A Geekbench listing spotted in early July has turned into one of the more debated budget-phone stories of 2026: a device labeled SM-M676K, widely believed to be the unannounced Samsung Galaxy M67, appears to be running a four-year-old flagship chip. Multiple outlets, including Gadgets 360, GSMArena, GizChina, and Notebookcheck, independently flagged the same platform identifier — S5E9925 — which maps to the Exynos 2200, the same silicon Samsung shipped inside parts of the Galaxy S22 lineup back in 2022. As of September 26, 2026, Samsung has confirmed none of it. No name, no price, no launch date, no final spec sheet.
That gap between what a benchmark database shows and what a company has actually announced is exactly why this story keeps circulating. Budget-phone buyers are searching for it anyway, because the pitch, if true, is unusual: a mid-range device built around a chip that once powered a $1,000-class flagship, arriving at a moment when memory prices are squeezing every phone maker’s bill of materials. Here’s what the leak actually says, what it doesn’t, and why the timing matters more than the chip itself.
What the Galaxy M67 Geekbench Leak Actually Shows
Gadgets 360 was among the first to report the listing on July 8, 2026, describing an octa-core S5E9925 platform clocked at a 1.82GHz base and a 2.80GHz peak, tied to 8GB of RAM and Android 17. GizChina published a near-identical account the same day, later re-cited by SammyGuru, with matching scores. GSMArena followed on July 9 with its own capture of the same device, calling the Exynos 2200 a “forgotten” chip and recording a higher result than the earlier listings.
The reported CPU layout is a 1+3+4 arrangement: one Cortex-X2-class prime core running at 2.80GHz, three performance cores at 2.52GHz, and four efficiency cores at 1.82GHz, paired with Samsung’s own Xclipse 920 GPU, built on AMD’s RDNA 2 architecture. That GPU pairing is the detail generating the most buzz, since RDNA 2-based graphics have never appeared in a Samsung phone priced under its flagship tier.
Coverage diverged from there. Beebom logged a different score pairing than Gadgets 360 and GizChina. My Mobile India and 91Mobiles’ Hindi edition matched the original Gadgets 360 numbers. GadgetsNow read the RAM figure as roughly 7.11GB, which it interpreted as an 8GB module accounting for system overhead, the same rounding quirk every Android phone shows in Geekbench. Those small mismatches most likely reflect separate benchmark submissions rather than a single, final retail configuration, but they underline how thin the evidence still is: this is one unannounced test unit’s data, filtered through half a dozen outlets, not a spec sheet.
Inside the Numbers: SM-M676K Benchmark Scores Compared
Because no two outlets captured identical figures, it’s worth laying the reported numbers side by side. The pattern that emerges is a device performing consistently in the low-to-mid 1,400s to 1,500s on Geekbench 6 single-core, and high-3,600s to high-3,900s multi-core, regardless of which specific submission a given site pulled.
| Outlet | Reported Date | Single-Core | Multi-Core | RAM Reported |
|---|---|---|---|---|
| Gadgets 360 | Jul 8, 2026 | 1,435 | 3,744 | 8GB |
| GizChina (via SammyGuru) | Jul 8, 2026 | 1,435 | 3,744 | 8GB |
| GSMArena | Jul 9, 2026 | 1,589 | 3,923 | 8GB |
| Notebookcheck | Not specified | 1,589 | 3,923 | 8GB (one config) |
| Beebom | Not specified | 1,507 | 3,651 | 8GB |
| My Mobile India / 91Mobiles | Not specified | 1,435 | 3,744 | 8GB |
| GadgetsNow | Not specified | Not specified | Not specified | ~7.11GB (read as 8GB) |
The spread between the lowest and highest multi-core reading is roughly 7%, small enough to be thermal or software-build variance rather than evidence of multiple hardware revisions. For context on how memory configuration keeps showing up as a wildcard in budget-phone leaks this year, see our coverage of RAM now eating 60% of phone build costs.
How Independent Outlets Cross-Checked the Same Leak
Part of why this leak carries more weight than a typical rumor is that it wasn’t a single-source tip. GSMArena, a database that tracks Geekbench submissions across thousands of unreleased devices every year, and GizChina, which covers Asian OEM supply-chain leaks closely, both surfaced the SM-M676K listing within a day of each other and reached the same conclusion about the chip identity independently. That kind of near-simultaneous, multi-outlet confirmation of a raw benchmark listing is a stronger signal than a single leaker’s claim, even though it still stops well short of an official announcement.
Why Recycling a 2022 Flagship Chip Would Make Sense Right Now
Silicon reuse isn’t new for Samsung’s M-series. What’s new is the specific economics pushing it. The Exynos 2200 launched in early 2022 on a 4nm process as Samsung’s flagship-tier chip for parts of the Galaxy S22 family, and it later resurfaced in select markets’ Galaxy S23 FE. By 2026, that same die is roughly four years old, long since amortized, and sitting in mature 4nm production lines that Samsung Foundry can run at a fraction of the cost of a new leading-edge chip.
That math matters more this year than in 2024 or 2025 because component costs elsewhere in the phone have gone up, not down. Our recent reporting on memory eating into budget device margins and on Intel’s own warning that memory pricing won’t ease until 2028 both point to the same underlying pressure: DRAM and NAND demand from AI data centers is pulling manufacturing capacity away from mobile-grade memory, and phone makers are absorbing higher LPDDR and eMMC/UFS costs across every price tier. Reusing a fully depreciated processor is one of the few levers a manufacturer has left to hold a phone’s retail price steady while memory costs climb around it.
The Performance Trade Buyers Would Actually Get
The upside for a buyer is real, at least on paper. A four-year-old flagship chip still out-benches most brand-new entry-level silicon on raw CPU and GPU throughput, because “entry-level” chips are designed to hit a low cost target, not a performance ceiling. The Xclipse 920’s RDNA 2 lineage should also handle modern mobile games and ray-tracing-adjacent effects better than the Mali-family GPUs Samsung typically pairs with MediaTek or its own lower-tier Exynos silicon in the M-series.
The trade-offs are just as real. A 2022-era chip means an older modem generation, no meaningful gains in power efficiency versus 2026’s newest budget silicon, and a shorter runway of software and security updates measured from the chip’s original launch date rather than the phone’s. None of that shows up in a Geekbench score, and none of it has been addressed by Samsung, because Samsung hasn’t confirmed the phone exists.
The Exynos 2200’s Device History, in One Table
Tracking where the Exynos 2200 has already shipped helps explain why a 2026 M-series reappearance isn’t far-fetched. It’s a chip Samsung already knows how to bin, manufacture at scale, and support in its own software stack.
| Device | Segment | Year | Chip Role | RAM (as reported) |
|---|---|---|---|---|
| Galaxy S22 / S22+ / S22 Ultra (select regions) | Flagship | 2022 | Primary launch chip in Exynos markets | 8GB–12GB |
| Galaxy S23 FE (select markets) | Upper mid-range | 2023 | Cost-optimized reuse in a “Fan Edition” model | 8GB |
| Reported Galaxy M67 (SM-M676K, unconfirmed) | Budget / value | 2026 (leak only) | Alleged reuse in the value-focused M-series | 8GB (per Geekbench) |
If the pattern holds, the Galaxy M67 would represent the third distinct product tier the Exynos 2200 has occupied in four years, sliding from flagship to Fan Edition to value phone. That’s a steeper markdown in status than most Samsung Foundry chips get, and it says as much about how long Samsung expects to keep milking 4nm capacity as it does about the M-series itself.
Competitive Comparison: Where This Would Sit Against Dimensity and Snapdragon Budget Chips
Samsung’s likely competition in this price bracket runs through MediaTek’s Dimensity 600- and 700-series and Qualcomm’s Snapdragon 6- and 7-series platforms, the chips that currently anchor most sub-flagship Android phones sold globally. Both MediaTek and Qualcomm’s lower tiers are built on newer process nodes than the Exynos 2200’s 4nm and typically prioritize power efficiency and modem features over peak throughput, since battery life and 5G band support sell more budget phones than benchmark charts do.
A recycled flagship chip flips that priority. It should win CPU and GPU benchmark comparisons against most Dimensity 600/700-series and Snapdragon 6/7-series rivals, simply because it was engineered to a much higher performance target in 2022. Where it’s likely to lose ground is efficiency per watt and possibly 5G modem capability, since neither has been detailed in any of the leaked listings. Buyers weighing this phone against 2026’s newer budget silicon, including MediaTek’s 2nm Dimensity 9600 Pro at the high end of MediaTek’s range or Qualcomm’s Snapdragon 8 Elite Gen 6 at the top of its stack, should note those are flagship-tier chips several price bands above where an M67 would actually compete. The real rivals sit two or three tiers below those names, in chips that rarely get review coverage as detailed as a flagship launch.
Market Impact: What This Signals About Samsung’s M-Series Strategy
Samsung’s M-series has always leaned on large batteries, aggressive 5G positioning, and online-first retail channels rather than headline chip specs. The Galaxy M47 5G, which reporting described launching in May 2026 as a battery-focused, value-priced model, fits that pattern. A Geekbench-leaked M67 running recycled flagship silicon would be a shift in emphasis rather than a break from strategy: same value-channel playbook, but with a performance claim to hang a marketing campaign on instead of just battery capacity.
For Samsung’s semiconductor division, there’s a second motive layered underneath the consumer story. Every Exynos 2200 unit sold into an M-series phone is 4nm foundry capacity kept busy on a design that’s already fully paid for, at a moment when Samsung Foundry is competing hard for external customers and can’t afford idle lines. Diverting that capacity toward volume-driven budget phones, rather than mothballing it, is a rational way to keep utilization up while flagship production shifts to newer nodes. It also echoes a broader industry pattern, visible in reporting on chipmakers raising prices as HBM and DRAM shortages bite across the whole semiconductor stack, where manufacturers are squeezing more value out of every wafer they can still produce affordably.
The Global Budget Phone Market Samsung Is Chasing
Market trackers like Counterpoint Research have spent years documenting how the sub-$250 segment remains the highest-volume band of the global smartphone market, particularly across South Asia, Southeast Asia, Latin America, and parts of Africa, the exact regions where Samsung’s M-series does most of its selling. That’s the audience a recycled-flagship-chip strategy is built for: shoppers comparing spec sheets on e-commerce listings, where a strong Geekbench or AnTuTu number can outweigh brand loyalty at the point of sale.
Semiconductor pricing trackers such as TrendForce have also been documenting how AI data center demand for DRAM and high-bandwidth memory is reshaping supply allocation across the whole chip industry in 2026, a dynamic that indirectly touches every mobile chipmaker’s roadmap, since fabs weigh mobile SoC production against far more profitable AI accelerator orders when allocating capacity. A mature, already-amortized design like the Exynos 2200 sidesteps that competition for cutting-edge capacity entirely, which is likely part of its appeal for a value-tier phone in exactly this kind of supply environment.
Reading the Geekbench Identifiers
For readers who want to verify future leaks themselves, the two identifiers worth tracking in any Geekbench Browser listing are the model number and the platform string, shown below as reported across outlets:
Model: SM-M676K
Platform: S5E9925 (identified as Exynos 2200)
CPU: 1x Cortex-X2-class @ 2.80GHz + 3x @ 2.52GHz + 4x @ 1.82GHz
GPU: Xclipse 920 (AMD RDNA 2-based)
RAM: 8GB (as tested)
OS: Android 17 (as tested)None of those fields are confirmed retail specifications. They’re what a single test unit reported to Geekbench’s servers, captured by outlets before Samsung pulled or amended the listing, if it does so at all.
Historical Context: Samsung’s Pattern of Chip Reuse in Budget Lines
Samsung didn’t invent the recycled-flagship playbook. Apple has kept older A-series chips alive in budget iPhone SE models for years, and Google has reused Tensor silicon across Pixel A-series phones on a similar delay. What makes Samsung’s version notable is the scale of its Exynos production and the fact that the M-series sells primarily in price-sensitive markets across South Asia, Southeast Asia, and parts of Latin America and Africa, where a benchmark-topping chip at a mid-range price carries real marketing weight on retail shelves and e-commerce storefronts alike.
The Exynos 2200 itself has an unusually public history for a mobile chip. Its Xclipse 920 GPU, built on licensed AMD RDNA 2 graphics IP, was pitched in 2022 as a genuine architectural leap for Samsung’s silicon, promising desktop-class ray tracing on a phone. That promise arrived alongside well-documented thermal throttling complaints in the original Galaxy S22 launch window, complaints that faded once Samsung’s software teams tuned the chip over subsequent updates. A 2026 M-series version would inherit both the GPU’s genuine capability and four extra years of driver and firmware maturity, which could make it perform more consistently than it did as a brand-new flagship chip in 2022.
What’s Still Unconfirmed, and Why That Matters
Every outlet covering this story, and every one of Samsung’s own channels, agrees on one point: none of it is official. The name “Galaxy M67” is an inference built from a model number, not a confirmed product name. Battery capacity, camera hardware, display specifications, final chipset tuning, launch markets, launch date, and price are all absent from the Geekbench record and unaddressed by Samsung. Even the Android version, listed as Android 17 in the leaked build, could change before any retail launch, since test units routinely ship on pre-release or internal software builds that don’t match what customers eventually receive.
That distinction matters for readers deciding whether to wait for this phone. A Geekbench listing confirms that Samsung, or someone with access to Samsung’s testing infrastructure, benchmarked a device carrying this configuration. It does not confirm Samsung will ship it, ship it under this name, or ship it with these exact specifications intact. Leaked test units get shelved more often than tech coverage acknowledges.
5 Predictions for the Galaxy M67 and Samsung’s Budget Chip Strategy
- Samsung confirms a device in this family before the end of 2026. The volume of independent Geekbench sightings across multiple outlets suggests active pre-launch testing, not an isolated leak.
- The final retail chip name won’t necessarily say “Exynos 2200.” Samsung has rebranded reused silicon before, and marketing a four-year-old chip under its original name invites exactly the “recycled flagship” framing this story is already generating.
- Price will be positioned against Dimensity 700-series and Snapdragon 6-series rivals, not against Samsung’s own A-series. M-series phones compete on value-channel retail, not on Samsung’s internal product ladder.
- Expect more Exynos 2200 sightings in other Samsung budget or mid-range leaks through 2027. A depreciated, well-understood 4nm design is exactly the kind of asset a foundry keeps reusing once it finds a viable second market.
- Modem and connectivity specs, not CPU/GPU benchmarks, will decide whether this phone actually sells well. Budget buyers in the M-series’ core markets prioritize 5G band coverage, battery life, and price over Geekbench multi-core scores.
What This Means for Budget Phone Buyers Right Now
For anyone shopping in the sub-flagship segment today, the practical takeaway isn’t to wait on an unconfirmed phone. It’s that chip reuse driven by memory-cost pressure is becoming a visible pattern across the entire industry, not just at Samsung. Buyers should treat any 2026 budget-phone benchmark leak the way they’d treat this one: useful as an early signal, not as a spec sheet. Cross-reference RAM and storage figures against current market pricing, since memory now accounts for a disproportionate share of a budget device’s total cost, and expect manufacturers across the board to keep leaning on older, cheaper silicon to offset that pressure through at least 2027.
Frequently Asked Questions
Is the Samsung Galaxy M67 an officially confirmed phone?
No. As of September 26, 2026, Samsung has not confirmed the Galaxy M67’s name, specifications, price, or launch date. The device is inferred from a Geekbench listing for model SM-M676K, reported by outlets including Gadgets 360 and GSMArena.
What chip does the leaked Galaxy M67 use?
The Geekbench listing shows platform identifier S5E9925, which outlets have identified as the Exynos 2200, a 4nm chip Samsung originally launched in 2022 for parts of the Galaxy S22 lineup.
How much RAM does the leaked model have?
Most outlets reported 8GB of RAM in the tested unit. GadgetsNow read the raw figure at approximately 7.11GB, which is a normal Android reporting quirk for an 8GB module after accounting for system reservations.
When did the Exynos 2200 first launch, and where else has it been used?
The Exynos 2200 launched in 2022 as Samsung’s flagship-tier chip for select Galaxy S22, S22+, and S22 Ultra markets, and it was reused in the Galaxy S23 FE in select regions afterward.
What GPU does the Exynos 2200 use?
It uses Samsung’s Xclipse 920 GPU, built on AMD’s RDNA 2 graphics architecture, the same GPU family Samsung introduced with the chip in 2022.
Why would Samsung put an old flagship chip in a budget phone?
The Exynos 2200 is a mature, already-depreciated 4nm design that Samsung Foundry can manufacture cheaply. Reusing it lets Samsung offer strong CPU/GPU benchmark performance at a lower cost than a new chip, which matters more in 2026 as rising memory prices squeeze budget-phone margins elsewhere.
Does the memory shortage affect the Galaxy M67’s expected price?
No official pricing exists yet. Broader 2026 reporting has documented rising memory costs pressuring budget-device pricing industry-wide, and using a fully depreciated processor is one way manufacturers offset those costs, but no verified statement ties this specifically to the Galaxy M67’s eventual price.
When might Samsung officially announce the Galaxy M67?
No launch date has been announced. Given the July 2026 Geekbench sightings, an official unveiling later in 2026 or in early 2027 is plausible based on typical M-series launch cadences, but this is analysis, not a confirmed timeline.
