• Icm Camera
• Icm Camera
• Icam Cameras

1. Intentional Camera Movement or ICM is a creative way of working with long exposure photography and it implies deliberately moving the camera during an exposure. ICM is both a technique and an artistic way of expression. It can be used as a tool to modify reality, with the intent of creating an emotional response in the viewer.
2. ICM photography is the art of intentionally moving your camera during the exposure to create an aesthetically pleasing abstract image. This kind of technique is the polar opposite of regular photography, where of course the aim is to keep the camera as still as possible in order to create a sharp image.

MEMS Sensors

• The new InvenSense CORONA ICM-42622 6-axis motion sensor delivers unparalleled sensor performance for enhanced 4-axis optical and computational stabilization techniques for still images and video.
• The newest sensor introduces industry-leading sensor accuracy and high-speed sampling capabilities for the most demanding optical and computational image stabilization applications in smartphones, cameras and consumer electronics.

January 8, 2019

TDK Corporation (TSE:6762) announces the newest additions to the InvenSense CORONA premium motion sensor product family, the world’s only 6-axis IMUs optimized for the most demanding optical and computational image stabilization requirements.

ICM - Intentional Camera Movement - The ORIGINAL - See News! + Join Group In this group we would love to share and display all kind of pictures resulted by ICM - Intentional Camera Movement. The first ICM technique is called zoom burst or zooming and its rather turning your zoom out or in then moving the whole camera. In my opinion it works best when having a colourful object and surrounding with a predominant colour in the middle like in the picture here or the red leave and the bright red flower in the pictures below.

The new InvenSense ICM-42622 6-axis IMU excels in OIS and CIS applications due to its industry-leading sensor performance and features:

• Up to 40% lower noise enables more accurate motion sensing,
• Up to 65% lower bias drift when subjected to temperature changes,
• 4x higher sample rate for precise correlation of device motion and camera shutter,
• Unique sample synchronization with the host processor to eliminate timing errors .

The new ICM-42622 motion sensor enables improved high-dynamic-range photography and burst imaging, which require the combining and post-processing of multiple raw pixel maps. Detecting the slightest shifts among raw pixel maps that are captured at different times is essential for fast and flawless combining of these maps. Only the precise measurement of the pixel shift between successive frames can accelerate the subsequent burst image processing to the point where it can provide real-time images without noticeable delay.

In addition, the unparalleled measurement accuracy and drift stability of the ICM-42622 enables optical image stabilization that is twice as precise as the performance which competing motion sensors can support. The ICM-42622 performance thereby effectively doubles the exposure time during low-light photography, providing the equivalent of one aperture stop, which raises smartphone camera image quality to that of DSLR cameras.

“The ICM-42622 motion sensor continues our history of being first to market with performance leading imaging features,” said Amir Panush, vice president and general manager of the MEMS motion and pressure sensors business at TDK. “In 2016 our ICM-20690 pioneered the use of a single motion sensor in Smartphones that can support imaging and sensor-hub functionality, and with the ICM-42622 we’re launching a new generation of 6-axis motion sensors that delivers professional-grade imaging performance in Flagship Smartphones and a wide array of consumer electronics devices.”

InvenSense, a TDK group company, will be at CES 2019, showcasing the CORONA sensor product line, along with additional innovative sensor solutions, in Booth #30306, Las Vegas Convention Center, South Hall 3, January 8-11, Las Vegas, Nev. Please visit: www.invensense.tdk.com or contact InvenSense Sales at sales@invensense.com for more information.

Glossary:

• IMU: Inertial Measurement Unit
• OIS: Optical Image Stabilization
• CIS: Computational Image Stabilization
• 6-Axis: 3-Axis Gyroscope + 3-Axis Accelerometer
• IoT: Internet of Things

Main applications:

• Premium smartphones
• Digital SLR (DSLR) cameras
• High accuracy robotics
• Drones
• Precision IoT devices such as wearables and fitness trackers

Key features and benefits:

• Lowest gyroscope and accelerometer noise, fundamental for true 4-axis OIS
• Highest gyroscope temperature stability, critical to maintain precise image stabilization
• Fastest sampling capability to support motion correction during rolling-shutter operation
• The only motion sensor that can synchronize samples to eliminate critical timing errors

About TDK Corporation

TDK Corporation is a leading electronics company based in Tokyo, Japan. It was established in 1935 to commercialize ferrite, a key material in electronic and magnetic products. TDK’s comprehensive portfolio features passive components such as ceramic, aluminum electrolytic and film capacitors, as well as magnetics, high-frequency, and piezo and protection devices. The product spectrum also includes sensors and sensor systems such as temperature and pressure, magnetic, and MEMS sensors. In addition, TDK provides power supplies and energy devices, magnetic heads and more. These products are marketed under the product brands TDK, EPCOS, InvenSense, Micronas, Tronics and TDK-Lambda. TDK focuses on demanding markets in the areas of information and communication technology and automotive, industrial and consumer electronics. The company has a network of design and manufacturing locations and sales offices in Asia, Europe, and in North and South America. In fiscal 2018, TDK posted total sales of USD 12 billion and employed about 103,000 people worldwide.

About InvenSense

InvenSense, Inc., a TDK Group company, is a world leading provider of MEMS sensor platforms. InvenSense’s vision of Sensing Everything® targets the consumer electronics and industrial areas with integrated Motion, Sound, and Ultrasonic solutions. InvenSense’s solutions combine MEMS (micro electrical mechanical systems) sensors, such as accelerometers, gyroscopes, compasses, microphones, and ultrasonic 3D-sensing with proprietary algorithms and firmware that intelligently process, synthesize, and calibrate the output of sensors, maximizing performance and accuracy. InvenSense’s motion tracking, ultrasonic, audio, fingerprint, location platforms and services can be found in Mobile, Wearables, Smart Home, Industrial, Automotive, and IoT products. InvenSense became part of the MEMS Sensors Business Group within the newly formed Sensor Systems Business Company of TDK Corporation in 2017. In February of 2018, Chirp Microsystems joined the InvenSense family through its acquisition by TDK. InvenSense is headquartered in San Jose, California and has offices worldwide. For more information, go to www.invensense.tdk.com.

Icm Camera

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All of my life I’ve been chasing what I see out of the corner of my eye; those elusive visions, slightly blurred and a bit magical. But when I turn and focus on them, they disappear into ordinary. I wanted to learn how to capture that state of blur. It’s what caught my eye in the first place – I think it’s worth chasing.

If you stop and think about it, most of what is in our field of vision is out of focus. Our eyes are only able to focus on a very small area. Our true focus has no depth of field. I think that’s why many of us are fascinated by photographs without clarity – or how our eye finds clarity within blur.

I’ve actually trained my eye not to focus so it can explore scenes looking for what catches my eye. Only then do I focus in and see what I have found. Then comes the challenge of capturing it in all it’s blurry beauty.

A few years ago, I got an app for my iPhone that easily allowed me to capture those images in their magical and unfocused state. I could leave the phone shutter open one second or two and I could watch an image build and morph on the screen. I was transfixed. The phone became an obsession as I studied what was happening and learned what was possible.

The next step was to take that knowledge and transfer it to my digital camera. I had to figure out how to get the right settings and the correct motions to fix those moments in time onto my sensor. It was incredibly challenging because unlike the phone, where I could watch a photograph emerge, I had to work blind within my camera.

That turned out to be a bonus because through trial and error – lots of error – I made new discoveries and learned. My limited expectations began to expand and they continue to expand to this day.

This journey into capturing my peripheral vision is still a work in progress. I hope it always will be. But I’m far enough along now to share what I have discovered – what I have learned. Here are a couple of tips and hints.

When shooting blur, it is important to follow some kind of line that will maintain clarity. Our eye needs a place to rest and it doesn’t rest in a state of blur.

Subjects for blur can be anything we see – or don’t see clearly. The first step is to start paying attention to what catches your eye. We never find a subject to shoot in clarity that hasn’t entered our consciousness in a state of blur. In your next ‘aha’ moment, back up and think … what caused me to look at this? What caught my eye? Be mindful.

The next step is to identify if you want to try and capture that moment before clarity. If the answer is yes, then your journey has begun.

Blur photography happens with a longer shutter speed. My favorites are 1/10 – 1/13th for most subjects but I also have other subjects that do well with one or two seconds. I started with the shorter exposures and worked hard on camera control. I personally do not use a tripod – I sort of dance with my camera. Without a tripod, steady hands are important.

Here are two examples of camera settings. One short and one a bit longer. These are Lightroom screen shots.

The only important setting to note is shutter speed. The ISO and aperture are set only to serve proper exposure at whatever shutter speed you choose. Sometimes you can get by without any type of light reduction filter (ND Filters) but usually it is easier to use one. Your camera’s sensitivity and the ambient light will determine what your choices are.

Motion usually needs to be smooth and sure. This takes practice. So be grateful for digital and the trash can. You will use the trash a lot at the beginning.

Icm Camera

Like anything worthwhile, it takes practice, practice and experience to be good. If you want exceptional blur results then it takes a lot of practice.

Icam Cameras

ICM is just one style of blur photography. There are more and each gives exciting and often dramatic results. It’s a new way to look and savor and capture the world around us.