273. Cooling, firmware and power limits all move the number.
The "For Galaxy" Version
If you own a Galaxy S25, S25+ or S25 Ultra, you probably have a variant. Samsung confirmed that the entire S25 series uses the Snapdragon 8 Elite for Galaxy worldwide, as SamMobile reported. Qualcomm told Android Authority that its Prime cores peak at 4.47GHz, about 150MHz above the standard chip's 4.32GHz. The six Performance cores stay at 3.53GHz.
That's a small paper edge, and peak clocks rarely translate one-for-one into daily speed. Still, SamMobile noted Qualcomm sold more than 20 million "for Galaxy" chips, making this version more common than the standard one.
How It Has Aged: Gen 5 and Gen 6
The design kept moving. Qualcomm introduced the Snapdragon 8 Elite Gen 5 in September 2025 with third-generation Oryon cores, Prime cores up to 4.6GHz and Performance cores up to 3.62GHz, per Android Headlines. In the chart above, that works out to roughly 21% higher single-core and 15% higher multi-core scores than the original Elite, though on different phones.
The naming got messy along the way. The non-Elite Snapdragon 8 Gen 5 also uses third-generation Oryon, but lower clocks and trimmed memory bandwidth leave it behind the original 8 Elite in benchmarks, Gizmochina found.
The newest step came on September 22, 2026, when Qualcomm announced the Snapdragon 8 Elite Gen 6 and Elite Extreme Gen 6, according to 9to5Google. Both use a 2nm process with two 5GHz Prime cores and six 4GHz Performance cores. Qualcomm claims the standard Gen 6 brings 10% better CPU performance and 37% better power efficiency than Gen 5. Reports differ on when phones will arrive, so check a specific model before assuming it's around the corner.
| Feature | 8 Elite | 8 Elite Gen 5 | 8 Elite Gen 6 |
|---|---|---|---|
| Prime cores | 2 at up to 4.32GHz | 2 at up to 4.6GHz | 2 at up to 5.0GHz |
| Performance cores | 6 at up to 3.53GHz | 6 at up to 3.62GHz | 6 at up to 4.0GHz |
| Process | TSMC 3nm | TSMC 3nm | TSMC 2nm |
| Qualcomm's CPU claim | +45% vs. 8 Gen 3 | +20% speed, +35% efficiency vs. 8 Elite | +10% speed, +37% efficiency vs. Gen 5 |
Performance and efficiency rows are Qualcomm's own claims, not independent results. Sources: 9to5Google, Android Headlines and Android Authority.
What This Means for Buyers
A phone with the original 8 Elite is still very quick in 2026. The CPU jump to Gen 6 is also smaller than the leap Qualcomm delivered back in 2024. For most people, battery size, cooling and software support will shape daily life more than the chip name.
Shopping for a discounted older flagship? The 8 Elite is a strong pick. Want the newest efficiency gains? Gen 5 and Gen 6 offer more, usually at higher prices.
Quick Questions
Is the phone Oryon the same as the laptop one?
Related, not identical. Qualcomm says the 8 Elite's core was redesigned from the ground up for phones, though it shares its lineage with the Snapdragon X laptop core.
Why is Qualcomm's naming so confusing?
The 8 Elite landed after the Snapdragon 8 Gen 3, so it was effectively "Gen 4." Qualcomm then used "Gen 5" for the next Elite chip and also released a cheaper Snapdragon 8 Gen 5 without the Elite label.
Does a higher clock speed always mean a faster phone?
No. Cooling, power limits and how much work each core does per cycle all matter, which is why the older 8 Elite can still beat the newer, lower-clocked 8 Gen 5.
The Bottom Line
The Snapdragon 8 Elite mattered because it proved Qualcomm could ship a custom CPU in phones and hold its own on speed. Its bets were bold: no efficiency cores, a giant cache and clocks that reached laptop territory. Independent tests confirmed the speed. The battery story leans more on Qualcomm's word. Either way, it set the template that Gen 5 and Gen 6 are building on.
Heads up: specs, prices and release dates can change. This article was checked on October 26, 2026.
Sources
- 9to5Google: Snapdragon 8 Elite announcement
- Android Authority: Snapdragon 8 Elite deep dive
- Android Central: why no efficiency cores
- Tom's Guide: early benchmarks
- Chips and Cheese: Oryon core analysis
- AnandTech: Snapdragon X architecture deep dive
- SamMobile: Galaxy S25 and Snapdragon 8 Elite for Galaxy
- Android Headlines: Snapdragon 8 Elite Gen 5
- Gizmochina: 8 Elite Gen 5 vs 8 Gen 5 vs 8 Elite
- XPU.pub: Snapdragon 8 Elite Gen 5 architecture
- 9to5Google: Snapdragon 8 Elite Gen 6
- Images: free to use under the Unsplash License (photographers credited in the captions)
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