We have created a list of best camera available in the market today, we will also update this list when its necessary, you can ask your question below in the comment box and get your answer from expert.
Best Entry Level Full Frame Camera
Canon 6D give you more ISO range (Standard + Expandable), more AF working range of -3EV, Built in WiFi, GPS and better display unit. We highly recommend Canon 6D for entry level users.
Nikon D7100 is best High-End DSLR available in the market today, Nikon D7100 features 24.1-megapixel DX-format CMOS sensor without using an optical low pass filter (OLPF), EXPEED 3 image processor, acclaimed autofocus system from the D300s, the D7100 uses 51 focus points, including 15 cross-type sensors for detecting both vertical and horizontal contrast variations, to achieve fast, precise focus. With full-time autofocus and manual exposure control during video recording, a built-in stereo mic and an external stereo mic jack, headphone and HDMI jacks, the D7100 achieves exceptional cinematic reproduction and quality. Record in several high-definition formats: 1080p at 60i/50i/30/25/24 fps or 720p at up to 60p for ultra-smooth slow-motion sequences.
Nikon D5300 features 24.2 megapixel sensor and EXPEED 4 image processor, Multi-CAM 4800DX Autofocus Sensor, 39 distinct AF points with nine cross-type sensors, to quickly acquire focus in a range of lighting conditions, from -1 to +19 EV, 3D Color Matrix Metering II have 2016-pixel RGB sensor to evaluate and analyze all aspects within a scene, Nikon D5300 also features Full HD 1920 x 1080p movie recording is supported in 60, 30, 25, and 24 fps frame rates, as well as HD 720p and SD 480p in multiple frame rates, in the MPEG-4 AVC/H.264 format.
Sony NEX 6 – New Sony NEX-6 is a new mirrorless camera designed to fit in-between the NEX-5R and NEX-7, NEX-6 has a 16.1 megapixel DSLR size APS-C CMOS sensor with up to ISO 25600, a new 16-50mm power zoom lens has also been announced in conjunction with the Sony NEX-6, other features include tiltable screen, high-speed shooting, full HD video recording .
Fujifilm X100S have 16 megapixel APS-C-sized X-Trans CMOS II sensor that features expandable to ISO 100-25600, the newly developed X-Trans sensor uses a unique randomized pixel array in order to avoid the use of a resolution-reducing optical low-pass filter, built-in 23mm f/2 fixed focal length lens gives a 35mm-equivalent focal length of 35mm, Intelligent Hybrid AF is a quick, responsive autofocus system that employs both contrast- and phase-detection methods, Full HD movie recording is possible with multiple frame rates and formats up to 1920 x 1080 at 60fps to produce smoothly-depicted movement. A high bit-rate of 36Mbps. The body is made of meta and comes with classic design.
Best Travel Compact Camera
Sony RX100 – The RX 100 is a small camera that easily goes in your tight jeans pocket, packed with 1 inch sensor and 20 Mp resolution, the AF is very fast at takes only 0.13 sec to do AF Lock in most of common situation and shot to shot delay time is only 0.36 sec. The Sony RX100 features F1.8 Carl Zeiss Vario-Sonnar T lens , standard ISO range is limited to 6400, 12800 and 25600 ISO can be achieved via Mutli-frame NR setting, the camera feature, Sony RX 100 Record videos in Full HD 1080p at 60 fps it also offers full range of controls for video and still shooting from iAUTO mode to P/A/S/M.
Canon SX50 HS -Canon’s latest flagship super-zoom camera features record-breaking 50x zoom lens, the sx50 hs comes with newly developed sensor 12.1 million sensor and Auto ISO range from 80 to 6400. The camera also features Full-HD video recording and Varu-Angle display unit. Canon SX50 HS Best zoom camera available today.
Nikon COOLPIX AW100 gives decent low light performance with its 16 Megapixel CMOS sensor, features 5x optical Zoom, GPS and FULL HD video recording and Nikon advance IS available during still and video both. Rugged specification says Shockproof if dropped from 5 ft, operating temperature down to 14 degrees F.
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Samsung many announce its second generation Galaxy Camera at Mobile world Congress 2013, the new device name first appread on Bluetooth.org where the device has Bluetooth certification. We hear that the EK-GC110 supports Bluetooth 4.0 and a series of profiles: HSP, OPP, A2DP, AVRCP, GAVDP, HID, PAN, and more, the upcoming camera may also support call feature, but no details about specification available yet. We will update you soon as we get any new info, stay with us on G+, Facebook and Twitter.
Panasonic Upcoming 14-42mm F3.5-5.6 II ASPH. MEGA OIS LUMIX G VARIO Lens Image and Specification is available now, expected date of arrival is March 08 2013.
Specs are as follows. –
49mm length, 56mm maximum diameter,
smaller and lighter than its predecessor in 110g weight –
nine lens elements in 8 groups configuration –
filter diameter is 46mm –
Inner Focus –
Black and Silver color –
expected price is around 25000 yen shop –
Release due date, March 08,
Even after 3000+ shots the problem doesn’t seem to completely go away, recent testing done by Kyle Clements, shows the new dust spots are coming even after 5000 shutter releases, but the good news is new spots that are appearing on the sensor are much smaller and more faint compared to the first 1000 shots.
Kyle Clements, created a new timelapse video, the testing was done after he sent the camera to be serviced by Nikon, from the video we can see very less amount of oil and dust accumulating on the left side of the frame but still visible.
Roger Cicala, founder of LensRentals Said
“We have continued to see dust reduce over time with our existing bodies,” Cicala said. “There still seems to be a left upper image preponderance, but not as heavy and not the large chunky specs we saw at first.”
It’s look like Nikon put some extra Oil in first few batch of camera, any new D600 user facing the same problem? share your thoughts and problem with us.
We now have more leaked images of upcoming XZ-10 Compact camera, from the image we can see that Lens features 1:1 Magnification ratio, Aperture range from F1.8 to 2.7, may have new 1/1.7 in sensor, but no core specification is available yet.
Strong performance: During tests, the organic sensors proved to be up to three times more sensitive to light than conventional CMOS sensors. Photo: A. Heddergott / TUM
Researchers from Technische Universität München (TUM) have developed a new generation of image sensors that are more sensitive to light than the conventional silicon versions, with the added bonus of being simple and cheap to produce. They consist of electrically conductive plastics, which are sprayed on to the sensor surface in an ultra-thin layer. The chemical composition of the polymer spray coating can be altered so that even the invisible range of the light spectrum can be captured. This opens up interesting new development possibilities for low-cost infrared sensors aimed at compact cameras and smartphones (Nature Communications).
Many compact and cellphone cameras contain silicon-based image sensors produced using CMOS (complementary metal oxide semiconductor) technology. Prof. Paolo Lugli and Dr. Daniela Baierl from TUM have developed a cost-effective process to improve the performance of these CMOS sensors. Their approach revolves around an ultra-thin film made of organic compounds, in other words plastics.
The challenge lay in applying the plastic solution to the surface of the image sensors. The researchers tested spin- and spray-coating methods to apply the plastic in its liquid, solution form as precisely and cost-effectively as possible. They were looking for a smooth plastic film that is no more than a few hundred nanometers thick. Spray-coating was found to be the best method, using either a simple spray gun or a spray robot.
Ultra-thin: Organic sensors can be applied to CMOS chips over large and small surfaces, as well as to glass or flexible plastic films. Photo: U. Benz / TUM
Thin coating with high sensitivity to light
Organic sensors have already proven their worth in tests: They are up to three times more sensitive to light than conventional CMOS sensors, whose electronic components conceal some of the pixels, and therefore the photoactive silicon surface.
Organic sensors can be manufactured without the expensive post-processing step typically required for CMOS sensors, which involves for example applying micro-lenses to increase the amount of captured light. Every part of every single pixel, including the electronics, is sprayed with the liquid polymer solution, giving a surface that is 100 percent light-sensitive. The low noise and high frame rate properties of the organic sensors also make them a good fit for cameras.
Potential for developing low-cost infrared sensors
Another advantage of the plastic sensors is that different chemical compounds can be used to capture different parts of the light spectrum. For example, the PCBM and P3HT polymers are ideal for the detection of visible light. Other organic compounds, like squaraine dyes, are sensitive to light in the near-infrared region.
“By choosing the right organic compounds, we are able to develop new applications that were too costly up until now,” explains Prof. Paolo Lugli, who holds the Chair of Nanoelectronics at TUM. “The future uses of organic infrared sensors include driver assistance systems for night vision and regular compact and cellphone cameras. Yet, the lack of suitable polymers is the main hurdle.”
via – tum.de/nc/en/about-tum/news/press-releases/short/article/30292/
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