Join More Than 50,000+ Subscribers and get latest camera news and rumors

NEW CAMERA VIDEOS ON YOUTUBE

Download Our Android Appthenewcamera-app
NEW CAMERA LINKS
NEWS News about new camera
Hot at New Camera Hot Picks by New Camera

Camera Rumors List of all latest Camera Rumors on Web.
Canon Rumors Latest Canon Rumors.
Nikon Rumors Latest Nikon Rumors.
Sony Rumors Latest Sony Rumors.

Sample Images Click here to see New Camera Sample Images.
Sample Video Click here to see New Camera Sample Video.
Firmware Update

Nikon APS-C Mirrorless Camera With Silent AF Mode

We have already published a patent that Nikon working on 18-135mm APS-C Mirrorless lens with Silent AF Motor.  Now, we have one more patent that clearly says Nikon is working more to improve the AF noise generated by the lenses by limiting the AF speed of the AF motor.

Nikon APS-C Mirrorless to have Silent Mode and Normal AF Mode

Don’t get confused with DSLRs in camera silent mode, for example I have used Nikon D850 DSLR silent mode in which camera uses the electronic shutter to capture images and same in the case of Nikon new Z6 and Z7 Mirrorless camera, if you select  silent mode in nikon Z7 camera the shutter slap noise will be reduce while using electronic shutter, however in LED light lights some banding issues may appear while using silent shutter.

The new patent reveals silent AF Mode, in Silent AF mode camera will limit the AF speed to minimize the noise of the AF motor.

The silent AF lenses coming for Nikon APS-C Mirrorless camera and very soon the tech will be also implemented in FF Mirrorless camera.

Nikon Initial Details

2018-08-06 – Application filed by Nikon
2019-04-01 – Application status is Pending

Nikon Silent AF Patent More Details

(Description of the silent mode)
Lens control unit of the present embodiment, the control of the lens driving unit performs based on the two kinds of control modes (normal control mode, the silent control mode). If the lens control unit is the normal control mode is set, the lens control unit 203 controls the lens driving unit 212 without limiting the driving speed of the focusing lens. On the other hand, if the lens control unit silent control mode is set, the lens control unit drives the speed of the focusing lens controls the lens driving unit so as not to exceed a predetermined maximum drive speed. More specifically, in the control of the lens drive unit monitors the driving speed of the focusing lens detected by the lens speed detector, the detected driving speed is not exceeded the maximum driving speed of the .

See More Nikon Mirrorless PatentWorking on More Advance Display Units For DSLR and Mirrorless Camera

Nikon DX Mirrorless RumorsNikon DX Mirorless Before June 2019 [Rumor]

Check out Ongoing Featured and Lightning Deals at Amazon.com | Amazon.UK | B&H Store

Follow us on our social pages  FACEBOOK | TWITTER | INSTAGRAM to get live news + rumors 24X7

Nikon Latest Patent - Better VR, Intelligent Optical Viewfinder and More

Thenewcamera exclusive: We have sorted out some of the best and Recent Nikon patent filled in the year of 2018. let’s have a look at the patent details and information. The good thing to notice here is Nikon haven’t postponed the development Nikon DSLR in favor of Mirrorless system cameras. Their R&D team working continuously to bring out new innovation in next generation of DSLRs

1. Improving DSLR lenses VR (Image Stabilization)

 

In a Recent patent by Nikon, you can clearly see that Nikon is working to improve the VR (image stabilization of Nikon DSLRs lenses). More details co0ming out from patent documents are below

Patent Details

Application Number: 2018034227 Application Date: 28.02.2018
Publication Number: 2018116288 Publication Date: 26.07.2018
Applicants: Nikon Corporation

[ Translated Patent Details ]: To provide a shake correction device that allows for reference value correction excellent in accuracy.SOLUTION: According to the present invention 100, a shake correction device 100 correcting tremors of optical members 1B and 6 comprises: an angular velocity sensor 12 that detects angular velocity of the optical members 1B and 6; a reference value computation unit 34 that computes a reference value of an output signal of the angular velocity sensor 12; an imaging element 3 that generates an image signal for each of continuous frames on the basis of input subject image light; a motion vector computation unit 41 that computes a motion vector of an image between the frames on the basis of the image signal; a reference value correction unit 42 that corrects the reference value on the basis of the motion vector; and a target position computation unit 36 that computes a target position of the optical element to be moved for causing the optical members 1B and 6 to perform a shake correction on the basis of the output signal of the angular velocity sensor 12 and the post-corrected reference value. The target position computation unit 36 is configured to, during an exposure of the imaging element 3, compute the target position on the basis of the post-corrected reference value in a pre-exposure.


2. Nikon Patent Intelligent Optical Viewfinder to Protect Photographer Eyes

To protect eyes from high-brightness subject specifically SUN, the viewfinder will now have a light-sensor to detect the amount of light passing through the viewfinder and will control the out-put whenever required to protect photographers eye. Take a look at the translated patent details below

Patent Details

Application Number: 2018036763 Application Date: 01.03.2018
Publication Number: 2018116291 Publication Date: 26.07.2018

[ Translates Patent Description ] The present invention relates to a camera having a function of protecting the eye from the high-brightness object. When viewed high luminance object such as the sun through the camera viewfinder, it can adversely affect the pupil. Therefore, in order to protect the eyes, and the photometry sensor the finder optical path, provided eyepiece shutter or eyepiece aperture, when the strong light exceeding the reference value the incident, light shielding or reduced by operating the eyepiece shutter or eyepiece diaphragm camera for light quantity control of such light are known


Nikon Z Series Underwater Housing and Adapter Image Spotted

We have searched a lot  int this patent about details, however it’s sometimes hard to dig out all the details from translated machine language. From the translated text it’s very clear that Nikon is working on more new type of adapters for its Mirrorless cameras at the same time it’s really bit strange to see a Camera under-water housing showcased in the patent image. May be they were trying to hide the new Nikon Mirrorless camera models  ?

See more Nikon Patents

Stay with us on FACEBOOK | TWITTER | GOOGLE+ to get live news + rumors 24X7

Tamron Patent 70-200mm and 150-600mm lens for Mirrorless Mounts

Tamron SP 70-200mm f/2.8 Di VC USD G2 (generation 2) (see lens at B&H Store) lens is only available for Canon and Nikon Fullframe DSLR cameras. Now Tamron is working on the same lens to make it compatible for Mirrorless mounts. They will start their 70-200mm G2 announcement with Sony FE Mount (Most popluar FF Mirrorless camera) and later on they will announce for Nikon Z and Canon RF Mount.

Tamron SP 150-600mm f/5-6.3 Di VC USD G2 lens is available for Canon and Nikon DSLRs and Sony A-Mount only,. Now Tamron is working out to make it compatible with Mirrorless Mounts by shorting up flange distance.

Patent Details

[Publication No.] JP 2018-169563 (P2018-169563A)
[publication date] 2018. November 1 (2018.11.1)
[Title of the invention] zoom lens and Imaging device

Publication number】Japanese Patent Application Laid- open No. 2018-169564 (P2018-169564A)
[Publication date] November 1, 2018 (2018.11.1)
Zoom lens and imaging device

Will update you soon as we get any new information.

STAY WITH ON FACEBOOK | TWITTER |  INSTAGRAM t to get live news and Tamron Rumors

source – HiLow

Canon Patent - DPAF Sensor with Increased Dynamic Range

Canon latest patent suggest that Canon is working on a new Version dual pixel CMOS autofocus sensor, that particular sensor is capable to do multishot in a single click with the help to sub-pixels. With the help of the subpixel multi-shot technology the Canon dual pixel CMOS autofocus sensors will going to create images with high dynamic range compared to the conventional image that you get from a Canon DSLR camera / Mirrorless Camera.

As we all know Canon dual pixel CMOS autofocus sensor uses their to sub pixels to acquire auto focus on subject, now in this case that to sub pixels or may be in quad pixel sensor a pair of pixels will capture two different images at the same moment with different exposure values. And later on both of the image will going to be combined with each other to have a image with enhanced dynamic range.

As you can see from the flowchart, Canon algorithms are arranged in a way to acquire different images with multiple exposures and then perform the first dynamic range extension process and after that transform II dynamic range extension process and finally the images saved in the memory card.

So any future Canon will going to give a option to users to have images with enhanced dynamic range. There is also possibility that can and may seamlessly integrate this feature in their dslrs, because in many test we have seen that Canon dslrs get low scores when compared to the cameras from Nikon or Sony.

In general a patent takes approx 1 or 2 years of time to become a official product, and it is also not necessary that every parent should become a product. SO, at this moment we are unable to confirm you that this particular Technology will going to be used in a future inside Canon DSLR or upcoming Canon mirrorless camera. But we do have a high hope as this one is most important feature that should put inside the Canon DSLR and upcoming cameras.

Subscribe thenewcamera YOUTUBE channel Stay with us on FACEBOOK | TWITTER | GOOGLE+  to get live news + + Canon rumors 24X77

Canon Cinema Camera Patent

Canon Cinema Camera patent surfaced over the web, The patent shows a XC10 style camera with integrated interchangeable lens Mount. We have received  rumors in past that Canon is working on EOS Cinema camera, which was rumored to arrive sometime near Photokina 2018. As we all know Canon is putting more attention towards Mirrorless announcement this year, we may see some sort of delay in announcement of EOS Cinema camera.

More Pics from the patent

Subscribe thenewcamera YOUTUBE channel Stay with us on FACEBOOK | TWITTER | GOOGLE+  to get live news + rumors 24X7

source

Nikon D650 and Mirrorless Fullframe Coming OR Something Else ?

Latest update coming from trusted Japanese sources Nikon and 1701 and and 1711 registration details are updated and according to the latest information both camera are using EN-EL15a battery. So possibly we will going to see Nikon D650 and a Mirror less camera very soon ? Take a look at the updated details of the cameras below.

Nikon N1710 and Nikon 1711 Details Updated

N1711 Digital camera Wi-Fi · Bluetooth installed Battery: EN-EL 15a (or equivalent) The same radio part as N1710 N1710 Digital camera Wi-Fi · Bluetooth installed Wi-Fi has been tested at 2.4 GHz / 5 GHz (11 a / b / g / n / ac) at China MIIT, but only at 2.4 GHz (11 b / g / n) at Taiwan NCC. Battery: EN-EL 15a (or equivalent)

Both Camera using Nikon EN-EL15a Rechargeable Battery

The same battery is being used by Nikon D7500, D7200, D7100, D7000, D850, D810A, D810, D800E, D800, D750, D610, and D500 DSLR Cameras. check here at B&H


Nikon  D650 Arrival Confirmation ?

We all know that Nikon D650 camera is 4+ year old, completely outdated and desperately waiting to be replaced. Surprisingly Nikon D750 sales volume is still good according to online retailers. And if Nikon goes on schedule update of their DSLRs as they have done in past, then for sure Nikon D650 announcement is next few months. We will not going to talk much about the core specification of the upcoming camera but for sure we will going to see introduction of 4K Videos in Nikon entry level DSLRs. It’s already too late but as they say, better late than never. Hybrid Sensor in DSLR? Well Nikon is working on their own customized versions of DualPixel CMOS AF sensors as we have seen the recent patents, So it is possible that we may see Nikon first Hybrid Sensor based DSLR soon or they will save  Hybrid sensors for upcoming Fullframe Mirrorless cameras. It all depend upon Nikon.

Other Possibility – Nikon Fullframe Mirrorless ?

It may be possible these two or possibly one of them are mirrorless model, and they will going to use similar batteries EN-EL15a as power source.  As we are getting continuous set of information from past that Nikon is gearing up announce their first Fullframe Mirrorless models this September, on or just prior to Photokina event.

Stay in touch Follow Nikon Mirrorless at Facebook Stay with us on FACEBOOK | TWITTER | GOOGLE+ to get live news + rumors 24X7

Nikon Working on 18-135mm F3.5-5.6 APS-C Mirrorless Lens with Silent AF

The latest patent published this year shows up a 18-135mm Lens with F3.5-5.6 aperture. The lens is designed and developed for APS-C sensor based Mirrorless camera. One of the important feature described in the patent is Lens features silent and Fast AF motor inside, to make it more compatible with Video oriented Mirrorless camera.

TNC Exclusive: Nikon is working on 18-135mm F3.5-5.6 lens for mirrorless camera. The 18-135mm lens is designed specially to record videos without any Auto-Focus Noise. The lens is made for APS-C Sensor based mirrorless camera. Take a look at the details of the patent image.

Nikon working 18-135mm lens with Silent AF Lens Patent Image

Patent Translated Details

To provide a variable power optical system in which a focusing lens group is made more compact and lighter, an optical device and a manufacturing method for the zoom optical system.SOLUTION: A variable power optical system comprises, in order from an object side, a first lens group G1 having positive refractive power, a second lens group G2 having negative refractive power, a third lens group G3 having negative refractive power, a fourth lens group G4 having positive refractive power, a fifth lens group G5 having negative refractive power, and a sixth lens group G6 having positive refractive power, and is configured such that distances between respective lens groups change when varying power from a wide-angle end state to a telephoto end state, the third lens group G3 moves in an optical axis direction when focusing from an infinity object to a short distance object, and at least a part of the fifth lens group G5 moves so as to have a directional component orthogonal to the optical axis. The variable optical system satisfies a following expression: 0.80<f5/f3<1.30, where f3 represents a focal length of the third lens group G3, and f5 represents a focal length of the fifth lens group

Next, the camera is an optical apparatus provided with the variable magnification optical system ZL according to the present embodiment will be described with reference to FIG. 11. The camera 1 is a lens interchangeable type so-called mirrorless camera equipped with a zoom lens system ZL according to the present embodiment as an imaging lens 2. In the camera 1, light from an object (not shown) (object) is focused by the imaging lens 2, not shown OLPF (Optical low pass filter: the optical low-pass filter) through the imaging surface of the imaging unit 3 forming an object image on. Then, the image of the object is generated object image by a photoelectric conversion element provided in the imaging unit 3 is converted photoelectrically. This image, EVF provided in the camera 1: is displayed on the (Electronic view finder electronic viewfinder) 4. Thus photographer can observe an object through the EVF 4.

When the release button (not shown) is depressed by the photographer, an image is photoelectrically converted by the image pickup unit 3 are stored in a memory (not shown). In this manner, the photographer can take a picture of the object by the camera 1. In the present embodiment, an example has been described mirrorless camera, the variable magnification optical system ZL according to the present embodiment in a single-lens reflex type camera to observe the subject by the finder optical system has a quick return mirror in the camera body even when equipped with, it is possible to achieve the same effect as in the camera 1.

Thus, the optical device according to the present embodiment is provided with the variable magnification optical system ZL having the above-described configuration, suppressing the change in the size of the image during focusing (focusing), further, during zooming , and it is possible to realize an optical device well suppressing variation in aberrations upon focusing.

Incidentally, the following description may suitably be applied within limits that do not deteriorate optical performance.

Also see – Nikon Patent 18-55mm F3.5-5.6 Lens for APS-C Mirrorless-Camera

see more Nikon patents