Sony has released some white paper specs on a new Micro 4/3rds sensor that is as of now, the most advanced ever on the format considering the mix of Backside illumination, Stacked technology and high resolution color at 10 bits on full sensor read outs. The frame rates offered are also quite impressive with up to 1139fps at 0.46 Megapixels or 1760px Horizontal x 262px Vertical on the fastest range and 121fps at the full sensor area read-out at 20.9MP.
The Panasonic GH6 is coming later this year and it is estimated that this new sensor is actually the one that will be used on that camera. If Lumix technology can make full use of the sensor specs even for small fractions of time, we could have a killer slow motion mass produced camera. The VFR mode on Panasonic Lumix cameras has always been more than acceptable and they could breathe new life into the format if these sensor specs are used to their fullest. We expect at least 1080p at 240fps which will be a slightly stretched delivery from the 1760 x 1318 240.2fps mode listed on the sensor specs. → Continue Reading Full Post ←
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 ←
Canon it seems is thinking 3 steps ahead of everyone else when it comes to pro 8k video. After being left behind in the adoption of 4k and playing catch up to the format, they seem intent on making their cameras the new 8k default option with specs that seem out of a dreamer’s wish list. Be warned that these cameras will probably start at $10k USD and go up from there. The low end should be about 10k to $15k for the C300s at the low end, and the high end a $30k price tag for a C700DR.
The most impressive of the new rumored cameras is the Canon EOS C700DR (DR Stands for Dynamic Range) which will be capable of recording 4k not just at 120fps but a class-leading 240fps with excellent quality. It also hints at a 180fps mode that will have expanded dynamic range if needed. It is interesting that 1080p as a slow motion mode is not even considered here but these cameras are geared to a specific market and that is digital cinema which needs much more resolution nowadays than what even 2k can deliver, much less 1080p. → 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 ←
The scientists at Vision Research are at it again at their favorite pastime of hyper slow motion gear creation. The new TMX 7510 Phantom camera is the fastest ever in their arsenal with a mind-bending spec of 75 Gigapixels throughput which is capable of delivering 76,000fps 1 Megapixel resolution or slightly higher than HD at 1280 x 800px.
The camera features the first BSI or Back-side illuminated sensor ever used in a Phantom camera. This allows for much better low-light performance which is crucial for slow motion applications. The camera tops out at a ridiculous 1.75 million fps frame rate at 1280 x 32px in standard width mode or 640 x 64px in Binned mode. One second recorded at that speed creates a file that plays back for 972min or just over 16hrs in a 30fps timeline. Yikes!→ Continue Reading Full Post ←
Nikon Japan has been busy creating the next generation of 1″ stacked sensors. The latest is a 17.84 Megapixel stacked design with hyper-fast memory interconnect that shoots up to 1000fps at 4k resolution which is no slouch. The sensor is still in development but it will be a possibility to see it in a camera that could compete head to head with the Sony RX series which now dominate prosumer P&S sales. It was announced at ISSCC (International Solid-State Circuits Conference) held in San Francisco, February 15, 2021.
The sensor works by shooting in buckets of 16 x 16 pixels as one block, and then subsequently 264 x 264 pixel blocks (4224 x 4224 pixels) are conformed to form the final image at nearly 18MP. It is unclear at this time if 4k video will be a windowed resolution or a supersampled then reduced final image from the full sensor. The market for this sensor goes beyond consumer cameras as it is aimed at other applications like self-driving cars and production lines.→ Continue Reading Full Post ←