From the Wires
CSR Announces COACH16™ - Advanced New Processor for High-End Compact, Mirrorless and DSLR Cameras
By: Business Wire
Nov. 5, 2012 04:01 AM
CSR plc (LSE: CSR)(NASDAQ: CSRE) today introduced COACH16™, a new flagship Digital Camera Processor that provides support for the most advanced features in today’s high-performance still and motion-image portable devices, including Digital Single-Lens Reflex (DSLR) cameras, Mirrorless Interchangeable Lens Cameras (MILC) and high-end Digital Still Cameras (DSC). The performance of COACH16 also makes it perfect for camcorders and other mobile video applications, including those in sport cameras, security cameras and mobile drive recorders.
Already a global leader in system-on-a-chip (SoC) solutions for digital cameras, the introduction of COACH16 signals CSR’s leadership in the newest and most powerful categories of cameras and imaging devices. In addition, COACH16 is pre-configured to address the growing need for geo-location and wireless connectivity in mobile imaging devices. For example, coupled with SiRFstarV™, CSR’s high-performance GNSS location engine, COACH16 supports photo geo-tagging and data logging, telling the user exactly where an image or video-clip was captured. And coupled with the UniFi® CSR6030™, CSR’s single-chip IEEE 802.11b/g/n solution, support for Wi-Fi® and Wi-Fi Direct™ comes pre-integrated, offering COACH16 based cameras hassle-free Wi-Fi connectivity to printers, TVs, PCs, tablets, smartphones and the Internet for easy upload and sharing of images, automatic photo back-ups, streaming of live video, and remote control.
Image quality is the highest priority for all photographers and this priority takes on even greater importance among users of DSLR and MILC equipment. In Digital Camera Processors, reducing “noise” within the image is one of the biggest challenges to delivering high image quality, particularly with images taken under low-light, when noise is greatest. CSR’s image processing engine is widely regarded as the best in the industry, with the highest level of noise-reduction available, together with excellent colour reproduction, sensor and lens artifacts correction, and image enhancement engines. The COACH16 processor pushes the boundaries of what photographers can achieve with the newest, most powerful camera systems.
New COACH16 features unleash photo creativity
The COACH16 not only takes advantage of the power of the latest version of CSR’s image processing engine, it gives photographers at every level greater performance and access to a number of new and improved capabilities.
“The demand for new and powerful features for mobile imaging applications and devices continues to expand and accelerate, and the COACH16 digital camera processor is the latest evidence of CSR’s commitment to continued leadership in this area,” said Anthony Murray, Business Group SVP, CSR. “The combination of performance and features in the COACH16 will allow device and application developers to greatly broaden their offerings, and will unleash a new wave of creativity from users of these new devices.”
Full HD support: 1080p60 (also referred to as “Full HD”) video delivers double the performance of 1080i60 (interlaced) video, and at 60 frames per second. COACH16 also supports all common video formats including mp4, AVCHD™, AVCHD 2.0, iFrame, and others. It has a new generation of temporal filter engine for superior low light performance and also supports a second video stream during Full HD recording.
Hi-Resolution Electronic Viewfinder support: In early models, MILC camera electronic viewfinders typically offered images with low-resolution and high-latency, both of which offer significant challenges for serious photographers. The COACH16 not only contains dedicated hardware to serve the electronic viewfinder, it does so with high-resolution and very low latency – even at the highest video frame rates.
Endless Sustained Burst: Thanks to its high throughput, the COACH16 processor offers extremely fast click-to-click performance – enabling true endless sustained burst photography with minimal lag while the user is forced to wait for the processor to “catch up”. Even with very high-resolution camera, the COACH16 is designed to maintain an endless “burst” at a high frame rate.
Super-Resolution Video Technology: The COACH16 utilises new super-resolution video technology to create much sharper, realistic video images by processing the full size images from the sensor and downscaling them to video resolution using a highly sophisticated RGB scaler. With COACH16, video taken with digital cameras can now have the same high-quality look and feel as video from the best camcorders.
Multi-Frame Noise Reduction: Digital images taken under low light level conditions commonly contain high levels of random digital “noise” within the data stream. CSR’s digital camera processing technology has long been recognised for the ability to reduce that noise. The COACH16 takes that noise reduction to the next level with the new Multi-Frame Noise Reduction (MFNR) technology. When a low-light picture is taken, MFNR technology actually captures several images in a fraction of a second, and then uses a special hardware-accelerated algorithm to mix the best parts of each into one image with the lowest possible amount of noise. And since COACH16 accomplishes this in hardware, the process is far faster than anything possible with software solutions that attempt to imitate this feature. The result is more accurate, nearly instantaneous, and yields better low-light pictures.
Smart Flash: When flash is used, photographers are often frustrated with the results, which can include a washed-out subject in the foreground and an underexposed background. Smart Flash takes TWO pictures in very rapid succession – one with flash, one without – and uses a hardware-based algorithm to combine them. Since Smart Flash is hardware-accelerated, the processing and combining of the images, including precise picture alignment and motion compensation, occur with minimal lag.
Native USB 3.0 support: As camera image size increases, and as more users take HD video with their “still” cameras, storage demands increase well into the multi-gigabyte range. The need to move these images from the camera to other storage or display devices exposes the limitation of the transfer speeds of USB 2.0. COACH16 includes native support for USB 3.0 which offers transfer rates ten times higher than USB 2.0.
CSR is a global provider of innovative silicon and software solutions for the location-aware, media-rich, cloud-connected world. Our platforms are optimised for the automotive navigation and infotainment, digital cameras and imaging, connected home infotainment and wireless audio markets. We provide solutions to complex problems in the audio-visual, connectivity and location technology domains across a broad range of markets, with a technology portfolio that includes GPS/GNSS systems, Bluetooth®, Wi-Fi®, FM, NFC, aptX® and CVC™ audio codecs, JPEG, MPEG, H.264 imaging, PDL printing, microcontrollers, DSPs and broadband receivers. CSR's technology solutions and market platforms enable its customers to deliver a superior user experience and are adopted by leaders in the auto, computer, home and mobile markets. More information can be found at www.csr.com. Keep up to date with CSR on our technical blog or CSR people blog, YouTube, Facebook or follow us on Twitter at twitter.com/CSR_plc.
CAUTIONARY NOTE ON FORWARD LOOKING STATEMENTS
This press release contains certain statements (including statements concerning plans and objectives of management for future operations or performance, or assumptions related thereto) that are not historical facts and constitute ‘forward looking statements’ within the meaning of the United States Private Securities Litigation Reform Act of 1995 in relation to CSR’s digital camera processing technology, and their performance characteristics in still and motion-image portable devices, including Digital Single-Lens Reflex cameras, Mirrorless Interchangeable Lens Cameras, high-end Digital Still Cameras and other consumer electronics products, and other future events and their potential effects on CSR. These forward-looking statements can be identified by words such as ‘will,’ ‘can deliver,’ offers', 'allows', 'to enhance,’ ‘enables,’ 'designed to' and other similar expressions regarding the performance characteristics of CSR’s digital camera processing technology, and their performance characteristics in consumer electronics products, and their potential effects on CSR. Any future release of CSR’s digital camera processing technology or consumer electronics products containing such technology, related products or modifications to such products’ capability, functionality or features are subject to ongoing evaluation by CSR and its customers, and may or may not be implemented and should not be considered firm commitments by CSR or its customers and should not be relied upon in making purchasing decisions. Such forward-looking statements represent the current expectations and beliefs of management of CSR, and are based upon numerous assumptions regarding CSR’s business strategies and the environment in which CSR will operate and therefore involve a number of known and unknown risks, contingencies, uncertainties and other factors, many of which are beyond the control of CSR, including, but not limited to, those detailed from time to time in CSR’s periodic reports (whether under the caption Risk Factors or Forward Looking Statements or elsewhere), which are available at the SEC’s web site http://www.sec.gov. Each forward looking statement speaks only as of the date hereof. CSR does not undertake to release publicly any updates or revisions to any forward looking statements contained herein, otherwise than required by law.
AVCHD and related logos are trademarks of Panasonic Corporation and Sony Corporation.
Bluetooth® and the Bluetooth logos are trademarks owned by Bluetooth SIG, Inc. and licensed to CSR.
Wi-Fi® is a registered trademark of the Wi-Fi Alliance. Wi-Fi Direct™ is a trademark of the Wi-Fi Alliance.
Other products, services and names used in this document may have been trademarked by their respective owners.
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