Galaxy S27 Ultra charging is now showing up in certification — 60W wired charging spotted

Samsung Galaxy S27 Ultra 60W wired charging certification leak

A meaningful new Samsung Electronics Galaxy S27 Ultra development has surfaced. On September 6, 2026, SamMobile reported that Galaxy S27-series variants have appeared in China’s CCC certification database, with the Galaxy S27 Ultra listed for 60W wired charging (20V/3A).

This is more significant than a typical social-media rumor because the information reportedly comes from a regulatory certification listing. However, Samsung itself has not announced the Galaxy S27 Ultra or confirmed its final charging specifications.

What the certification reveals

The reported S27 charging lineup is:

Galaxy S27: 25W

Galaxy S27+: 45W

Galaxy S27 Pro: 60W

Galaxy S27 Ultra: 60W

Interestingly, this would mean the S27 Ultra doesn’t increase wired charging speed over the S26 Ultra. Instead, Samsung appears to be bringing its highest charging tier to the rumored S27 Pro as well.

The same reporting associates the Ultra with 25W wireless charging, although that detail should still be considered part of the pre-release leak picture rather than an official Samsung specification.

Battery rumor gets more interesting

The report also repeats a claim that the Galaxy S27 Ultra could use a 5,800mAh battery, potentially using silicon-carbon anode technology.

I’d treat that capacity with substantially more caution than the 60W charging figure. Earlier reporting has been inconsistent: Ice Universe previously pushed back strongly on unsupported claims of batteries above roughly 5,500mAh.

So at this point:

60W wired charging: relatively strong evidence because of the reported CCC certification.

5,800mAh battery: still a rumor and currently less reliable.

No major new Ice Universe Ultra leak today

I didn’t find a newer Ice Universe disclosure today that materially changes the S27 Ultra camera, S Pen, Qi2, display or processor picture.

His recent case leak remains important because it supports the new raised camera-plateau design on the S27 Ultra and S27 Pro.

Samsung still hasn’t officially announced the Galaxy S27 series, so the design, battery capacity, processor split, cameras and release timing remain subject to change.

Bottom line: the genuinely new development is regulatory evidence pointing to 60W charging for the Galaxy S27 Ultra. That’s credible enough to report, but it also suggests Samsung may focus its S27 Ultra upgrades elsewhere rather than increasing peak wired charging beyond the S26 Ultra.

Read the September 6 SamMobile report⁠

Meaningful new Galaxy S27 Ultra camera leak

Samsung Galaxy S27 Ultra camera leak and rumored rear camera redesign

Samsung is reportedly testing a major change to the S27 Ultra zoom system: a single 4x “super telephoto” camera with a much larger 1/1.9-inch sensor. This could replace not only the rumored-to-be-removed 3x telephoto, but potentially the existing 5x periscope as well.

The new 4x sensor is reportedly 50MP in some reports and substantially larger than the current 5x telephoto’s roughly 1/2.52-inch sensor. The idea would be fewer dedicated zoom cameras but a significantly larger sensor capable of gathering more light, potentially improving low-light zoom, portraits, detail and noise.

This also fits the recently leaked CAD design surprisingly well: those renders appear to provide space for three rear cameras total, supporting the possibility of a 200MP main + ultrawide + single high-quality telephoto architecture.

Important: this configuration is not finalized. The originating leak says Samsung is testing the 4x solution and comparing its real-world benefit and cost against retaining the existing 5x design. Reports claim multiple S27 Ultra prototypes are still being evaluated.

There is no new official confirmation from Samsung, and I found no meaningful new Ice Universe disclosure today that supersedes his recent design/battery information. So I would currently label the 4x super-telephoto as a notable new leak, but medium confidence rather than a near-final specification.