Full specs of the Fujifilm X-A5, XA20 and XC15-45 leaked

Tomorrow Fuji will announce all that stuff:

X-A5

  • Number of effective pixels: 24.2 million pixels
  • Size: 116.9 mm x 67.7 mm x 40.4 mm
  • Weight: 311 g (main body only) · 361 g (including battery and memory card)
  • ISO: standard ISO 200 – 12800, extended ISO 100/25600/51200
  • Video: 4K 3840 x 2160 15P (maximum 5 minutes)
  • 4K Burst Shooting
  • Wi-Fi · Bluetooth installed
  • Other basic specifications are equivalent to X-A3
  • Color: Silver / Brown / Pink
  • FF 170003

X-A20

  • Number of effective pixels: 16.3 million pixels
  • Size: 116.9 mm x 67.4 mm x 40.4 mm
  • Weight: 299 g (main body only) · 348 g (including battery and memory card)
  • Wi-Fi installed
  • Touch panel compatible
  • Other basic specifications are equivalent to X – A 10
  • Color: Silver / Brown / Mint Green
  • FF 170004
  • There are no plans to announce in Japan

XC 15 – 45 mm F 3.5.5.6 OIS PZ

  • Lens construction: 10 groups of 9 groups (3 aspherical lenses and 2 ED lenses included)
  • Shortest shooting distance: 13 cm (wide angle), 35 cm (telephoto)
  • Maximum magnification: 0.24 times
  • Number of diaphragm blades: 7
  • Filter diameter: 52 mm
  • Size: ? 62.6 mm x 44.2 mm at collapsing, 65.2 mm at wide angle shooting, 62.1 mm at telephoto shooting
  • Weight: 135 g
  • Color: Black / Silver


via nokishita via digicame-info

Red Hydrogen will ship this summer and preorders will be open in April

It remains a complete mystery to me if that 4D RED phone will be successfull or if it will be a big fail. But at last we learned that the Hydrogen phone will start shipping out this summer.

Jim Jannard shared some new details I will repost here:

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1st off… I can proudly say that my current phone (and Jarred’s) is a working HYDROGEN One… serial numbers EVT1- 0001 and 0002. While there are still a few things to add, it does everything we need from a cell phone… plus display 4-view content. It is awesome. If we never sell one phone… I am totally happy. We both have exactly what we wanted.

What makes HYDROGEN important… in no particular order.

1. Display tech.
In 2D mode (normal cell phone) the display is completely as you would expect. 2560×1440 resolution. Fantastic color and brightness.
In 4V mode (holographic), the screen dims a bit and out pops a “better than 3D” image… no glasses needed. There is no way to describe this. You just have to see it. So far, everyone that has seen it gasps, swears or just grins. I wish we had recorded all the reactions. Priceless.

2. Multichannel spatial sound… from the phone’s internal stereo speakers or headphones.

The audio demo has achieved as high of marks as the display tech. Same reactions. Again, no way to describe. You just need to hear it.

3. Multi-component modular system.

This is all done through our pogo pin system on the back of the phone. It provides power and data in both directions and modules are stackable. Think battery module, cinema grade camera module, and a variety of others.

4. Industrial design.

This works. The scallops make it easier to hold, fish out of your pocket… and looks cool as hell.
Now… to answer some of your burning questions.

1. Delivery date and carrier support.

Carrier support for Hydrogen is unprecedented… we just can’t tell you yet. Safe to say it is as good as it gets. This is great news for many obvious reasons, but it is bad news for the time that it takes for each carrier to certify the Hydrogen before it can launch. We have no control over that process and are at the mercy of the carriers when they can get through that process. This means “official” ship date for carrier phones is going to likely be sometime in the summer. “Unlocked” Pre-orders will however ship before that.

2. So when can you see it?

We are showing prototypes now to content producing partners in preparation for the HYDROGEN Network. This will be the one place to find all 4V content online. From major studios and other content providers to creating your own channel.
We will have a HYDROGEN Day at RED Studios to preview the technology and demonstrate how to become a content provider as well as show to pre-order customers… probably in April.

3. Spec update.

Qualcomm Snapdragon 835x processor. Unlocked or carrier specific.
The HYDROGEN One has a headphone jack. And a dual SIM slot. Two phone numbers or one sim and one micro SD card. USB-C.
It weighs about 2 ounces more than most 5.7” cell phones. The size is just slightly bigger than other 5.7” cell phones… like a few millimeters. It is also just a tad thicker. Think SOLID.
The internal battery is huge. 4500mA. We anticipate these being used a lot for image capture and content play.
Big news… shoot 3D to 4V on the cell phone. Both sides. You won’t need a module. We also break out a normal 2D companion file so you don’t have to.

4. How to shoot and create 4V content. There will be a separate comprehensive post on this topic.

5. What is the resolution in 4V?

Complex answer. The 4V files match the pixel resolution of a traditional 2D file, which is great for downloading. The resolution perception is just different. The horizontal resolution of 2D is now split into depth layers. It gives a completely different feeling. All the pixels are there… but instead of “looking at” a pic, you are immersed in the image. It is quite spectacular. As a resolution guy, I absolutely prefer watching 4V over 2D.

6. Will I be able to share my 4V content captured on the HYDROGEN One?

Absolutely. We will be able to announce our social media partners pretty soon. You will not be disappointed who is supporting HYDROGEN 4V. Big dogs. Additionally, you will be able to set up your own channel on the HYDROGEN Network. Sell your 4V projects or give them away for free.

I’d like to thank everyone that placed a preorder… you won’t be disappointed.

Jim

New Nikon mirrorless camera patent shows new “dual pixel autofocus” tech similar to Canon

We are getting closer to the big Nikon Full Frame camera unveiling. but so far we know zero about the possible specs and tech. A hint might come from two brand new patents published this week in Japan. Nikoneye.com spotted them and they both describe a new autofocus system which seems to pretty much work like the “dual pixel autofocus” from Canon. But what’s added is also a time of flight measurement which measures the exact distance to the object. This is a tech first introduced by Sony.

The google translated patent says this:

There is known a time-of-flight (TOF) measurement method for measuring a distance to an object by receiving reflected light of light irradiated to the object (for example, Patent Reference 1). When measuring the distance to the object by such a method, it is difficult to obtain the image of the object at the same time.

It has a set part which sets up the range which detects a focusing state from the information about the exit pupil of the aforementioned imaging optical system, and the information about the aforementioned pixel for focus detection, and a transmission section which transmits the information about the aforementioned range set up by the aforementioned