Connect with us
OM System OM 1 Micro Four Thirds camera introduced OM System OM 1 Micro Four Thirds camera introduced

News

OM System OM-1 Micro Four Thirds camera introduced

Published

on

OM Digital Solutions has unveiled its first Micro Four Thirds mirrorless camera. The novelty is called OM System OM-1. It has a CMOS-type sensor with a resolution of 20.4 megapixels with a multilayer layout. Each sensor pixel is used for phase detection autofocus.

As you know, OM Digital Solutions is the new owner of the division of Olympus, specializing in the production of photographic equipment. Not surprisingly, the camera’s name refers to the iconic Olympus OM-1 film camera introduced 50 years ago. However, the new model is more similar in design and performance to its recent Micro Four Thirds predecessors such as the E-M1 Mark III.

OM System OM-1 Micro Four Thirds camera introduced

The burst shooting speed reaches 10fps with the mechanical shutter, but it increases to 120fps with the electronic shutter. If AF and metering continue during continuous shooting, the speed will reach 50 fps. The mechanical shutter is rated for 400,000 operations.

The camera is capable of shooting 4K (UHD or DCI) video at up to 60 fps and Full HD (1080p) video at up to 240 fps. Removable media can record video using the H.264 codec and 8-bit color information or the H.265 codec and 10-bit color information. When connected to an external recording device, the OM-1 can output 12-bit RAW video with 4:4:4 subsampling. When shooting in 10-bit, you can use the Hybrid Log Gamma (HLG) profile for HDR TVs or the new OM-Log format to capture additional detail in highlights and shadows to make the most of your footage in post-processing.

OM System OM-1 Micro Four Thirds camera introduced

The camera is equipped with an image stabilization system in five degrees of freedom, which provides a gain of up to 8 EV. This system is also used for high-definition shooting, capable of capturing images up to 50 MP when shooting handheld and up to 80 MP when shooting with a tripod.

The Cross Quad Pixel AF autofocus system has 1053 cross-type points used for phase focusing. They are used in autofocus modes that work on artificial intelligence algorithms and are able to recognize cars, motorcycles, airplanes, helicopters, trains, birds, dogs and cats in the frame.

OM System OM-1 Micro Four Thirds camera introduced

An interesting feature of the OM-1 is its multi-frame shooting modes, including Live ND, which takes multiple images and combines them to replicate the effect of using a slow shutter speed with a neutral density filter to add motion blur to an image. Other capture modes inherited from previous models include Live Composite mode, which helps preserve highlights in long exposure shots, Focus Stacking mode, and built-in HDR mode.

The camera is equipped with a 5.76M-dot OLED electronic viewfinder supporting a refresh rate of 120fps and a 1.62M-dot 3-inch movable touchscreen display. There are two SD UHS-II slots for removable media. The degree of protection of the camera is IP53. The chamber is guaranteed to operate at temperatures down to -10°C. With dimensions of 135 x 92 x 73 mm, the camera weighs 511 g.

The OM-1 is expected to go on sale in early March 2022 for $2,200. A kit with the new M.Zuiko Digital ED 12-40mm F2.8 PRO II lens is priced at $2,800. Optional accessories include the HLD019 Battery Grip ($350), RM-WR1 Wireless Remote Controller ($100), BLX1 Battery Pack ($100), and BCX-1 Charger ($150).

.

Click to comment

Leave a Reply

Your email address will not be published.

Components

Monitor with a giant curved 144Hz QD-OLED panel. Asus ROG Swift OLED PG49WDCD unveiled

Published

on

Monitor with a giant curved 144Hz QD OLED panel Asus ROG

Asus has revealed its new ROG Swift OLED PG49WDCD gaming monitor, which offers a very unusual feature set.

Monitor with a giant curved 144Hz QD-OLED panel.  Asus ROG Swift OLED PG49WDCD unveiled

First, the monitor is huge. We are talking about a 49-inch panel. Secondly, this panel is curved. Thirdly, this is a QD-OLED panel, which is still very rare. Among other things, it is characterized by a peak brightness of 1000 cd / m2.

Fourthly, the resolution of this panel is 5120 x 1440 pixels, that is, the aspect ratio is 32:9. In addition, the panel supports a frame rate of 144 Hz.

From the rest, we can note support for USB Power Delivery with a power of 90 W, HDMI 2.1 ports and a stand that allows you to adjust the height of the panel. Price data is not yet available.

Continue Reading

News

One Galaxy S23 Ultra costs Samsung $469 with a retail price of $1,200

Published

on

One Galaxy S23 Ultra costs Samsung 469 with a retail

The flagship smartphone Samsung Galaxy S23 Ultra sells for $1,200, and the company costs almost three times less.

One Galaxy S23 Ultra costs Samsung $469 with a retail price of $1,200

According to Counterpoint analysis, the production of the flagship costs Samsung about $469. Thus, Samsung makes more than $700 on each Galaxy S23 Ultra, but this, of course, does not take into account many factors, including marketing, R&D and so on. And even assembly is not taken into account here, although it is usually very cheap in terms of one device.

One Galaxy S23 Ultra costs Samsung $469 with a retail price of $1,200

One Galaxy S23 Ultra costs Samsung $469 with a retail price of $1,200

More than a third of the production price of the flagship comes from the SoC Snapdragon 8 Gen 2, that is, the platform costs about $ 165, which is very, very much. Second place in price goes to the screen (18% of the cost), followed by cameras (14%) and memory (11%). 67% of the cost of production comes from Qualcomm and Samsung components.

Continue Reading

News

Japan will try to transfer energy from space to Earth as early as 2025

Published

on

Japan will try to transfer energy from space to Earth

Japan is going to transfer energy from space to Earth as early as 2025. We are talking about the transfer of energy received from solar panels placed in space. Of course, without any cables.

Japan will try to transfer energy from space to Earth as early as 2025

Photo: Kyoto University

There are few details about the project yet. It is known that it will be implemented by private companies with the support of the state. It is also reported that the project will involve small orbiting satellites, which will transmit energy in the microwave range to Earth.

In itself, the technology of energy transmission over the air is not at all new, but in the case of such a project, we are talking about distances of hundreds of kilometers. The Japanese space agency JAXA made a breakthrough in this area back in 2015, when scientists managed to transfer 1.8 kW of power, but then the distance was only 50 meters.

At the same time, even if Japanese scientists succeed, the technology of transmitting solar energy directly from space is unlikely to become widespread in the foreseeable future, since now calculations show that about 7 billion dollars need to be spent on generating 1 GW of power in orbit, and how much of them will be able to deliver to Earth, and it is not yet clear at all.

Continue Reading

Most Popular