7th Fraunhofer IMS CMOS Imaging Workshop Update

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Previously announced 7th Fraunhofer IMS Workshop on CMOS Imaging: From Photon to Camera to be held in Duisburg, Germany om May 20-21, 2014, announces a change in its agenda: the new Aptina CTO Sandor Barna will present "Evolution and Limitations for Mobile Image Sensors."
4:34 AM

Omnivision Reports Quarterly Results

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PR Newswire: Omnivision's revenues for the recent quarter, ended on Jan 31, 2013 were $352.0M, as compared to $397.2M in the previous quarter, and $423.5M a year ago. GAAP net income in the quarter was $30.6M, as compared to net income of $26.3M in the previous quarter, and $21.3M a year ago. GAAP gross margin for the last quarter was 19.6%, as compared to 18.8% in the previousr quarter or 16.9% a year ago. The sequential increase in gross margin was primarily attributable to continued reduction in the company's overall production costs.

The company ended the period with cash, cash equivalents and short-term investments totaling $393.0M, an increase of $127.4M from the previous quarter. The increase was primarily attributable to cash provided by operating activities in the last quarter.

Based on current trends, the company expects revenues for the next quarter will be in the range of $275M to $305M. "Our third quarter performance was better than we expected, and we continued to report improvements on multiple financial metrics, including gross margin and cash position," said Shaw Hong, CEO of OmniVision. "Our flagship PureCel sensors are gaining traction in the market. PureCel sensors have significantly better pixel performance, lower power consumption, and an attractive cost structure. We are very excited about our new product lineup."

Update: SeekingAlpha published Omnivision's earning call transcript. Few quotes:

"we shipped 214 million units as compared to the 237 million units in our prior quarter. The average selling price in our third quarter was $1.64 as compared to $1.67 in the prior quarter. The slight decrease in the ASP was driven by quarterly price erosion across product lines in all regional markets."

"Related to licensing of certain CMOS image sensor-related patents from the California Institute of Technology for the [licensing] arrangement that total fee was approximately $25.3 million."- this is a flat fee, not tied to the number of units sold, as later clarified in Q&A session.
9:30 PM

Novatek Continues CIS Activity

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It looks like Novatek keeps going image sensor design activity, just like Himax, its arch-rival in display drivers. No products have been announced so far, but patents are trickling (US20120268638, US20130206960, US20130016259, US20130327922, and more). The latest one, US20140042300 "Image sensor and column analog-to-digital converter thereof" by Jer-Hao Hsu talks about a ramp ADC with dual latch to store two signals, possibly to combine them for HDR:

10:49 AM

Teledyne Dalsa Receives Funding to Expand into IR Imaging

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Teledyne DALSA announces that it has received a financial commitment totaling $13M from Investissement Québec to expand the Company’s MEMS and Infrared Imaging capabilities in the Province of Québec. Out of that amount, a $10M is intended to develop advanced IR products at its Bromont and Montreal facilities. Teledyne DALSA is extending its reach beyond its visible and X-ray products into infrared imaging to be "able to see the heat the objects emit", that is MWIR or LWIR.

"MEMS and Infrared Imaging are two strategic areas of focus for Teledyne DALSA with good growth potential," commented Brian Doody, CEO of Teledyne DALSA, Inc. "The development and full production of infrared devices in Québec will further strengthen our position as a leader in digital imaging and semiconductors, at a time when the infrared imaging market is experiencing strong growth."
10:32 AM

openCarPC controller v1.1

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Hi!

In a previous post I have explained how I have interfaced Raspberry PI GPIOs with XBMC, using buttons and rotary encoders.
I have reworked the application which controls this and now there are more features available.
You can use this post to set up the hardware connections between Raspberry PI GPIO connector and as many buttons and rotary encoders as you like(or you have room for on the RPI GPIO pins).

1:10 PM

Google Project Tango

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IEEE Spectrum, Mashable, Wall Street Journal write about Google project Tango allowing 3D mapping with a compact IR 3D sensor based on unknown technology. The 3D computer vision processing uses Movidius chip. Google Youtube video shows Project Tango in action:



The 3D IR sensor is on the bottom of the phone

Update: Cnet publishes an interview with Remi El-Ouazzane, Movidius CEO. Few quotes:

"Over multiple iterations, we developed an architecture optimized for computer vision. The architecture favors parallelism, and not frequency. We're running [the Project Tango phone] on hundreds of megahertz, using a mix of hardware and programmable resources. On today's battery, running our processor will divide your battery power by a factor of 10."
1:00 PM

How to Measure MTF

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Albert Theuwissen continues his "How to Measure..." series of tutorials. The latest one describes the detailed procedure for measuring a Modulation Transfer Function (MTF). This is the first post in MTF series, to be continued.
1:03 PM

Piping Engineer – Dubai WorleyParsons

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Job Title:Piping Engineer Job Type:Full-time Advertising Category Engineering/Design & Sciences Location of Job Dubai, DU AE (Primary) Job Description: Piping Engineer Worley Parsons is a dynamic, entrepreneurial, empowered EPCM employing over 40,000 people across 41 countries.  With a recognized global reputation as a provider of professional services to the energy, resources and complex

Toshiba Announces 13MP, 1080i240 Sensor for Smartphones

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Business Wire: Toshiba announces T4K82, a 13MP, 1.12um BSI pixel CMOS sensor that allows smartphones and tablets to record 1080i video at 240fps, said to be the industry’s highest frame rate.

High speed video recording requires a high frame rate with short exposure time, resulting in underexposed images. T4K82 incorporates "Bright Mode" technology that boosts imaged brightness up to four times. The sensor also adopts a newly developed low power circuit design that reduces power consumption to 82% that of T4K37, a 13MP/1.12um sensor in mass production. Although the full resolution mode speed is the same 30fps as its predecessor, the new sensor's video modes are much faster:


Other than interlaced to progressive conversion, the sensor features HDR and Color Noise Reduction (CNR) modes, lens shading correction, and many other functions:


Sample shipments are scheduled to start in March, with mass production to start in Sept 2014 with projected volume 2 million per month.
10:29 PM

Sony Announces 4K/60fps Sensor for Security and Industrial

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Sony 1/2-inch 12.40MP BSI CMOS sensor, IMX226CQJ, features a new 1.85um pixel with very wide optical acceptance angle, in comparison with the older 2.8um pixel IMX136:


"These characteristics are extremely important for security camera which often opens lens diaphragm during night-time shooting" (see Axis Communications' paper at IISW'2013).

The new sensor is quite fast at 40fps at full resolution or 60fps in 4K mode:


and sensitive (again, compared with 2.8um pixel):

12:53 PM

Pelican Imaging CEO Promotes Array Camera

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Pelican Imaging CEO Chris Pickett explains array camera advantages in this Youtube video:

11:45 AM

Microsoft ToF Kinect Presentation at ISSCC

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EETimes-Asia & EETimes-Europe give few numbers from Microsoft ToF sensor presentation at ISSCC 2014: "The image sensor is a 512x424 CMOS 3D time-of-flight with multi-frequency demodulation up to 130MHz at 2GSPS ADC. The device is reported to have a depth accuracy of 0.5 per cent at a range of between 0.8m and 4.2m." Microsoft announced that an enhanced sensor for Kinect for Windows will be available in summer 2014.
10:38 AM

Grand View on Image Sensor Market

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Grand View Research publishes "Image Sensors Market Analysis And Segment Forecasts To 2020."

Key findings from the report:
  • The global market for image sensors is expected to reach USD 12,028.2 million by 2020
  • Global image sensor shipments were estimated to be 1,797.9 million units in 2012; they are expected to reach 3,009.2 million units by 2020, growing at a CAGR of 6.7% from 2014 to 2020.
  • CMOS image sensors dominated the market in 2012, accounting for 83.2% of total shipments.
  • Contact image sensors (CIS) segment is estimated to grow at a CAGR of 4.4% from 2014 to 2020.
  • Digital camera segment, including DSLR, was valued at USD 4,479.3 million in 2012.
  • Medical applications are expected to be the fastest growing segment, with an estimated CAGR of 9.2% in terms of shipments from 2014 to 2020.
  • Asia Pacific is expected to be the largest and fastest growing regional market during the forecast period. It accounted for 35.9% of the global shipments in 2012 and is expected to grow at a CAGR of 7.4% from 2014 to 2020.
10:35 AM

Senior Piping Designer-Singapore

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Senior Piping Designer Aibel AS is one of the largest Norwegian services companies that engineer, build, maintain and modify oil and gas production facilities. Aibel’s long experience, skills and expertise help the clients to achieve more efficient energy production. Your responsibilities: Production, modification and review of discipline related documents and drawings. Education and work

Trainee Engineer – Piping (Aibel Singapore)

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Trainee Engineer - Piping Aibel AS is one of the largest Norwegian services companies that engineer, build, maintain and modify oil and gas production facilities. Aibel’s long experience, skills and expertise help the clients to achieve more efficient energy production. Your responsibilities: The Engineer Trainee will be under training and upon completion of training is responsible for:

Senior Piping & Layout Designer- Oslo, Norway

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Senior Piping & Layout Designer Job ID #: 13754 Country: Norway Job category: Technical/Engineering Location: Oslo Position type: Employee Department: 160616-ENG, Oslo - Piping,Layout & Archi (160) Experience required: More than 10 years Education required: Bachelors Degree Corporate overview Aker Solutions is a global provider of products, systems and services to the oil and gas

Low Cost IR Imagers Coming

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Lapis Semiconductor (Oki Semi spin-off) comes with a low-cost and low resolution thermopile-based image sensor, the ML8540WD:


Meanwhile, for quite a some time Melexis has been selling its own low-cost IR sensor, the 16 x 4 pixel MLX90620. The sensor features in Youtube video:



MicroMountains Applications AG, Germany publishes a popular review of low-cost 3D and IR sensor technologies. Here is the comparison of thermal IR approaches:


Update: Another view on IR imaging market from Schneider Electric presentation in Leti, June 2013:

11:30 AM

Aptina to Present MobileHDR

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Business Wire: At Mobile World Congress at Barcelona, Spain on Feb. 24─27, 2014, Aptina is to showcase advancements in its mobile imaging solutions including clear pixel Clarity+ technology and video quality MobileHDR. Additionally, Aptina will demonstrate its 8MP, 13MP, 18MP image sensors as well as its next-generation high-performance image sensor along with 4K video for mobile devices. No further details on MobileHDR is reported.
10:46 AM

Renato Turchetta Interview

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Image Sensor Conference to be held in London, UK on March 18-20 publishes Renato Turchetta, Rutherford Appleton Laboratory, answers on high speed imaging questions. Renato is going to lead a pre-conference workshop on "A Million Images per Second and Beyond." A quote: "It looks like this field has suddenly started to move rapidly, so it wouldn't be unreasonable to expect more developments in the near future. By the way, one of the new approaches uses CCD in CMOS and other applications are emerging for this 'new' technology. So are CMOS image sensors dinosaurs? And CCD as well?"

Another publication of the conference is sort of a review of automotive ADAS market: "The market for ADAS systems is growing; analysis of the market has revealed possible growth at a rate of over 50% CAGR until 2018. Market value may also rise from the current value of around $18.5bn, to $165bn in the next five years."
12:45 PM

A Touch Probe Method of Operating an Implantable RFID Tag for Orthopedic Implant Identification

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Orthopedic implants are a type of joint implant such as knee and hip implant to replace the severelyinjured

 
or diseased joints for people who suffer from joint problems and bring those people back to a normal life. The total number of knee and hip replacement  surgerieper year in US keeps increasing  in the recent years and will hit 3.48 millioin 20 years. However, once the implant replacement surgery is finished, doctors and surgeons have difficulty to observe and obtain the detailed information ofthe implant. Existing methods for implant identification suffer from several drawbacks. First, the information is not stored on the implant but somewhere else, which can raise the risk of data loss or counterfeiting. Second, most hospitals use paper based archives to keep the patienthistory whose management is a huge cost. Third, it takes much time to search for the implant and patient information, which does not only increase the risk of mistakes but also increases the cost. Aiming at providing an efficient and accurate way for orthopedic implant identification to reduce time and cost, a method of using radio-frequency identification (RFID) technology, a wire- less radio frequency communication technology, for orthopedic implant identification has been proposed.The proposed solution is to attach a battery free implantable RFID tag on the orthopedic implant.

1.1 OVERVIEW OF THE PROJECT
       Orthopedic implants are a type of joint implant such as knee and hip implant to replace the severely injured

or diseased joints for people who suffer from joint problems and bring those people back to a normal life. The total number of knee and hip replacement  surgerieper year in US keeps increasing  in the recent years and will hit 3.48 millioin 20 years. However, once the implant replacement surgery is finished, doctors and surgeons have difficulty to observe and obtain the detailed information ofthe implant.
     Existing methods for implant identification suffer from several drawbacks. First, the information is not stored on the implant but somewhere else, which can raise the risk of data loss or counterfeiting. Second, most hospitals use paper based archives to keep the patienthistory whose management is a huge cost. Third, it takes much time to search for the implant and patient information, which does not only increase the risk of mistakes but also increases the cost. Aiming at providing an efficient and accurate  way for orthopedic implant identification to reduce time and cost, a method of using radio-frequency identification (RFID) technology, a wire- less radio frequency communication technology, for orthopedic implant identification has been proposed.The proposed solution is to attach a battery free implantable RFID tag on the orthopedic implant.
1.2 RFID TECHNOLOGY
       RFID system consists of a reader and a transponder. The reader consist of an antenna and an external interface. The transponder consist of a chip and an  antenna. The reader gets and executes commands from the back end system. Reader emits RF signal via its antenna. The waves travels through the air and energize a passive transponder. Tag responds and transmit data signal via its antenna. Reader captures the tag data signal and processes the signal and transmit the processed signal to the external interface.
1.2.1 REASON FOR USING RFID TECHNOLOGY
         There are several reasons to use RFID for implant identification.First, an RFID tag has a rewritable memory large enough for not only an implant ID but also a complete patient registry including patient details, operation details and implant details. Second, the average period for reading an RFID tag is only a few seconds,a lot less than searchinga paper based record.Third, the information is always kept on the implant, so there will be no worry about data loss or counterfeiting. Fourth, the RFID tag can be used as a server to drive a biosensor  for monitoring the status of the implant to help diagnosis, which is a popular research topic at present and will have huge potential applications in the future.

more about this project contact us...