Andrea Electronics is a leading developer of hardware and software microphone technologies which optimize the performance of voice user interfaces for automotive telematics systems and auto PCs, personal digital assistants, Internet appliances and Internet telephony, voice-enabled web browsing, desktop dictation and videoconferencing applications.

Andrea Electronics believes that it possesses both the technological and engineering capability to deliver truly innovative audio input solutions at a cost-competitive price, a capability that it believes serves to set the Company apart from its competition. Perhaps most important, Andrea Electronics possesses the unique ability to embed, scale or customize these unique microphone solutions for various environments and/or hardware platforms. In addition to its digital audio software, the Company also offers a complete line of Active Noise Cancellation (ANC) and Noise Canceling (NC) PC headsets for voice applications in which a headset is desired, such as with wearable PCs and in call center environments.

Askey Computer Corporation. was established in Taipei, Taiwan in 1989. The company is now engaged in the design, marketing, manufacturing, distribution and after sales services of broadband and wireless products for ODM/OEM customers worldwide.

With fast business growth and continuous progress in new product development, Askey has become the world's leading manufacturer of cable modems, ADSL modems, wireless LAN products, analog modems and combo cards for computers, telecommunications, networking and other communication industries.

Askey attracts customers by its proven dedication to quality design and production. In 1995, Askey's manufacturing facilities received ISO-9001 accreditation. The accreditation ensures that Askey's production facilities meet certain customer and regulatory demands.  Askey again then passed ISO-14001, ISO-9002 and U.K. BABT340. In August 1999, Askey's cable modem also received the Data Over Cable System Interface Specification (DOCSIS) certification from CableLabs.

Wi-Fi SoC 802.11 4x4 Implicit Beam Forming MIMO SoC for multiple HD streams over Wi-Fi

Celeno’s innovative Wi-Fi System on a Chip (SoC) reflects a fresh technological approach to HD video streaming, optimizing Wi-Fi to achieve carrier-grade performance. Celeno’s technology introduces significant range, robustness and throughput improvements, for effective HD video streaming over standard Wi-Fi.

EMI Filters

Since 1981, Delta has produced high quality, dependable EMI filters for power supplies, monitors, instruments, networking and medical equipment and many other tools used throughout the world. Our present products cover IEC inlet filters with a maximum of 20A, chassis mounting filters with maximum of 60A and three-phase filters with maximum of 600A/520 VAC. Our mass produced three-phase filters are extensively used in AC motor drives and machine tool applications. We are also readying the designs and production of high frequency telecom & networking products.

Ranked as the fastest growing provider of security semiconductor IP by Gartner for the last four years, Elliptic licenses semiconductor intellectual property (SIP) cores and software for secure communications ranging from low power to multi-gigabit per second implementations. Elliptic SIP cores enable system-on-chip designers to efficiently balance power, performance and silicon area in complex security-based systems. Ellipsys Cryptography Middleware offers a complete set of symmetric and asymmetric algorithms in C source code targeted at embedded applications. Ellipsys supports all popular cipher and hash algorithms as well as asymmetric cryptography including ECC and RSA operations. The Ellipsys Trust Framework (ETF) allows customers to implement anti-cloning and anti-counterfeiting solutions even in distributed manufacturing scenarios. Demanding customers in markets such as wireless, storage, content distribution, implantable medical devices and high performance communications trust embedded securitysolutions from Elliptic. The company was founded in 2001 and has customers in the United States, Israel, Japan, China, Taiwan, Korea, Malaysia, Europe and Canada. For more information please visit www.elliptictech.com.

Etron is a world-class, fabless design and product company of excellence. The company offers cutting-edge Known-Good-Die (KGD) and packaged ICs, which cover low-power RAMs, including SRAMs, Pseudo SRAMs and DRAMs; DDR and SDR DRAMs, and system chips.

 GigOptix's advanced technology integrated circuits provides optical communication system and storage manufacturers with the highest precision signal integrity, the lowest power consumption, and smallest form factor available, enabling them to build the most cost-effective, reliable, and high performance systems in the market. This allows telecom and datacom systems to meet the increasing demand for bandwidth at acceptable costs.

 HelloSoft is a leading supplier of signal processing technology and Software-Defined Radio (SDR) solutions for VoIP, Cellular, Wi-Fi, and converged markets. A pioneer in feature-rich customizable VoIP platform, combined with its best-of-breed Cellular and WLAN Intellectual Property (IP) Portfolio, HelloSoft’s offerings enable cost-effective, low-power and high performance mass deployment of multi-mode mobile and portable communication devices for the converged market place. HelloSoft is the inventor of RISC-only implementation, which has been adopted by 30+ major semiconductor and OEM/ODM companies worldwide

 A New Paradigm

IPextreme is leading a revolution in the semiconductor industry by bringing high-value, silicon-proven intellectual property (IP) from large semiconductor companies to System-on-Chip designers worldwide. Our success is driven by the convergence of two powerful forces:

• The relentless demand of Moore’s law driving semiconductor companies to buy and integrate bigger, more complex IP onto their devices (with fewer engineering resources)

• The strategic need of semiconductor companies to step beyond their traditional chip business by enabling a broader marketplace through licensing their IP to 3rd-parties

Through IPextreme, semiconductor companies execute their outbound IP licensing strategies without the cost and diversion of investing in non-core areas. The full value of their IP assets are realized by providing product managers a strategy to advance their chip sales, and their IP development teams a means to convert their cost centers to profit centers.

 KQT has been focusing overseas market from the beginning with good quality and price and export metal leaded, plastic molded SMD & ceramic SMD X-tal, XO, VCXO, VCTCXO & PECL (LVDS) to America and Europe. Now, KQT was recognized as a excellent company onCrystal units & crystal oscillator filed and supplying to Korean market also.

MEMSIC is the leading provider of CMOS-based MEMS accelerometers/sensors.

The Company's accelerometers, sometimes called inertial sensors are used to measure tilt or inclination, shock or vibration, or inertial acceleration. Any application that requires the control or measurement of motion is a potential application for accelerometers.

The performance vs. price point that MEMSIC's accelerometers can achieve is opening up new applications that until now were not practical. (E.g. cell phones and PDAs)

 Powerlayer Microsystems, Inc.  is a Beijing-based private company specializing in the research, production, sales and support of video/audio chips for HDTV and IP-STB. PLM holds various key patents with regard to coding and modulation technology for HDTV and IP-STB. PLM has also attracted multiple rounds of funding from international venture capital firms. Moreover, in recognition of PLM’s strength in R&D and Product Development, it has received and continues to receive research grants from the Beijing government.

To date, PLM has shipped over 1 Million units of PLM1000 (a HD video format converter chip for CRT TV), and has successfully designed in the PLM3000 (SOC for Connected HDTV/IP-STB with P2SP streaming built in) with Tier-1 TV and STB OEMs.

In order to enable rich internet entertainment content on the PLM3000 platform, PLM cooperated with many internet content providers covering music, video, gaming and Karaoke media. These online services will provide consumers with much richer entertainment experiences than previously possible.

 Ralink is a global technology leader in the wireless home networking and broadband access semiconductor markets.

Ralink’s 802.11n Wi-Fi solutions are shipped to customers in the Americas, Europe, and Asia, and are embedded in hundreds of products across all major Wi-Fi market segments including personal computers, broadband gateways, digital televisions, Blu-Ray players, web cameras, and IPTV set-top-boxes. Ralink is also among the fastest growing xDSL CPE semiconductor suppliers in the market with over 90% growth in 2009.  Ralink’s solutions have been deployed by 50 carriers in 45 countries across Europe, Asia, and the Americas.  With its high performance yet cost-effective xDSL solutions, Ralink is on track to become the number 2 global xDSL CPE chip supplier in 2010.   

 Silicon Laboratories (NASDAQ: SLAB) is an industry leader in the innovation of high-performance, analog-intensive, mixed-signal ICs. Mixed-signal ICs enable the analog world we live in to interact with the digital world of computing in customer products like set-top boxes, televisions, and cell phones. Developed by a world-class engineering team, Silicon Labs’ diverse portfolio of highly-integrated, easy-to-use solutions are designed in CMOS, the most widely available process technology, enabling significant integration advantages without sacrificing performance. 

Headquartered in Austin, TX, Silicon Labs is a global enterprise with operations, sales and design activities worldwide.  Founded in 1996 on the principles of constant innovation and solid execution, Silicon Labs’ strong business fundamentals and proven track record have resulted in sustained growth throughout the company's history.

Silicon Labs' portfolio of both application specific and general purpose products includes high-performance, mixed-signal 8-bit microcontrollers, broadcast audio and video solutions, ISOmodem® embedded modems, ProSLIC® subscriber line interface circuits, silicon direct access arrangements (DAAs) and clocks and oscillators. These patented solutions serve a broad set of markets and applications including consumer, communications, computing, industrial and automotive.

Founded in 1986, Universal Electronics Inc. (UEI) is the global leader in wireless control technology for the connected home. UEI designs, develops, and delivers innovative solutions that enable consumers to control entertainment devices, digital media, and home systems. The company's broad portfolio of patented technologies and database of infrared control software have been adopted by many Fortune 500 companies in the consumer electronics, subscription broadcast, and computing industries. UEI sells and licenses wireless control products through distributors and retailers under the One For All� brand name. UEI also delivers complete home control solutions in the professional custom installation market under the brand name Nevo�.

 The XMOS architecture combines a number of processing cores (called XCores) each with its own memory and I/O system, on a single chip. The processing cores are general-purpose in the sense that they can execute languages such as C; they also have direct support for concurrent processing (multi-threading), communication and I/O.

A high-performance switch supports communication between the processors, and inter-chip Links are provided so that systems can easily be constructed from multiple chips. Any thread can communicate with any other thread in the system using single-cycle communication instructions. The system switches can efficiently route short packets or streamed data.

The XMOS architecture makes it practical to use software to perform many functions that traditionally have been implemented in hardware, for example interfaces and I/O controllers. Both input and output operations can be timed to a local clock or an externally provided clock. The architecture is both multi-threaded and event-driven. Threads can be used to define independent tasks; the event mechanism enables fast and controlled responses to a multitude of signals.

The architecture is designed to support any programming language, such as C and C++. The full benefits of the instruction set may require extensions to standard languages, libraries, or the use of assembly language. We have designed XC, a version of C that supports I/O, multi-core and precision timing.

Zilog® is a trusted supplier of application specific, embedded system-on-chip (SoC) solutions for the industrial and consumer markets. From its roots as an award-winning architect in the microprocessor and microcontroller industry, Zilog® has evolved it’s expertise beyond core silicon to include SoCs, single board computers, application specific software stacks and development tools that allow embedded designers quick time to market in areas such as energy management, monitoring and metering and motion detection.