Excited for the Samsung Galaxy S25 Ultra? Check out these juicy leaks to see if it’s worth waiting for!
With the buzz around S25 Ultra leaks heating up, it’s the perfect time to get excited about Samsung’s next flagship. The hire of a former Mercedes-Benz design guru has many wondering how this will shape the Galaxy S25 Ultra.
Trying to decide if you should grab the S24 Ultra now or wait for the S25 Ultra? Leaks suggest the new model will have a cooler design and some awesome new features. If you’re into cutting-edge tech and sleek designs, the S25 Ultra might just be worth the wait. Stick around to see what makes this phone the one to watch!
S25 Ultra camera leaks
Tipster Ice Universe has shared that the Galaxy S25 Ultra is getting a 50MP ultrawide camera with a brighter F/1.9 aperture lens. This is a big step up from the 12MP ultrawide on the Galaxy S24 Ultra. It should bring a noticeable improvement, especially for close-up macro shots.
Autofocus is something I always look for in ultrawide mobile cameras, and it’s surprising how many brands skip this feature. The S25 Ultra is likely to include autofocus for better macro photos. Plus, it should be able to record in 4K at 60fps and 8K at 30fps, just like the S24 Ultra’s 5x telephoto camera.
S25 Ultra leaks also mention that while the new 50MP sensor will be the same size as the 12MP one in the S24 Ultra, each pixel will shrink from 1.4µm to 0.7µm. Though smartphone cameras have improved in low light, ultrawide lenses still tend to lag. This is often due to primary cameras having bigger sensors, wider apertures, and pixel binning. Samsung could fix this with a lower-resolution mode or the larger F/1.9 aperture, which would capture 34% more light than the S24 Ultra’s F/2.2, improving low-light performance.
This upgrade would bring Samsung’s ultrawide camera closer to Apple’s iPhone 16 Pro and Pro Max, which jumped from 12MP to 48MP. However, Apple didn’t increase the aperture, keeping it at F/2.2. Also, the iPhones still don’t support 8K video recording despite the new higher-resolution sensors.