Posts Tagged ‘Analysis’

A New Market Report and Analysis; Semiconductor Timing Opportunities in Communications ?

Monday, November 7th, 2011

A New Market Report and Analysis; Semiconductor Timing Opportunities in Communications …










Cupertino, CA (PRWEB) May 27, 2011

Consulting Services & Associates LLC (CS&A LLC) announced release of its latest Market Report and Analysis focused upon on the Semiconductor Timing Markets covering CY2010 Thru Q1-CY2011 Crystal and Oscillators, RF Timing support, and Semiconductor Clock and Timing – This new report entitled “Clock and Timing Opportunities in Communications Infrastructure” details specific opportunities for Semiconductor Timing in datacom, telecom, and wireless infrastructure.

This unique report is a comprehensive drill down with detail on the full spectrum of Semiconductor Timing in this key segment: Crystals in KHz and MHz, all Oscillator categories, Semiconductor Clock and Timing, and high value RF Timing support.

Combined, these Timing segments represented $ 1.4B USD in sales for CY2010, with growth of 7% YoY to reach $ 1.86B in 2014…

This report:

    includes an overview of enterprise and carrier equipment including equipment segmentation, equipment block diagrams, profiles of key accounts,
    quantifies and segments the market for Quartz and IC products and forecasts growth through 2014,
    identify key requirements for successful products,
    analyzes competition and identifies key competitive issues and opportunities, and
    outlines emerging technologies and identifies new markets that will drive future growth.

This new report was authored by Mr. Allan Armstrong (who joined CS &A LLC in November from Maxim) and Mark Sherwood – combined, these two associates have more than 50 years of timing industry experience… According to Mark Sherwood, Principal Associate and CEO at CS &A: “CS &A LLC provides a unique methodology in reporting – we call it Top Down/Bottoms up, where we focus on specific semiconductor timing product consumption by Market Segment and then by Application – all with weighted $ ASP’s to roll up into the TAM and Forecasts.” Mr. Sherwood added; “2010 was indeed a record year in volume and revenues for Semiconductor Timing and our expectation is to see 2011 with continued, but lessened growth. The communications segment requires the most in terms of value added in Timing solutions and as such, commands high $ ASP’s into this segment. Performance, stability, accuracy and feature sets put timing products into the precision and ultra-precision categories yielding device $ ASP’s in dollars, not dimes, so a lot of attention is placed here by many tier one suppliers in timing.”

Mr. Sherwood added; Communications applications are where we find the really key performers in terms of suppliers, technologies employed and products in the market. This includes Quartz, SAW, BAW, MEMS, Atomic Clocks, Fanout Buffers, Fractional and Integer PLL ICs and more. Given the value added in these products, ASPs are high, in the range of $ 2-$ 50, and the supply base is limited due the cost and difficulty of achieving precision and ultra-precision specifications – (I.e.: Phase Noise (8KHz – 20MHz), acceptable IDD, Frequency range (100Mhz-1.25GHz), Frequency stability (measured in ppm), and more.

We see the Communications segment growing significantly for Semiconductor Timing with more infrastructure and backhaul deployments, required to support unrelenting traffic growth driven by Smart Phones and the explosion of video traffic in the internet. Many applications require fixed frequency, while others need some flexibility (VCXO/VCTCXO) with variable frequency solutions – All in all, the attributes are very visible and as such, many suppliers try to target entry in this segment.”

The report shows that new technologies have made measurable penetration into this segment in 2010 and more going into 2011 – MEMS based timing along with compensated CMOS (Compensated LC and RC) are just now making their respective entries, so the field is heating up for incumbent suppliers in CMOS, BiCMOS, and SiGe based solutions.

The report release date is the 25th of May, 2011, and both single user and enterprise licenses are available. Pricing for this report is set at; $ 4,250.00 (enterprise) / $ 3,800 (single user) and CS &A LLC provides 2 hours of report related consulting with each license.

CS&A’s overall timing market analysis and findings are available in its “CY2010-2011 Crystal & Oscillator” report and the CY2010-2011 Semiconductor Clock & Timing report. A Combined Timing report with all segments is also available. The reports provide a detailed and unique look at the full spectrum of the Semiconductor Timing market providing TAM, detailed consumption, and forecasts for all major product categories, plus supplier market shares. According to Mr. Sherwood; “Combining our unique top down/bottoms up methodology, market trends, actual’s; by product category, product segment, and technology, supplier base detail, TAM, Forecast and technologies employed, CS &A creates what we call the “Timing MarketScape,” providing a unique and full spectrum view of this dynamic market. – This is truly unique in the industry, and we believe we are the only group able to do so today.” Supplier dossiers, which complement with the reports, can be purchased separately.

About Consulting Services & Associates

Consulting Services & Associates LLC (CS&A) founded in 2002, is headquartered in the heart of the Silicon Valley, centrally located in Cupertino, California. CS&A LLC is today, the recognized leader in Semiconductor Timing reporting and analysis, and provides unique and innovative reports and limited consulting resources specializing in: Technical Issue Resolution – Market research and Analysis – Product Definition – Project Management – Marketing Support Services – Due Diligence services, & Strategic Research and Planning. If you are interested in learning more about CS&A offerings, please email us at CS &A LLC; Info(at)timing-is-everything(dot)net, or Reports can be purchased online at http://www.timing-is-everything.net.

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Related CMOS Buffer Press Releases

CMOS Cascade Sigma-Delta Modulators for Sensors and Telecom: Error Analysis and Practical Design (Analog Circuits and Signal Processing)

Wednesday, September 28th, 2011

CMOS Cascade Sigma-Delta Modulators for Sensors and Telecom: Error Analysis and Practical Design (Analog Circuits and Signal Processing)

Institutional book, not really for bookstore catalogue

The book contains valuable information structured to provide insight on how to design SC sigma-delta modulators. It presents architectures, circuits, models, methods and practical considerations for the design of high-performance low-pass switched-capacitor (SC) sigma-delta A/D interfaces for mixed-signal CMOS ASICs. The main focus of the book is on cascade architectures. It differs from other books in the complete, in-depth coverage of SC circuit errors.

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Hybrid Spin / CMOS circuit design and analysis: Design, of the? Evaluation, simulation and implementation? Implement hybrid circuits spin CMOS /

Sunday, September 12th, 2010

Product DescriptionIn of 20 search res ann? Es, programmable logic circuits have? T? rapidly developed. However, the intrinsic constraints? Questions such as volatile? given for? es and leakage currents? lev? s CMOS technology because of limits increasingly, as the loss given? are where power outages, long p? latency period for initializing the system ? me and high? energy in standby mode, etc. This last point has become one of? so important for minimizing the transistors below 90 nm. R? Recently, many technologies? Emergent have bee. . . More>>

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Design of a CMOS 8-bit converter Glitch low num? America-analog design, analysis and layout of a current director of the DAC

Sunday, September 5th, 2010

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Circuits int? Gr? S CMOS num? America: Analysis and Design

Sunday, September 5th, 2010

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New optical measuring system provides a full spectrum analysis capabilities

Saturday, August 28th, 2010

Ocean Optics (OceanOptics) now provides a new optical measuring system, can be used for LED lights, flat panel displays, solar radiation and other sources of radiation spectrum. New Jaz-ULM-200 small size, has a powerful microprocessor and a display panel low power. It is easy to use, versatile solution to the measuring instrument and the standard optical instrument mesure.Jaz radiation by the components stacked-type, adapted to various uses. Jaz-ULM-200 component containing CCD spectrometer module, a microprocessor with a display panel module, in response to a variety of measuring devices to measure rayonnement.Contrairement, JAZ computer, users can access, process and store the complete spectral data. Just press the button three times, stored in the SD card software system for measuring radiation will be collected from the selected light source spectral irradiance complete information. After further processing of these data, given the strength of selection parameters, including W/cm2, lumens, lux, photosynthetic active radiation (PAR) light intensity or other parameters. System, three key design simplifies operation even if the operator is not an expert of the spectrum can be fast, action précises.En more Jaz-ULM-200 spectrometer and a microprocessor, it also contains the module Ethernet allows users to connect through the Internet and JAZ. This networking capability can help users to measure distance, as remote measurement of solar irradiance, or create a network of multi-point measurements. Ethernet module also comes with an interface for SD memory card, you can store data on the SD card. In addition, JAZ can also configure a module rechargeable lithium-ion battery (included SD memory card interface), a portable JAZ. Set by a special device, you can Jaz horizontal, convenient for operation at main.JAZ system components include a direct link with the cosine correction device is used to collect radiation in a 180 ° view and a box with straps and a toolkit coupled with the implementation of all relevant equipment. Software includes system software and Jaz Jaz-A-IRRADIATED (which is stored in SD card applications radiation measurement.)

Design of RF CMOS low noise amplifiers: Gain-Fort common-gate topologies, noise analysis and modeling of on-chip differential inductor

Saturday, August 21st, 2010

Product DescriptionDesign RF CMOS low noise amplifiers presents the results of research on increased gain is common RF low noise amplifier (LNA) in CMOS technology. The book covers the noise analysis, design techniques, prototyping of the LNA, as well as modeling broadband on-chip differential spiral inductors for. Beginning with a technical review of architectures and modeling techniques LNA inductor, we introduce an evolutionary model system for different localized octagonal. . . More>>

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Analysis: Development of surveillance technology and video-related market trends – video surveillance, development, marketing – Security Industry

Wednesday, August 18th, 2010

The monitoring system is the first video of all analog video surveillance systems, also known as Monitoring System Closed-circuit television (CCTV). Information on the image using the video cable to simulate the mode of transmission, the transmission distance is usually not too far, mainly used in monitoring small-scale image control, generally in the control center perspective . All analog video surveillance systems for video analog device Videotaping Matrix-type and tape core. With the development of digital technology, digital video surveillance system from the mid 20th century, began to appear 90 to control digital video analog video matrix replace original matrix to set the DVR Replace original simulation time- Lapse DVR recorder, the soundtrack mode memory storage digital video, analog video to make digital video. DVR set the VCR, the image features Splitter, take the first step in digital surveillance. On this basis, produced a video surveillance system can be fully digital PC based or embedded systems, constitute a system of monitoring and media management. These video surveillance systems is the main market. With the popularity of broadband, video surveillance gradual development of local control of remote monitoring, there was a Network Video Server on behalf of the surveillance system remote video network. Network Video Server to solve the problems of streaming video transmission over the network, from image capture digital processing, transmission, allowing greater diversity in the choice of the transmission line, as long as the place network, provides a video transmission possible. The whole system to the platform and intelligent. Many of the company via the Internet has begun to engage in the development of such video surveillance systems, now even the early stage of the market. Advances in video surveillance technologies (1) CMOS Image Sensor Technology échéanceCapteur comes to monitoring the photographic image is a gradual shift from traditional CCD CMOS changes. The two probes have a long, but has been gradually decreasing CMOS sensor faults. CMOS image sensors, low cost, high integration of its main features, image quality has not lost in the CCD. Compared to the sensor based on CCD, CMOS integrated high because CMOS sensor incorporates several treatment devices, the necessary minimum the CCD and CMOS sensor energy consumption is much lower. In the opinion of the whole system, a CMOS sensor costs can be significantly reduced. (2) technology of IEEE intelligent analysis of intelligence imagery analysis is a more substantial results, such as motion detection, face recognition, target tracking. motion detection is the image in the designated area to identify changes in the presence of moving objects detection and avoid interference caused by light changes. As the background image of dynamic changes, such as weather, light, darkness and confusion of interference effects, allows the detection of movement in a very difficult task. Rapid detection of movement is coded I frame produced a comparative analysis of the video image by comparing the image change detection. The methods most commonly used background subtraction (Background subtraction), the time difference (Temporal Difference), optical flow (OpticalFlow) method for detecting motion vector. (3) chip technology to provide new products for IP video cameras monitoring programs are generally integrated video capture, video encoding / processing and network interface functions. In the video surveillance market, to support these functions, the performance of different video chip signal processor vary considerably, but also highlight the benefits of most products. At least from the functional needs of low-end processor high performance multicore digital signal (DSP) chip for high-end products for different market needs video signal processor very different. High performance DSP chip video processor to improve performance significantly. DSP is the birth of these key elements of smart cameras. Because of the DSP, IP video servers qualified for multiple video streams simultaneously on the intelligent management. (4) video compression format for more avancésPrécédent surveillance digital video image format MJPEG and MPEG-2 mainly based. With improved technology of image compression, there were more advanced video compression formats such as MPEG-4, H. 264, China is to develop property rights independent of AVS encoding format. video compression technology for video surveillance in the transmission of images, video storage and thus bring great benefits. New features video surveillance market with the popularity of broadband, video-surveillance monitor room for progressive development of remote monitoring, appeared on behalf of a network video server for the network system remote video surveillance. Network Video Server to resolve problems in streaming video transmission over the network, from image capture digital processing, transmission, allowing greater diversity in the choice of the transmission line, provided that the of the network, provides a video transmission possible. The whole system to the platform and intelligent. many Internet companies have begun to engage in the development of such video surveillance systems, now even the early stage of the market. In parallel, we also noted that the activities of video surveillance classic terms of geographic coverage, coverage or group of users, the range is very narrow, and this year the development of video monitoring platform has features different from the past and little by little to the vast geographical spread, multi-domain wide range of applications, more global. 1. From a person with multiple areas of industrieDans the past, applications of video surveillance in China, mostly in departments and finance, public safety, transportation, electricity and other special services and industry. Among them, the government and the financial sector accounted for 20. 9%, respectively, and 20. % 6 shares market. However, with advances in information society, more and more industries and areas of significant increase in demand for video surveillance, even the traditional users of public safety that are “green city” of City has a new control scheme and function. This year, surveillance video began banking, transportation and other specific areas extend to many fields, from traditional management control and security surveillance to monitor the production and operation . In addition, the video surveillance industry, the situation for businesses have gradually been broken, the public has also become home video surveillance applications in 2008 a new market. The family in the public market, used primarily in residential video surveillance security and surveillance of property. Users can install the device at home, using home gateway as a video server, the remote user via the Internet in real time home security monitoring. Although the full realization of the digital home away from relatively far, but with IPv6 technology and device information, a further optimization of mobile monitoring equipment

Hybrid Spin / CMOS circuit design and analysis: Design, evaluation, simulation and implementation of hybrid spin CMOS circuits /

Sunday, August 15th, 2010

Product DescriptionIn past 20 years, programmable logic devices have been rapidly developed. However, the inherent constraints such as data volatility and high leakage currents in CMOS technology because of limits increasingly, as the data loss in case of power failure, the long latency period to initialize the system and high energy in standby mode, etc. This last point has become a major challenge for the minimization of the transistors below 90 nm. Recently, many emerging technologies have bee. . . More>>

Hybrid Spin / CMOS circuit design and analysis: Design, evaluation, simulation and implementation of hybrid spin CMOS circuits /

Video analysis advanced IP security cameras

Wednesday, August 11th, 2010

IP is an acronym that stands for Internet Protocol and IP Security System is a security system based on the Internet using a LAN or the Internet as an essential tool for surveillance. IP system provides secure, real-time images of an event and the opportunity to show both full and motion pictures fixes.surveillance IP requires a network cable and the Internet to transmit images from analog cameras and or ip cameras over public networks. IP systems allow video and direct transfer of images to an average of 30 frames per second into a standard, easy to use a Web browser, so video can be viewed in real time from police cars or security services. IP systems also function as motion detection, auto time stamps and data, easy transfer of visuals, and post-alarm messaging. authorized persons can access the system remotely to see what is happening in their offices and businesses. IP video surveillance lets organizations monitor, prevent and / or respond to emergencies more efficiently and at lower cost via the Internet. The advantages of using IP surveillance systems: Remote access anytime, anywhere: One of the best features of IP systems is remote access, because it gives you the ability to access real-time video from any computer No ‘any country in the world that saves time and cost, and you can control the cameras from anywhere on the network. All videos and images are stored on an easy return to store high resolution données.À: Another characteristic of large systems of intellectual property is the high resolution that the system can handle, which is four times better than Traditional video surveillance systems. The result is an excellent video quality direct.Fonctionnalités: IP systems can run multiple applications and can also be transported by a variety of médias.Evolutivité: Plug and Play “is the term that describes a system of intellectual property for installation of small and flexibility to enlarge, because any additional camera can be added to the network without wires supplémentaire.Rentable: IP camera system can be profitable. First, it reduces the cost of wiring installation large. And secondly, it reduces the network infrastructure using the same network for both the transport of video and PTZ control (reduce the amount of wires.) Flexibility: IP systems have the ability to integrate with CCTV existed. Then you can connect to a LAN, DSL modem, wireless network card or even a phone connectivity mobile.une scope: Instead of a system of closed circuit television, an IP system can cover a large area connectivité.Une of secure communication: By using IP systems, you get the authentication and encryption to ensure that your system is not exposed to hackers. And of course the image capture safest and transmission.Il is an IP cameras used in CCTV: The Cohu 7100 Series is more than just a camera: it is a suite of intelligent monitoring combined in a multi-megapixel high resolution CMOS camera. The 7100 series is essentially a UNIX computer derivatives combined with high resolution, progressive scan CMOS sensor and an Ethernet interface. The imager has a minimum of 1288 (horizontal) x 1028 (vertical) pixels. The Ethernet interface is 10/100B ase-T. Specifications: Camera Format: Depending on model, from 1280×1024 to 2048×1536 Input voltage: 24 V (internal model) or 115 Vac (depending on model), housing Outside: pressurized style barrel, IP67 rated, temperature (operating): -40 ° C to 60 ° C (no heat used). By providing computing power on the card from the camera, virtually every task the device is required to exercise is done without a computer or external programs. The JPEG image compression can be configured for networks with low bandwidth and maximum efficiency of bandwidth while maintaining high video quality. On board features include on-chip digital image manipulation, user-defined Windows motion detection, alarm input / output, and built-in viewer page web.IP Security Systems have a lot of benefits and benefits on traditional CCTV, the reason that increased sales and popularity of these systems. But technology is a crazy market, so you can see a different technology in a few years or months, which may put another pile of advantages over systems of IP Security, if you just have to wait and see .