IIC-China Home |
|
| General Information |
| About the Show |
| Travel Information |
| Show Report |
| Picture Gallery |
| Video Gallery |
| Official Publications |
|
| News |
| Press Releases |
| Market Updates |
|
| Exhibition Visitors |
| Exhibitor List |
| Products at the Show |
| Registration Form |
|
| Conference Visitors |
| Conference Overview |
| Conference Program |
| Conference Abstracts |
| Registration Form |
|
| Exhibitors |
| Who Should Exhibit |
| Exhibitor Inquiry |
|
| Speakers |
| Who Should Present |
| Submit an Abstract |
|
| Help |
| Site Map |
| Contact Us |
|
| Other Shows |
| Global Sources Events |
|
| Global Sources |
| All Shows |
| Trade Show Center |
| Global Sources Home |
 |
|
| Conference Abstracts |
|
|
Keynote | Summit | Vendor seminars
Embedded Systems AT91SAM7L, ultra low-power Flash-based ARM microcontrollers
Featuring innovative power reduction modes and ultra-low-power operation, the AT91SAM7L is tailored for battery operated applications such as calculators, toys, remote controls, medical devices, mobile phone accessories and wireless sensors. The presentation will highlight the new features of the ultra low power technology platform, designed on a Flash-based ARM microcontroller, able to consume 100nA only in the deepest mode. The AT91SAM7L includes a battery backup RTC, a zero-power POR, a Power Switching mechanism, a programmable Brownout Detector and fast wake-up mode capabilities It also embeds a large set of peripherals, including a Segmented LCD Controller, USART, SPI, PWM, Timer Counter, ADC and a complete set of system functions minimizing the number of external components. The engineers will understand the benefits that the cost-effective AT91SAM7L can provide to their low power projects. Atmel's CryptoMemory - Anti-counterfeit security solutions
International Chamber of Commerce Global Piracy Report - estimates 2007 counterfeit goods market at $600B. Are you concerned your products are being cloned? Are you concerned about brand protection and/or IP protection? Are counterfeit products affecting your profits? If so, Atmel has the ideal security solution to meet your needs. Atmel's CryptoMemory is the world's first and only family of secure EEPROMs with a 64-bit embedded hardware encryption engine and dynamic mutual authentication, providing the only low-cost, truly secure means of preventing product counterfeiting. With user memory densities ranging from 1 Kbit to 256 Kbits, CryptoMemory supports a 2-wire interface for embedded applications, ISO 7816-3 interface for smart card applications, and a 13.56 MHz RF interface as CryptoRF. To further strengthen your embedded application, Atmel introduces the CryptoMemory Companion Chip (CMC). CMC keeps confidential those core host-side secrets that are used to authenticate and communicate to/from CryptoMemory, and avoids algorithm disclosure from reverse-compilation of system operating code. Simple and Robust Ad-hoc RF Networks for AMR
Embedded RF networks are gradually becoming the standard for automatic meter reading (AMR). The most important AMR system parameter is robustness, where data delivery must be guaranteed for an effective system. To maximise this robustness, it is important to limit both complexity and interference. Specifically targeted at AMR systems requiring simple solutions, Cyan's Cy-Net ah-hoc RF stack combines all of the features necessary to guarantee robustness. The RF stack uses the low frequency ISM bands, avoiding common problems with the 2.4 GHz band and allowing immediate deployment without certification. Cyan additionally offer a range of flash MCU's that are particularly suited to the problem, from simple low cost battery powered data collection nodes through to USB or Ethernet enabled concentrators. Coupled with fully featured and powerful development tools, fast system customisation can be achieved. Cyan can offer turnkey solutions to achieve fast, simple and robust AMR system design. Vinculum - Intelligent USB Host Bridge Chip
The Vinculum family of USB Host bridge chips comes from FTDI, an UK company well known by its easy to use USB slave bridge chip series. Vinculum not only handles the USB Host interface, and data transfer functions but owing to the inbuilt processor core and embedded Flash memory, Vinculum encapsulates the USB device classes as well. When interfacing to mass storage devices such as USB Flash drive and digital camera, Vinculum also handles the FAT File structure and communicates via UART, SPI or parallel FIFO interfaces thru a simple to implement DOS-like high-level command set. Vinculum intelligently and transparently interprets the complicated USB protocol, and provides high-level command interface to assist engineers to easily overcome design-in barrier inherent in USB Host connectivity. The supported USB device classes have been extended to HID, Hub, and CDC as well. Vinculum provides an innovative singlechip solution for bringing USB Host capability into existing or planned new products by an intelligent, easy, and low-cost bridging interface.
Growing the embedded market
To strengthen industry understanding of Intel strategy and get the embedded customers aligned around the direction Intel taking. Intel ability to stay focused on the key imperatives and priorities is critical to the success going forward, particularly given the intensely industry environmental changes we're in now and going forward. 10G Ethernet market trend and key applications
10GbE usages grew primarily in the niche markets demanding highest bandwidth, since the ratification of 10GbE Standard in 2002. Today, multi-core server platforms drivers I/O capacity needs. While the multi-core server system does provide ample headroom for consolidation of multiple applications onto the server, the aggregation of the server I/O traffic requires the additional bandwidth for optimum network performance. Intel second generation 10GbE products for PCI-Express introduces various advance technologies to support evolving data center applications. Intel 10GbE solution is designed for multi-core platforms with Intel I/O Acceleration Technology to address system-wide network bottlenecks. Additional networking features such as VMDq provide further performance gains for virtualization application in data center. With ISCSI remote boot feature, Intel 10GbE solution provides support of Fiber Channel over Ethernet, a direction of unified storage. In short, 10GbE deployment is in data center is on the growth path driven by needs for higher performance. Using secure microcontrollers to protect intellectual property
As embedded systems become more complex, the software that drives those systems becomes a valuable part of a company's intellectual property (IP). Although critically important, all too often this software is not stored securely. The contents of a standard flash or SRAM IC can easily be extracted and copied. Microcontrollers with internal memory often have bootloaders or debug engines that provide easy access to the software. Once the software is stolen, the value of the IP is greatly diminished. Then it would be easy for a competitor to create cloned devices for sale at lower prices. Maxim Integrated Products manufactures secure microcontrollers that feature secure communication channels, protect software IP, and even detect an attack. This talk discusses microcontroller features that guarantee security without limiting the versatility of the device. Examples will show how the microcontrollers can be used to protect IP. The Development of NEC Electronics' MCU Products in China
As a world-wide leading semiconductor supplier, NEC Electronics has very high appraisal in the product quality, cost effectiveness and technical support aspects in the China Electronics industry. In the MCU field, NEC Electronics mainly focus on the All Flash MCU market in recent years. There are 384 products in the series of 8-bit, 16-bit and 32-bit All Flash MCU, providing with 10 to 144 pins and 1k-1024k bytes flash. The features of NEC Electronics All Flash MCU including Low Power Loss, ASSP, lower product cost (embedded special circuit), user-friendly development tool with low cost, and high security. NEC Electronics also offers application solutions for adding value to the MCU products of the customers. Recently, NEC Electronics launched two new series of All Flash MCU, which are 16-bit 78KOR and 8-bit 78K0/Lx3 with on-chip LCD driver. With the above features, these two new series have good performance especially in the Low Power Loss aspect. Dual AHB Technology to increase system performance
Ethernet and USB are two key features in mainstream MCUs. A novel Dual-AHB is deployed in the NXP LPC2300/2400 series, which make the simultaneous operation of Ethernet and USB possible. Embedded VFP to improve computing performance
More and More embedded control applications are now demanding signal processing such as filtering, differential calculation, noise reduction, spectral analysis, demodulation and so on. It costs much calculating resource for 8- and 16-bit microcontrollers to do such works. Today, we've seen some strongly powerful microcontrollers with embedded vector float calculation co-processor available in the market. With NXP's low-power 90nm process technology, this can be achieved with very small die size and negligible power consumption overhead. Implement capacitive touch sensing with MSP430
Due to technology innovation in mixed signal programmable devices, capacitive touch sensors became practical as value-added replacement to mechanical switches recently in broad end equipments such as PMP/Handset/Home appliance/¡ Based on TI's Ultra Low Power mixed signal microcontroller MSP430 product family, TI developed reliable and cost effective capacitive touch sensor which were already proven to be successful in multi end equipments such as PMP/LCD TV/¡ In this workshop, the capacitive touch sensing solution including touch key and sliding function based on MSP430 will be introduced and the demo/evaluation system will be shown. And the advantages of capacitive touch sensing based on MSP430 will be also highlighted in the workshop to let engineer design reliable and cost effective touch sensing solution. Digital Consumer Electronics Cost effectiveness and design reliability with flash memory embedded 8bit MCU
The microcontroller with internal flash memory allows multiple writing and rewriting to provide great advantage in delivery and reuse, but has a disadvantage of being high priced. ABOV Semiconductor utilizes chips designed specifically for target application markets, advanced semiconductor production process technology and self-sufficient test facilities to reduce the price gap with micro ROM products. Thus, they provide customers sensitive to development time or delivery time with an alternative solution to Mask ROM and OTP. In this workshop, the flash memory embedded 8bit MCU solution will be introduced and the demo/evaluation system will be shown. Flash products by ABOV Semiconductor are on board program capable (programming after customer system is produced), and with diverse flash memory capacity and packages customers can select products with their own user specific applied system to be developed. ABOV Semiconductor has applied technological capabilities that allow them to produce and support development environments (software and hardware), such that they are able to completely support development of customer's applied system. Meet your power, space, and cost constraints with Zero-Power CPLDs
Portable application designers are facing increasingly stringent power, space, and cost constraints, stemming from consumer demands for smaller, faster, cheaper products. Altera®'s new zero-power MAX® IIZ CPLDs bring the benefits of programmable logic¡ªincluding flexibility, fast time to market, and board-level integration¡ªto the portable applications space. With MAX IIZ CPLDs, designers gain more I/O and logic resources than are available from similarly sized, traditional macrocell-based CPLDs. MAX IIZ CPLDs enable designers to add new features or modify existing ones to meet customer expectations, interface to new I/O components, or support new transmission standards or media formats. This allows designers to differentiate their products and get them to market faster than they would if they used ASICs or ASSP devices alone. In addition, MAX IIZ CPLDs can be used as power-reducing coprocessors that allow system tasks to be offloaded from a power-hungry host processor to a power-frugal CPLD. Design Robust CEC Function into HDMI™ Products
HDMI has become a popular video I/O for digital TVs, DVD players, Digital Video Recorders (e.g. Tivo™), set-top boxes, and A/V receivers (AVRs). Now, designers of portable electronic devices such as HD digital video cameras (DVC) and digital still cameras (DSCs) have begun to use HDMI as the principle HD video output. The consumer electronics control (CEC), a universal remote control feature defined in the HDMI specification, enables end users to use one remote controller to operate multiple CEC enabled devices when they are connected together by HDMI. In this presentation we will discuss the fundamental features of CEC and review a sample design using Analog Devices HDMI ICs with integrated CEC controllers. Through the discussion we will illustrate that robust interoperability, cost effective implementation, and simple system layout are the key factors for a successful CEC implementation. Design HDMI™ V.1.3 compliant products with robust interoperability
The latest HDMI compliance test specification (HDMI CTS) V.1.3 incorporates new tests and higher standard comparing to HDMI CTS V.1.2 in order to improve the product performance and interoperability. Most HDMI devices submitted now to HDMI Authorized Test Centers (ATC) will be tested against HDMI CTS V.1.3. Analog Devices (ADI) established 4 HDMI test labs worldwide including Greensboro (US), Tokyo, Taipei, and Beijing to perform pre-test for its customers to save their cost and time. In this presentation we will study the important additions of HDMI CTS V.1.3. We will also discuss common system design issues which may cause the failures of HDMI compliance test and provide recommendations to resolve these issues. Your next generation multimedia IC: CEVA MM2000 does the job for you?
The consumer-led demand for feature-rich multimedia devices makes this market space one of the most exciting in the electronics industry. CEVA is at the technological forefront in developing solutions to enhance the user experience and at the same time helping manufacturers and OEMs to create new devices that satisfy the needs of their clients. CEVA's offering for today's mobile multimedia markets is the Mobile-Media2000 (MM2000) platform. Based on the powerful and widely adopted CEVA-X1620 processor, MM2000 is a general purpose platform enabling superior video processing power as well as the ability to add other software components like audio codecs, pre/post processing, baseband, etc. This reduces the load on the host processor in the system and reduces the amount of memories and peripherals in the system, significantly lowering the silicon size and bill of materials for the development of multimedia SoCs. Catering to the different mobile multimedia markets MM2000 can offer solutions for MobileTV player with H.264 decode at CIF resolution 30fps along with AAC audio decode and high-end PMPs with H.264 decode and encode at D1 resolution 30fps along with HE-AAC decode and encode. MM2000 is a fully programmable platform that features a high-performance CEVA-X1620 DSP core, a small set of level-1 associated memories, a multimedia-optimized DSP subsystem, and a complete suite of optimized multimedia codecs. Using a fully programmable DSP enables support for all future multimedia standards without the need for hardware upgrades, and a comprehensive development platform enables licensees to incorporate additional hardware and software components. Powerful but low power consumption application processor from Freescale - i.MX
The presentation addresses the i.MX series product's feature, performance, roadmap, and the application on PMP/mobile DTV/GPS PND/smart phone and automotive infotainment. Empowered by its high speed ARM core, cinema quality video, and ultra-low power consumption, Freescale i.MX series application processor will make your products difference. Audio CODECs, headphone amplifiers and FM transmitters
Portable devices are getting physically smaller, meaning smaller batteries with less energy storage capabilities. Meanwhile functionality is increasing, resulting more complex ICs and more power consumption. Reducing power dissipation is key for maintaining or ideally increasing portable device operating life. The typical architecture of complex portable devices consists of a microcontroller, applications processor(s), memory, display subsystem and audio subsystem. Focusing on the audio subsystem, the headphone amplifier is where significant power reduction can be achieved. By understanding how audio impacts power dissipation and the trade-offs among amplifier topologies, the design best choices can be made. Leadis focuses on the audio subsystem, in particular the stereo headphone amplifier. An analysis will be made of system power budgets, how to analyze audio signals and what implications audio has on power dissipation. Finally, popular headphone amplifier topologies will be compared, including the advantages of Class G, which is being applied in new ways to IC amplifiers. LED charge pumps and dynamic backlight controllers
The Leadis LED Driver product line is showcasing a portable media player with its' power saving DBC solution, which integrates the display driver and the LED Driver. The efficient LED Driver is a 6 channel Charge Pump utilizing its patented PowerLite Current Regulator (PCR) and a 1.33x Charge Pump Mode. Visitors can see the power savings in side by side comparisons of one solution with the PCR and 1.33x enabled, and another solution without the technologies enabled. As portable applications continue to include more features needing an active display, such as Internet, video and games, the solutions from Leadis will continue to extend the most important feature, longer battery life. Powerlite dynamic backlight controllers for LCD, RGBW and AMOLED
AMOLED Technology offers key advantages of fast switching speeds, outstanding viewing angles, vivid colors, low power consumption and competitive costs. AMOLED technology is expected to capture significant market share in the competitive FPD market of small screens for mobile phones and portable digital audio players (MP3 players), car radios, digital cameras and high-resolution microdisplays for head-mounted displays. Such portable applications favor the high light output of AMOLEDs for readability in sunlight, and their low power drain. VPW™ technology adds white (transparent) subpixels to form a proprietary 4 colors RGBW display of square subpixels. Higher brightness can be obtained from the backlight through the white subpixels in the case of LCD and CF-OLED displays; or from the reflection of the ambient light on the white subpixels area in the case of electronic paper displays. This is critical in order to minimize power dissipation as customer demand for higher resolution displays results in increased pixel density and, therefore, reduced transparency when using conventional RGB structures. The VPW™ engine, embedded in a display driver, further enhances the perceived resolution, colors and contrast, which provides much better user experience with the image contents. In addition, VPW™ technology's duo resolution driving mode further reduces power consumption in mobile devices. Power, connection & protection circuits for digital portable devices
The market of PMP, Smart Phone and Game console is growing explosively, and more new functions are integrated to make them more attractive and convenient. Meanwhile, consumers have high expectation on small device size, multiple functions with solid reliability. All these end market requirements make the circuit design challenging. Union Semiconductor will introduce its power management, interface, multimedia switch, ESD protection & EMI reduction solution targeted for high end portable application. RF/Wireless Simple and Robust Ad-hoc RF Networks for AMR
Embedded RF networks are gradually becoming the standard for automatic meter reading (AMR). The most important AMR system parameter is robustness, where data delivery must be guaranteed for an effective system. To maximise this robustness, it is important to limit both complexity and interference. Specifically targeted at AMR systems requiring simple solutions, Cyan's Cy-Net ah-hoc RF stack combines all of the features necessary to guarantee robustness. The RF stack uses the low frequency ISM bands, avoiding common problems with the 2.4 GHz band and allowing immediate deployment without certification. Cyan additionally offer a range of flash MCU's that are particularly suited to the problem, from simple low cost battery powered data collection nodes through to USB or Ethernet enabled concentrators. Coupled with fully featured and powerful development tools, fast system customisation can be achieved. Cyan can offer turnkey solutions to achieve fast, simple and robust AMR system design. Achieve design success with RF module integration
The pace of innovation demands that RF engineers develop ever more efficient solutions. Integrating discrete components into higher level modules presents unique challenges and opportunities including increased overall system efficiency, PCB space savings and a smaller BOM. Integrated solutions based on the latest GaAs processes and filter technologies offer RF engineers a unique path to success. TriQuint Semiconductor will host an educational seminar outlining its approach to delivering highly integrated solutions. With a technology portfolio that includes pHEMT, HBT, BiHEMT, GaN, SAW and BAW filtering, as well as flip-chip packaging, TriQuint enables the smallest modules available on the market. TriQuint offers simplified, high performance packaged devices in tune with market trends. The company's expertise and close cooperation with transceiver and base band manufacturers ensures a comprehensive look at this important trend. TriQuint will also highlight ways in which high-level integration has been successfully utilized by companies based in China. Power Management Meet your power, space, and cost constraints with Zero-Power CPLDs
Portable application designers are facing increasingly stringent power, space, and cost constraints, stemming from consumer demands for smaller, faster, cheaper products. Altera®'s new zero-power MAX® IIZ CPLDs bring the benefits of programmable logic¡ªincluding flexibility, fast time to market, and board-level integration¡ªto the portable applications space. With MAX IIZ CPLDs, designers gain more I/O and logic resources than are available from similarly sized, traditional macrocell-based CPLDs. MAX IIZ CPLDs enable designers to add new features or modify existing ones to meet customer expectations, interface to new I/O components, or support new transmission standards or media formats. This allows designers to differentiate their products and get them to market faster than they would if they used ASICs or ASSP devices alone. In addition, MAX IIZ CPLDs can be used as power-reducing coprocessors that allow system tasks to be offloaded from a power-hungry host processor to a power-frugal CPLD. Power management solutions for consumer and portable applications
This session focuses on the latest product offering from Freescale concerning your needs for power management in consumer and portable devices. It starts off by focusing on the issues and needs that are dictated by consumer applications and how they shape the performance demanded from your power management devices. Products such as battery chargers, high-performance regulators, DDR power and PMIC will be covered. Change the way you design RF forever
Peregrine Semiconductor Corporation designs, manufactures, and markets high-performance communications ICs for the wireless infrastructure and mobile wireless; broadband communications; space, defense and avionics markets. Manufactured on the Company's proprietary UltraCMOS™ mixed-signal process technology, the Peregrine product portfolio is poised to meet the demands of a global RF design community in high-growth applications such as WCDMA and GSM digital cellular and infrastructures, broadband, DTV, DVR and radiation-hard space, defense and avionics programs. UltraCMOS enables the combination of high-performance RF, mixed-signal, passive elements, nonvolatile memory and digital functions on a single device, offering high performance, low power, and monolithic integration. This presentation will go through the technical details and advantages of UltraCMOS technology and how to leverage Peregrine Products based on this technology into your designs and applications in a wide range of market and change the way you design RF forever. Exploring how good GUIs drive adoption in the digital power management space
User interfaces drive technology. The tipping point for technologies like the PC, the Internet, and e-mail have all centered on user interfaces. Certain technologies, such as digital power conversion, have suffered due to a lack of better interfaces. Power conversion is an arcane specialty and the development has historically been manually intensive. A good GUI can help engineers design power systems for the specific applications. The seminar will examine real-world design situations and how a good GUI not only makes programming POLs more intuitive; it also organizes your thinking so important details aren't overlooked. In addition, the presentation will discuss:
Off-chip ESD protection solution for high-speed interfaces
An electrostatic discharge (ESD) paradox is seen across the semiconductor industry. Increasing demands for processing speed and functional density have pushed IC (Integrated Circuit) fabricators to further shrink the minimum dimensions of MOS devices, making the next generation electronics devices even more susceptible to ESD events. Meanwhile, the Industry Council on ESD Target Levels recently announced the reduction of the standard level of on-chip ESD protection to facilitate the industry's ability to design and quickly bring to market high-speed and high-performance ICs. Hence, the need to protect systems with even more robust off-chip ESD protection circuits is greater than ever. A wide variety of technologies have emerged as contenders for ESD protections, TVS (Transient Voltage Suppressor) is proven to be the best candidate after considering all the aspects. DisplayPort, as a specific example, is the emerging high speed digital interface for both internal and external interconnects related to PC. At 2.7Gbps/lane, capacitive loadings can easily degrade the high speed signals. Therefore, it is very important to choose adequate protection schemes that the system passes ESD test per IEC61000-4-2 standard while meeting the DisplayPort Compliance Test Specification (CTS) requirement. Switching regulator with integrated power switch for IAD/DTV market
Power Management plays a vital role in today's consumer electronics and communications devices. In this highly competitive market, device manufacturers are continuously pursuing higher reliability, better noise immunity, and improved BOM cost. To address these market needs, switching regulators with integrated power switch are gaining popularity over the traditional PWM controllers. Semtech International AG developed three leading high switching frequency PWM regulator products - SC4524A, SC4524B and SC4525A, all with an integrated high current capacity power switch. In addition to the outstanding handling capability for high switch current, these PWM power switching regulators work with a wide breadth of input voltage ranging from 3V to 28V. The programmable switching frequency enables the design to achieve high efficiency and fast load transient response. All those features prevail in competition over other suppliers in the following markets such as Integrated Access Device (e.g. set top box, DSL router, cable modem, etc), digital TV and DSP power supply. Telecom Infrastructure Carrier Ethernet delivery over PDH
This seminar presents Maxim's new Ethernet mapping product line for Ethernet-over-PDH (EoPDH). EoPDH is a collection of technologies and standards that allow the transport of native Ethernet frames over the well-established PDH telecommunications infrastructure. This talk focuses on the DS33X162, which is the industry's first EoPDH integrated mapping device to cover the entire range of the applicable ITU standards. An overview of device features and technical specifications for several device functions will be given. These EoPDH mappers are used in a wide variety of applications, including carrier Ethernet, Ethernet demarcation, Ethernet access, MSPP, DSLAM, ROADM, microwave radio, WAN router, and Ethernet aggregation applications. Specific examples will be presented. CMOS RF Transceiver in mobile communication
NXP has the most integrated and cost-effective RF transceiver solutions on the market. The portfolio delivers industry-leading BOM and footprint, best-in-class sensitivity, and extended battery life. NXP CMOS technologies and products continue be the leading solutions in 3G, LTE, UWB, GPS, and radio applications. Achieve design success with RF module integration
The pace of innovation demands that RF engineers develop ever more efficient solutions. Integrating discrete components into higher level modules presents unique challenges and opportunities including increased overall system efficiency, PCB space savings and a smaller BOM. Integrated solutions based on the latest GaAs processes and filter technologies offer RF engineers a unique path to success. TriQuint Semiconductor will host an educational seminar outlining its approach to delivering highly integrated solutions. With a technology portfolio that includes pHEMT, HBT, BiHEMT, GaN, SAW and BAW filtering, as well as flip-chip packaging, TriQuint enables the smallest modules available on the market. TriQuint offers simplified, high performance packaged devices in tune with market trends. The company's expertise and close cooperation with transceiver and base band manufacturers ensures a comprehensive look at this important trend. TriQuint will also highlight ways in which high-level integration has been successfully utilized by companies based in China. Wireless Communication Freescale's 3rd generation ZigBee™ platform
In March 2007, Freescale announced its 3rd Generation Platform, the revolutionary MC1322x Platform in a Package™. Details of this new product with its new tools will be presented with emphasis on key features competitive analysis. New concepts to sub-GHz FSK Radio market
Integration Associates who redefined the wireless semiconductor market with its award winning EZRadio® product line has launched its next generation group of products under the EZRadioPRO™ product tag. The EZRadio products introduced new concepts such as the automatic antenna tuning function which enabled dynamic field based tuning of the antenna which in turn reduced cost of production and of potential end customer product returns. This feature also lent itself to the requirements of frequency hopping protocols since the chip and antenna was calibrated and retuned in 11¦Ìs. The EZRadioPRO product line was designed to provide performance characteristics typically only available through complex and time consuming customer design, Integration's design team created the product with a sensitivity of -117dBm along with a configurable output level of up to +20dBm through the use of its embedded high-efficiency PA with extremely low current consumption characteristics for its given Tx power. We currently have 6 devices supporting a maximum frequency range of 240MHz up to 960MHz in 300Hz steps. Please join our seminar in Shenzhen IIC show 2008 for more detail. And, you will have a chance to get an iPod during the event. The seats are limited to first-come, first-serve based. Crest factor reduction and digital pre-distortion - A comprehensive basestation solution
Crest Factor Reduction (CFR) and Digital Pre-Distortion (DPD) offer solutions for basestation (BTS) designers by providing lower PAR signals and correcting signal nonlinearities, to improve performance while lowering cost and operating costs through improved power efficiency. Power efficiency is a key factor: it limits signal power, power transistors are expensive, power is the largest operational expense, and power dissipation impacts system size. The power amplifier (PA) consumes most of the power and is relatively inefficient. To eliminate spurious emissions, designers must operate the PA in a more linear but less efficient regime. DPD increases the PA output linearity by pre-distorting the signal, correcting nonlinearities to allow more efficient operation. The peak to average ratio (PAR) of the signal can also cause distortion requiring PA backoff and lower efficiency. CFR lowers the PAR so the PA can be operated in a more efficient regime, closer to saturation. While both CFR and DPD deliver increased efficiency, the combined solution delivers a far more optimal result. Auto Electronics Freescale helps China customers win new challenges of automotive electronics
New technology roadmaps, qualities, solutions, better services with strong local engineering expertise. Contributions to the growth of China automotive electronics industry
As a world-wide leading semiconductor supplier, especially in the Automotive electronics field, NEC Electronics owns a great fame and has been recognized widely in the global market including China, who covers a large amount of mature applications, such as Power Train, Chassis, Safety, Body, Infotainment, In-Vehicle Network, etc. Our customers are famous accessory suppliers from different kinds of field, and we are keeping tight strategic collaboration relationship with all sorts of car manufacturers. In 2006, as a pioneer in the automotive semiconductor industry, we ranked the 2nd top supplier in terms of market share in this field. With the booming of China automotive industry, all semiconductor suppliers are paying more and more attention to the China Automotive Electronics market, among which, NEC Electronics has been always strengthening the promotion in this area, and regarded it as the target among all applications in China in the coming few years. In this seminar, NEC Electronics will introduce the main applications in China at the present stage, which cover Dashboard MCU, Car Audio products and Body control system products, etc. Open Forum Freescale's Flexis™ series: 8 and 32-bit compatible USB MCU families and their applications
This seminar introduces the Freescale USB product family and its potential applications. Core base on the industrial popular 8-bit S08 and 32-bit Coldfire, Freescale has a wide range of USB products covering low speed, full speed and high speed USB interface, OTG and integrated PHY. By supporting the USB applications, the product is backed up with a complimentary USB Stack Support on HID (Generic, Keyboard, Mouse and Joystick), CDC to UART and Host Mass Storage. Application examples include POS, Medical, Dongle and RFID Tag Reader. Powerful but low power consumption application processor from Freescale - i.MX
The presentation addresses the i.MX series product's feature, performance, roadmap, and the application on PMP/mobile DTV/GPS PND/smart phone and automotive infotainment. Empowered by its high speed ARM core, cinema quality video, and ultra-low power consumption, Freescale i.MX series application processor will make your products difference. Architectural flexibility and configurability for 32-bit microcontrollers
The microcontroller (MCU) market is experiencing significant growth in China, and the trend is accelerating. Market Avenue Partners reports that 2006 MCU sales in China reached $4.36 billion (U.S.), an increase of 16.27% over 2005. Much of this growth is driven by applications that are outgrowing the capabilities of legacy 8- and 16-bit processor architectures. The industry is moving toward 32-bit architectures for high-performance consumer, automotive, industrial control and other applications that require more memory, higher performance, scalability and connectivity as well as support for complex software. This presentation will discuss the demands today's MCU designers face in determining which 32-bit MCU architecture best meets their design specifications, minimizes their system cost and provides the software applications and tools needed to get to market quickly. It will discuss the need for a highly-configurable and flexible architecture, the advantages of silicon-verified analog IP cores, and the tools and methodologies needed for power management, die size reduction, design reuse, and maximum performance. High efficient PWM Module for BLDC
The NXP LPC2919 targets applications in motor control. The Modulation and Sampling Control Subsystem (MSCSS) in the LPC2917/19 includes four PWMs and two timers. The frequency, duty cycle and rising and falling edges can be controlled very precisely by PWMs. The two 3V 8-channel, 10-bit ADCs can be synchronized with the PWMs, making them ideal for Motor Control. CMOS RF Transceiver in mobile communication
NXP has the most integrated and cost-effective RF transceiver solutions on the market. The portfolio delivers industry-leading BOM and footprint, best-in-class sensitivity, and extended battery life. NXP CMOS technologies and products continue be the leading solutions in 3G, LTE, UWB, GPS, and radio applications. LIPS (Integrated LCD Power Supply)
LIPS (Integrated LCD Power Supply): LCD-TV is getting more and more popular in nowadays home appliance. The power and backlighting two-in-one solution, Integrated LCD Power Supply, has always been a difficulty to TV makers. High-reliability, high-efficiency and low-cost are consistently the target that manufacturers are trying to achieve for their design. NXP high-voltage backlighting solution has been leading this trend. Composed of Greenchip III, The TEA1750 series with embedded PFC and Flyback controller, and high-voltage inverter UBA2071, NXP's solution enables the designers to get into the market easily and quickly. Overview of solutions for high efficiency power supplies
This presentation will start with an introduction of existing regulatory requirements including ENERGY STAR®. It will then provide an analysis of the power losses by stage highlighting the key efficiency challenges. In addition, this presentation will describe the solutions for different PFC performance and topologies (Forward 2-switch, Forward active clamp, HB-LLC) and, will highlight each of their benefits, limitations and cost trade-offs versus power, to derive at all feasible solutions for power solutions for different segments, especially for computing and low profile LCD TV. Tips and tricks intended to increase the efficiency at light load will also be shared. Finally the presentation will address the challenges and trends lying ahead, in particular the move to higher efficiency beyond 80% for computing power. Change the way you design RF forever
Peregrine Semiconductor Corporation designs, manufactures, and markets high-performance communications ICs for the wireless infrastructure and mobile wireless; broadband communications; space, defense and avionics markets. Manufactured on the Company's proprietary UltraCMOS™ mixed-signal process technology, the Peregrine product portfolio is poised to meet the demands of a global RF design community in high-growth applications such as WCDMA and GSM digital cellular and infrastructures, broadband, DTV, DVR and radiation-hard space, defense and avionics programs. UltraCMOS enables the combination of high-performance RF, mixed-signal, passive elements, nonvolatile memory and digital functions on a single device, offering high performance, low power, and monolithic integration. This presentation will go through the technical details and advantages of UltraCMOS technology and how to leverage Peregrine Products based on this technology into your designs and applications in a wide range of market and change the way you design RF forever. Power, connection & protection circuits for digital portable devices
The market of PMP, Smart Phone and Game console is growing explosively, and more new functions are integrated to make them more attractive and convenient. Meanwhile, consumers have high expectation on small device size, multiple functions with solid reliability. All these end market requirements make the circuit design challenging. Union Semiconductor will introduce its power management, interface, multimedia switch, ESD protection & EMI reduction solution targeted for high end portable application. Experience Altium's Innovation Station for the connected generation!
The way you design is about to change...At Altium, we're changing the design equation forever by putting the focus first and foremost on the design of your product's most valuable element - the core product functionality. It's time to change. And the solution is here. At IIC China see the next generation of electronics design - the Altium Innovation Station, that combines Altium Designer and our range of NanoBoard reconfigurable hardware platforms. Altium Designer + Altium NanoBoard = Altium Innovation Station
Altium's Innovation Station let's you create the intelligence for your device using the single, coherent, unified design flows of Altium Designer. Don't miss this opportunity to see the Innovation Station live and in action! |
| ||||||||||
 |
