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By admin, on August 21st, 2015
Panasonic GH4 was announced on Feb 7, 2014 and at that time it was the only mirrorless camera having 4K video recording capability. Panasonic also issued a major firmware update on April 13, 2015 that enables anamorphic video content and very high shutter speed of 1/16,000 sec. when using its electronic shutter mode.
Panasonic generally updates pro GH series camera in every two year and based on schedule its announcement cycle the camera will arrive in Feb-March of 2016. We have told you back on May 2015, that the Panasonic GH5 will arrive in 2016.
 According to latest information surfaced only says Panasonic GH5 is coming, no word about the core specification or features available yet. But it’s obvious that next pro GH series camera will bring bunch of improvements and a major hardware upgrade.
Also look – Panasonic GH5 to feature 8K recording?
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source – 43rumors
By admin, on August 20th, 2015
 image source ifixit Sony A7R II tear ddwon is done by iFixit team. It’s really amazing to see how Sony composed all that tiny-mini things into such a ultra compact body. you can visit the website to see all the details and images of the tear down.
Also see – Sony A7R II vs Sony A7R – High ISO Test Image
source iFixit
By admin, on August 18th, 2015
 Latest High ISO test published at Imagine resource website. The new Sony A7R II model features Hybrid Phase detect sensor with 399 Active phase AF points and more resolution compared to its predecessor and biggest achievement of Sony A7R II is the camera able to improve its dynamic range and low-light performance despite of having more resolution and Active AF points inside the sensor.
 ISO 12,800: Sony A7R II (left) vs Sony A7R (right)  Base ISO: Sony A7R II (left) vs Sony A7R (right) Also see – Best accessories for Sony A7R II | Sony A7R II available at Amazon and B&H
By admin, on August 17th, 2015
Latest patent surfaced over the web that shows a constant aperture zoom lens for 1 inch sensor camera.Tt’s a big achievement for Canon for achieving constant F2.8 aperture through-out the zoom range since till date no Canon compact camera have a constant aperture based high quality Zoom lens,. Take a look at details of the patent below…
Explanation and self-interpretation of the patent literature
- Patent Publication No. 2015-75523
- Published 2015.4.20
- Filing date 2013.10.7
- Example 1
- Zoom ratio 11.54
- Focal length 10.21 56.31 117.88
- F number 1.87 1.79 1.78
- Half angle (in degrees) 38.07 8.09 3.88
- Image height 8.00
- Overall length of the lens 555.0
- BF 16.56
- Canon patents
- 5-group zoom of positive and negative TadashiTadashiTadashi
- Inner focus (part of the first group)
- Inner zoom
Canon Compact Cinema 4K Lens
 We expect that the upcoming lens will be used in the next version XC10 camera, probably XC20 or CX10 Mark II camera. The camera will arrive sometime in in late 2016 or in early 2017.
The recently announced Canon XC10 features 10x Zoom / 8.9 to 89mm Focal Length with f/2.8 to 5.6 aperture range. Amazon.com | B&H.com
source
By admin, on August 1st, 2015
 Panasonic GX8 first High ISO Test surfaced over the web, we are now going to see the first impressions of the newly developed 20.3 MP Digital Live MOS Sensor, does it make any major difference or not ? let’s see the result.
 Image captured at Base ISO (100), Panasonic GX8 (left) vs. Panasonic GX7 (Right)
Panasonic GX8 camera features newly developed 20 Megapixel CMOS sensor on the other hand the Panasonic GX7 carries traditional 16 Megapixel CMOS sensor.
The color catching capability of Panasonic GX7 looks better than of Panasonic GX8 camera. The Panasonic GX8 showing bit faded colors when compared to GX7.
Now its time to see High ISO test of the newly announced Panasonic GX8 camera.
 The Camera features 20.2 MP resolution 4/3 sensor on the other hand the Panasonic GX7 features years old 16 MP sensor.
We are not impressed by low-light performance of the newly announced camera
The bigger image on the left side is obliviously of the newly announced Panasonic GX8 camera. The biggest drawback of the newly announced sensor is average low-light performance compared to the predecessor, we are unable to detect at major difference between both image. Panasonic GX8 image look bit more flat compared to GX7 camera.
At the end I want to say the image captured via a Beta Panasonic GX8 camera, the final production version may carry some minor improvement. We will post more High Test and new related to Panasonic GX8 camera ..
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Buy Panasonic GX8 from Amazon | B&H
Also see – How Panasonic DFD Technology Work?
Source – imagine resource
By admin, on July 31st, 2015
 Sony A7R II first High ISO test surfaced over the web, the image is uploaded by photographers Jon Roberts of UK. The Sony A7R II 42 Megapixel resolution is sure showing a big advantage in the comparison, more resolution dragging out excellent details in the image.
Click on the image to enlarge and see the detailed image comparison, however all three camera are excellent performer and the level of noise is very minimal.
 Click on the image to enlarge Sony A7R II available at Amazon and B&H
Sony A7R II vs. Nikon D4s || Sony A7R II vs. Canon 1D X
Source on on Flickr.
By admin, on July 23rd, 2015
While looking at the recently published spec comparison at our website many of our users are sending few common questions to us, it includes; How Panasonic is able to do AF in just 0.07 sec with the help of contrast based technology? Does DFD technology is actually a firmware or hardware thing ? Where does the Panasonic DFD Actually placed, inside the sensor or somewhere else ?
I want to keep this post as short as possible
What is DFD?
Panasonic DFD is hardware and exclusively designed & developed by Panasonic and it’s not a software. DFD autofocus relies on special hardware in the camera’s processor, so can’t be brought to older models via firmware updates.
How it Work?
Before we explain that we have to understand how the traditional contrast based system work, the traditional contrast detect system based camera actually. Camera having a normal contrast based Sensor determines the best focus point by moving the AF ring and scanning the entire subject, once the scan is done the lens AF reverse back to peak focus point. However when a Panasonic camera uses DFD technology, it quickly predict aka calculate the AF point and move AF point quickly there, finally it uses contrast based system to fine-tune the AF point.
So don’t get confused that Panasonic newly announced camera is using contrast based system only, the Camera AF based on DFD tech and later it fine-tuned by contrast AF. The biggest advantage of this technology that sensor doesn’t have any single dead pixel like other Hybrid AF sensors have for phase AF.
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