Sony has now released the third iteration of their Xperia 1 series which are the flagship phones from the company that really push the capabilities of the brand. Many point out that Sony smartphones are excellently made and perform admirably while also including the now coveted 3.5mm audio jack which has been removed at the behest of Apple iPhone influence in the vast majority of phones. We will say it once more, USB C audio adapters are terrible connections compared to 3.5mm jacks which offer the best possible audio transmission possibilities without compression and other trade-offs.
The new Sony Xperia 1 III continues the 120fps 4k HDR pedigree of the Xperia 1 II which is clearly a much-coveted feature for video enthusiasts. This time around the phone improves color, compression, and HDR fidelity to deliver an outstanding image when light allows it. The phone also has the typical 1080p 120fp and 240fps frame rate that have been showing up as commonplace features in flagship smartphones but absent is any higher frame rates that were included the Motion Eye TM technology used in previous Sony phones allowing 1000fps 1080p recording for a short time.→ Continue Reading Full Post ←
The hegemony of phone sensors has been the purview of Sony with their Exmor sensors for many years but now Samsung has started making inroads in the space with their ISOCELL chips. The latest is currently mass-produced and shipping in handsets already which is not a paper launch, but a real thing. The chip is capable of massive low light improvement compared to other sensors because it is essentially a near 1″ sensor with 1/1.12-inch measurements. This is close to what Sony RX cameras use as a main sensor, and a first for a phone.
As to how they are able to fit this sensor on phones, it is a dance between a protruding camera bump that is a little larger than usual and also a lens system that creates a full imaging circle from a minute distance. The GN2 is capable of recording 480fps in HD 720p, 4k 120fps, 30fps in 12.5MP windowed size and 10fps in 100MP mode which uses a clever algorithm and three RGB exposures to derive a 100MP image from the 50MP source. → Continue Reading Full Post ←
Xiaomi has surprised this year with now the Mi 11 Ultra phone which is a big step up from the Mi 11 released earlier this year. The huge difference lies in the size of the sensor which is close to a 1″ camera sensor like those found on the Sony RX camera series for example. The phone has two 48MP sensors and a main 50MP sensor for the main camera with a highly protruding camera bump that really screams for a case to be able to balance well on a flat surface.
The slow motion modes on the phone are rumored to be the garden variety with 120fps/240fps 1080p, 60fps 4k, and also a selfie camera that does 720p 120fps which is becoming commonplace. What is really peaking our interest is the 1920fps slow motion mode that is touted by some reviews. It is unclear what the phone is capable time-wise as the specs are still not all there. The samples we have seen show detail loss and the clear signs of interpolation. → Continue Reading Full Post ←
OnePlus has finally released its new flagship 2021 phones. And they have built a new 3 year partnership with medium format camera maker Hasselblad to build their phone camera modules. On this first iteration, we get Ultra Wide 50MP, Wide 48MP or standard and a 3.3x telephoto with 8MP which is the lower quality of the bunch.
OnePlus has respected its own heritage when it comes to frame rates as the new 9 handsets retain the 240fps in Full HD 1080p and 480fps in HD 720p mode for somewhat super slow motion and a new mode of 120fps in full 4k which is exciting. OnePlus had the edge in recording duration in previous phones and this new variant might keep that edge. However, we feel disappointed the resolution did not go up to full HD at 480fps and allow for a 960fps HD mode like many other phones out there.→ Continue Reading Full Post ←
The Alice Camera, launched to great success this month has to be the most hopeful product for the future of cameras that we have seen lately. It marries the Sony IMX294, a 10.7 megapixel 4/3 sensor with a custom chipset including the Edge TPU chip from Google for AI and an FPGA for calculations. The result is a camera body with the same sensor as the GH5s which is a killer low light camera capable of excellent 4k footage and images with super low noise.
Then the camera back is attached to your Android or Apple smartphone to gain an interface and software to control it. The camera is capable of using the latest research for computational photography including HDR with multiple exposures merging, tracking, night mode, averaging of pixels, and as an open-source architecture, you can add features by other coders or your own to make the camera increase the feature set.→ Continue Reading Full Post ←
Now that the excellent a7s Mark III video recording mirrorless camera has been out for over six months, it is time to revisit the slow motion component and see what quality we can expect from the Sony a7s III Slow Motion Samples. Many have praised the 4k 120fps mode which is heavily detailed, low noise and suffers from only a very small crop factor that is hardly a problem.
We looked at the Full HD 1080p 240fps mode on the camera and it was clear it did not match the 120fps 4k mode as it was not only less detailed but full of aliasing and moire if you looked for it. It was clear the camera was not up to professional standards when in this mode which is to be expected from a full-frame sensor cropping to 1080p. That said, this camera is a powerhouse that easily takes the mantle as Sony’s best mirrorless compact video camera.
Sony a7s III Slow Motion Samples:
Be aware that 120fps in 4k is not only highly detailed and full of dynamic range but it is the best high frame rate this camera has to offer. You can easily use this mode for professional broadcast or film work is shot in good conditions. The a7s Mark III is the best Sony Alpha line camera for low light performance and it is evident by the samples this translates directly into higher frame rates.