Xilinx

Bodo, Inc designs and develops elastic Python cloud engine. It offers automatic parallelization and optimization of analytics workloads across clusters. The company was incorporated in 2018 and is based in Moss Beach, California with additional offices in Pittsburgh, Pennsylvania and Sopot, Poland.

Kameleon Security is a semiconductor startup with an advanced hardware approach to computing system cybersecurity. It developed the first proactive Security Processing Unit (ProSPU) to enforce security throughout a system’s lifecycle, targeting data centers, managed computers, servers, and cloud computing systems.

Silexica provides software development tools reducing time-to-market of innovative software IP and intelligent products. Enabled by deep software analysis, heterogeneous hardware awareness and quick design space exploration, the SLX programming tools accelerate the journey from software to application-specific hardware systems, democratizing accelerated computing. Founded in 2014, Silexica is headquartered in Germany with offices in the US, Japan, and Pakistan. It serves innovative companies in the automotive, robotics, wireless communications, aerospace, and financial industries and has received $28M in funding from international investors.

Xsight Labs Ltd manufactures chip-set semiconductors for data center and automotive sector. It develops technology for accelerating next generation, cloud-based, data-intensive workloads such as machine learning, data analytics and disaggregated storage. Xsight Labs Ltd was incorporated in 2017 and is based in Kiryat Gat, Israel.

Pliops Ltd, founded in 2017 and based in Ramat Gan, Israel, specializes in cloud storage solutions designed to enhance data access speeds in cloud and enterprise data centers. Founded by industry veterans with experience from companies like Samsung, M-Systems, and XtremIO, Pliops aims to create a new category of storage products. Its innovative technology allows for data access up to 50 times faster while significantly reducing computational load and power consumption by consolidating multiple inefficient layers into a single, ultra-fast device. This approach addresses the scalability challenges posed by the growing volumes of data, particularly driven by the needs of artificial intelligence and machine learning applications.

Xsight Labs Ltd manufactures chip-set semiconductors for data center and automotive sector. It develops technology for accelerating next generation, cloud-based, data-intensive workloads such as machine learning, data analytics and disaggregated storage. Xsight Labs Ltd was incorporated in 2017 and is based in Kiryat Gat, Israel.

Xsight Labs Ltd manufactures chip-set semiconductors for data center and automotive sector. It develops technology for accelerating next generation, cloud-based, data-intensive workloads such as machine learning, data analytics and disaggregated storage. Xsight Labs Ltd was incorporated in 2017 and is based in Kiryat Gat, Israel.

Bigstream provides hyper-acceleration technology that delivers orders of magnitude performance gains for Big Data platforms such as Apache Spark, Kafka and TensorFlow using hardware and software accelerators. Hyper-acceleration of big data and machine learning workloads is achieved using advanced compiler technology and transparent support for FPGAs. Unlike other approaches, Bigstream requires no application code changes or special APIs.

Aupera Technologies Inc. is a technology company based in Vancouver, Canada, specializing in video transcoding, content classification, and video storage systems. Founded in 2014, Aupera develops innovative solutions that incorporate cloud video applications, video processing platforms, and an AI video development framework. The company offers a range of services, including video decoding, transcoding, video on demand, live video streaming, content distribution, and video conferencing. Aupera's proprietary distributed computing and storage architecture, combined with an AI acceleration engine, positions it as a leader in creating next-generation video data center platforms.

Cortical.io AG develops and markets natural language processing (NLP) solutions based on its proprietary semantic folding technology, which offers a fundamentally new approach to handling big text data. It also provides Cortical engine for processing text; and Cortical.io Contract Intelligence, an AI-based solution for enterprises to review and manage a large corpus of contracts and other legal documents. The company offers retina library to search and analyze big text data repositories; retina API to compare the semantic content of two texts with a single call to the API; and retina databases and applications. Cortical.io AG was founded in 2011 and is based in Vienna, Austria.

NGCodec Inc. specializes in developing advanced video encoder technology that adheres to the High Efficiency Video Coding (HEVC) standard, while also supporting AVC/H.264. Founded in 2012 and headquartered in Sunnyvale, California, the company focuses on cloud video processing and compression, offering solutions optimized for ultra-low latency and high-quality applications. Its product lineup includes silicon-based HEVC video decoders and encoders, as well as compliance and bitstream solutions. NGCodec serves markets such as decoder system-on-chip (SOC), encoder field-programmable gate array (FPGA), and encoder SOC worldwide. The company's Reality Codec technology is designed for real-time media experiences, facilitating cloud video transcoding and enhancing virtual and augmented reality applications. As of 2019, NGCodec operates as a subsidiary of Xilinx, Inc., leveraging its resources to further innovate in the field of video technology.

Solarflare Communications is a computer networking company that specializes in providing neural-class networks, technologies for ultra-scale, and software-defined. It also provides a comprehensive, integrated set of technologies for distributed, ultra-scale, software-defined datacenters. It was founded in 2001 and headquartered in Irvine, California.

SumUp Analytics advances the way companies use unstructured, text-data. We provide a text analytics platform which enables users to extract key insights in a fast and efficient way. Our technology is trusted by Fortune 100 companies and some of the largest hedge funds in the world.

Pliops Ltd, founded in 2017 and based in Ramat Gan, Israel, specializes in cloud storage solutions designed to enhance data access speeds in cloud and enterprise data centers. Founded by industry veterans with experience from companies like Samsung, M-Systems, and XtremIO, Pliops aims to create a new category of storage products. Its innovative technology allows for data access up to 50 times faster while significantly reducing computational load and power consumption by consolidating multiple inefficient layers into a single, ultra-fast device. This approach addresses the scalability challenges posed by the growing volumes of data, particularly driven by the needs of artificial intelligence and machine learning applications.

Barefoot Networks is a team of visionaries, experienced technologists and engineers who have created a blueprint for designing and operating the world’s fastest and most programmable networks. Their goal is to make programming your network as simple as programming your CPU.

Founded in 2016, DeePhi Tech aims to be a recognized leader in deep learning acceleration. They provide end-to-end solutions utilizing deep compression and a DPU platform. Through synergistic optimization of neural networks and FPGAs, DeePhi provides more efficient, convenient and economical inference platforms for both embedded end and sever-side, including but not limited to data centers and surveillance.

Solarflare Communications is a computer networking company that specializes in providing neural-class networks, technologies for ultra-scale, and software-defined. It also provides a comprehensive, integrated set of technologies for distributed, ultra-scale, software-defined datacenters. It was founded in 2001 and headquartered in Irvine, California.

ScaleFlux, Inc. is a technology company specializing in data flow architecture and computational storage solutions designed to enhance data center and cloud infrastructure efficiency for demanding applications. Founded in 2014 and headquartered in San Jose, California, with additional offices in China, ScaleFlux focuses on delivering innovative technologies for data-driven applications. The company develops computational storage subsystems that combine advanced compute engines with solid-state storage, allowing clients to optimize their infrastructure for scalable and agile computing. By integrating storage intelligence, ScaleFlux enables organizations to improve performance and reduce costs in hybrid-cloud, on-premises, and cloud environments. The company is recognized for attracting top talent to create complex algorithms and efficient hardware solutions tailored to the evolving needs of the data-driven market.

NGCodec Inc. specializes in developing advanced video encoder technology that adheres to the High Efficiency Video Coding (HEVC) standard, while also supporting AVC/H.264. Founded in 2012 and headquartered in Sunnyvale, California, the company focuses on cloud video processing and compression, offering solutions optimized for ultra-low latency and high-quality applications. Its product lineup includes silicon-based HEVC video decoders and encoders, as well as compliance and bitstream solutions. NGCodec serves markets such as decoder system-on-chip (SOC), encoder field-programmable gate array (FPGA), and encoder SOC worldwide. The company's Reality Codec technology is designed for real-time media experiences, facilitating cloud video transcoding and enhancing virtual and augmented reality applications. As of 2019, NGCodec operates as a subsidiary of Xilinx, Inc., leveraging its resources to further innovate in the field of video technology.

Efinix, Inc. provides programmable logic devices and cores for silicon design companies. It offers OPM programmable devices that include mask programmable memory to store configuration files for consumer electronics; and programmable logic architecture, silicon design, and development tools. Its programmable logic cores help ASIC and ASSP vendors to maximize their ROI. The company was founded in 2012 and is based in Santa Clara, California.

Founded in 2016, DeePhi Tech aims to be a recognized leader in deep learning acceleration. They provide end-to-end solutions utilizing deep compression and a DPU platform. Through synergistic optimization of neural networks and FPGAs, DeePhi provides more efficient, convenient and economical inference platforms for both embedded end and sever-side, including but not limited to data centers and surveillance.

Bitfusion was founded with a vision to make at-scale heterogeneous computing accessible to any organization and build the operating system for the next generation computing. The company’s products allow AI developers to cluster, share, scale and manage compute resources to reduce the costs and complexity associated with the AI application lifecycle. Bitfusion has offices in Silicon Valley and Austin, Texas.

Auviz Systems provides software developers in the Embedded and Data Center markets.

NGCodec Inc. specializes in developing advanced video encoder technology that adheres to the High Efficiency Video Coding (HEVC) standard, while also supporting AVC/H.264. Founded in 2012 and headquartered in Sunnyvale, California, the company focuses on cloud video processing and compression, offering solutions optimized for ultra-low latency and high-quality applications. Its product lineup includes silicon-based HEVC video decoders and encoders, as well as compliance and bitstream solutions. NGCodec serves markets such as decoder system-on-chip (SOC), encoder field-programmable gate array (FPGA), and encoder SOC worldwide. The company's Reality Codec technology is designed for real-time media experiences, facilitating cloud video transcoding and enhancing virtual and augmented reality applications. As of 2019, NGCodec operates as a subsidiary of Xilinx, Inc., leveraging its resources to further innovate in the field of video technology.

XMOS Limited provides voice and music processing and control ICs to audio companies worldwide. The company offers voice controller solutions for designers to prototype their voice capture applications, including array microphones, smart microphones, and virtual digital assistants applications; multi-channel audio connectivity products; multicore microcontrollers, including voice and audio processors; and xTIMEcomposer tools, a C/C++ based software development environment that delivers real-time performance with validation. The company also provides support services. It sells its products through a network of distributors and sales representatives. XMOS Limited was founded in 2005 and is based in Bristol, United Kingdom.

Aquantia Corp. specializes in designing, developing, and marketing advanced high-speed communication integrated circuits focused on Ethernet connectivity. The company serves various markets, including data centers, enterprise infrastructure, access, and automotive sectors. Its product offerings encompass corporate data center solutions, enterprise infrastructure products, and access technologies, such as client connectivity and carrier access. Aquantia markets its products to integrated circuit suppliers, original equipment manufacturers, and original design manufacturers through direct sales channels. Founded in 2004 and headquartered in San Jose, California, Aquantia has established itself as a key player in semiconductor technology, particularly known for its expertise in Ethernet solutions for cloud computing and next-generation enterprise networks. In 2019, Aquantia became a subsidiary of Marvell Technology Group Ltd., enhancing its capabilities and market reach.

Chip Path™ Design Systems, a chip architecture and assembly company, announces the industry's first device-mapping tools and IP directory for FPGA front-end design with free and pay by credit card use models. Using only a web browser with no software installation required, the Chip Path portal and IP directory are freely accessible from anywhere in the world. For the first time, designers can design, research, compare and plug-and-play hundreds of IP blocks and search, select and compare side by side FPGA devices across multiple vendors. Chip Path has aggregated 6,000 intellectual property (IP) cores from over 400 vendors for use in FPGA mapping and estimation. The result is the ability to significantly reduce design costs and speed design time by providing technical and business information in one graphical and easy-to-use system. The portal features devices from Altera Corp., Lattice Semiconductor Corp., Microsemi Corp. (Actel), Xilinx Inc. and Achronix. Over 29 FPGA families are supported, representing 430 bases with over 2,000 package combinations and over 11,000 part numbers and speed grades. Real-time inventory and part number purchasing can be done directly from the website, linking distributors such as Arrow, Avnet, Digi-Key, Mouser and others. FPGA and FPASSP: Fast track from chip architecture to implementation Chip Path has created a new paradigm in FPGA device mapping technology serving both FPGA and ASSP. To improve FPGA efficiency, the trend has been to hard diffuse large SoC-style blocks alongside the more expensive FPGA fabric. The FPASSP (Field Programmable ASSP) represents a hybrid of the flexibility of an FPGA with embedded ASSP hard-diffused partitions. Using Chip Path's unique system, architects can design chips using semantic or placeholder IP, directly using vendor IP or their own internal IP to create, assemble and test economic viability of their designs, reducing risk, cost and time to market. Chip Path can map pure FPGA devices as well as those with complex SoC style partitions. Now entire systems can be efficiently mapped onto one die. Chip Path's FPASSP portal supports SmartFusion™, SmartFusion 2™, Zynq®-7000, Arria® V SE/SX and Arria® 10 SE/SX. "For the first time customers will have access to vendor-neutral tools that provide impartial FPGA mapping from the four major vendors and Achronix," said J. George Janac, CEO of Chip Path Design Systems. "As FPGAs have embraced the latest 28nm nodes much faster than ASICs or ASSPs, they have increasingly become a competitive solution for box, board, and systems designers." The Chip Path Portal provides the industry's first worldwide subscription-based usage system using both free and advanced pay features with secure credit card processing. The self-service portal allows users to aggregate data on all available IP and FPGAs from vendors, removing problems associated with limited data access. Users are assured to receive the most accurate and competitive information available. FPGA and FPASSP: Architectural creation by catalog models Design entry is simple and flexible. FPGA Search can be run from a single form with as little as six resource numbers. Chip Path search tools also offer the option to import vendor synthesis and mapping results allowing development board-based RTL designs to be mapped onto much cheaper devices for production. Chip Path's ChipArchitect tool uses built-in semantic models and can generate over 1.8M end-to-end I/O channel and core models with either a hard embedded IP or FPGA fabric implementation. Additional tools provide the added flexibility of adding blocks either directly from an external vendor IP catalog or from an internal IP catalog. Pre-RTL blocks can be defined using LUT, BRAM, DSP and other resources. ChipArchitect provides a complete array of input options and outputs the best choices of devices across the industry for its customers. The Chip Path FPGA portal has a free use starter model. The FPGA search tool and IP directory can be used free of charge without a login, allowing mapping of devices and IP directory search. Free use of the FPGA ChipArchitect tool is also provided, but login is required. A $79/year membership provides added device access to 28nm FPGA devices as well as new 40nm/65nm devices from Lattice Semiconductor and Microsemi. Full FPGA package selection, SERDES mapping, speed grade analysis, real-time inventory and distributor ordering start at $199/week. A similar package that adds FPASSP devices is $299/week. In addition, 20nm/22nm pre-production device models are directly available from Chip Path for a monthly subscription fee. Availability The Chip Path Portal is now available at www.ChipPath.com. The worldwide design community is invited to visit the portal, view our technical video demonstration and explore the free resources and available services.

Convey Computer specializes in the development and production of hybrid-core computers tailored for industries such as oil and gas, financial analytics, and bioinformatics. The company leverages extensive experience and intellectual assets to address performance challenges in computing. Its executive and design teams possess a strong background in the technology sector, drawing on previous successes at notable firms like Convex Computer Corporation and Hewlett-Packard.

Modesat Communications is a rapidly growing privately held technology company specializing in the design, development and commercialization of high throughput FPGA or ASIC based digital modems for microwave, millimeter wave and satellite communications applications. Products developed by the company incorporate Modesat’s patented PilotSyncTM synchronization technology, which enables higher throughput, lower bill of materials cost and increased operational reliablity.

PetaLogix Qld Pty Ltd is an embedded Linux solution that is based on advanced proprietary technology .

Oasys Design Systems is a privately funded electronic design automation (EDA) software supplier with a revolutionary new platform called Chip Synthesis, a fundamental shift in how synthesis is used to design and implement ICs larger than 20-million gates. It has attracted the support of legendary EDA leaders and its RealTime Designer™ product is in use at leading-edge semiconductor and systems companies worldwide.

Sarance Technologies is a leading supplier of ASIC and FPGA IP cores targeted at the packet processing space. The cores include Interlaken IP, classification and traffic management IP.

Omiino Ltd is a semi-conductor manufacturer.

AutoESL Design Technologies, Inc. provides high level synthesis tools for FPGA and ASIC design applications. AutoESL Design Technologies, Inc. was founded in 2006 and is based in Cupertino, California. As of January 31, 2011, AutoESL Design Technologies, Inc. operates as a subsidiary of Xilinx Inc.

Chip Path™ Design Systems, a chip architecture and assembly company, announces the industry's first device-mapping tools and IP directory for FPGA front-end design with free and pay by credit card use models. Using only a web browser with no software installation required, the Chip Path portal and IP directory are freely accessible from anywhere in the world. For the first time, designers can design, research, compare and plug-and-play hundreds of IP blocks and search, select and compare side by side FPGA devices across multiple vendors. Chip Path has aggregated 6,000 intellectual property (IP) cores from over 400 vendors for use in FPGA mapping and estimation. The result is the ability to significantly reduce design costs and speed design time by providing technical and business information in one graphical and easy-to-use system. The portal features devices from Altera Corp., Lattice Semiconductor Corp., Microsemi Corp. (Actel), Xilinx Inc. and Achronix. Over 29 FPGA families are supported, representing 430 bases with over 2,000 package combinations and over 11,000 part numbers and speed grades. Real-time inventory and part number purchasing can be done directly from the website, linking distributors such as Arrow, Avnet, Digi-Key, Mouser and others. FPGA and FPASSP: Fast track from chip architecture to implementation Chip Path has created a new paradigm in FPGA device mapping technology serving both FPGA and ASSP. To improve FPGA efficiency, the trend has been to hard diffuse large SoC-style blocks alongside the more expensive FPGA fabric. The FPASSP (Field Programmable ASSP) represents a hybrid of the flexibility of an FPGA with embedded ASSP hard-diffused partitions. Using Chip Path's unique system, architects can design chips using semantic or placeholder IP, directly using vendor IP or their own internal IP to create, assemble and test economic viability of their designs, reducing risk, cost and time to market. Chip Path can map pure FPGA devices as well as those with complex SoC style partitions. Now entire systems can be efficiently mapped onto one die. Chip Path's FPASSP portal supports SmartFusion™, SmartFusion 2™, Zynq®-7000, Arria® V SE/SX and Arria® 10 SE/SX. "For the first time customers will have access to vendor-neutral tools that provide impartial FPGA mapping from the four major vendors and Achronix," said J. George Janac, CEO of Chip Path Design Systems. "As FPGAs have embraced the latest 28nm nodes much faster than ASICs or ASSPs, they have increasingly become a competitive solution for box, board, and systems designers." The Chip Path Portal provides the industry's first worldwide subscription-based usage system using both free and advanced pay features with secure credit card processing. The self-service portal allows users to aggregate data on all available IP and FPGAs from vendors, removing problems associated with limited data access. Users are assured to receive the most accurate and competitive information available. FPGA and FPASSP: Architectural creation by catalog models Design entry is simple and flexible. FPGA Search can be run from a single form with as little as six resource numbers. Chip Path search tools also offer the option to import vendor synthesis and mapping results allowing development board-based RTL designs to be mapped onto much cheaper devices for production. Chip Path's ChipArchitect tool uses built-in semantic models and can generate over 1.8M end-to-end I/O channel and core models with either a hard embedded IP or FPGA fabric implementation. Additional tools provide the added flexibility of adding blocks either directly from an external vendor IP catalog or from an internal IP catalog. Pre-RTL blocks can be defined using LUT, BRAM, DSP and other resources. ChipArchitect provides a complete array of input options and outputs the best choices of devices across the industry for its customers. The Chip Path FPGA portal has a free use starter model. The FPGA search tool and IP directory can be used free of charge without a login, allowing mapping of devices and IP directory search. Free use of the FPGA ChipArchitect tool is also provided, but login is required. A $79/year membership provides added device access to 28nm FPGA devices as well as new 40nm/65nm devices from Lattice Semiconductor and Microsemi. Full FPGA package selection, SERDES mapping, speed grade analysis, real-time inventory and distributor ordering start at $199/week. A similar package that adds FPASSP devices is $299/week. In addition, 20nm/22nm pre-production device models are directly available from Chip Path for a monthly subscription fee. Availability The Chip Path Portal is now available at www.ChipPath.com. The worldwide design community is invited to visit the portal, view our technical video demonstration and explore the free resources and available services.

Brilliant Telecommunications, Inc. designs, develops, and distributes network timing, management, and synchronization solutions. Its products include Zurich Z-1000, a zero footprint, outdoor, and pole-mounted Network Time Protocol server that embodies its own timing management interface to provide tools for diagnosis, monitoring, and alarms; Cern C-2000, which is a Primary Reference Source and Clock that provides time stamping accuracy and configurability; and BT-750, a network timing client that delivers multiple synchronous outputs in a flexible platform. The company serves financial markets, legal institutions, telecommunication companies, and manufacturing organizations. Brilliant Telecommunications, Inc. was founded in 2004 and is based in Campbell, California.

Convey Computer specializes in the development and production of hybrid-core computers tailored for industries such as oil and gas, financial analytics, and bioinformatics. The company leverages extensive experience and intellectual assets to address performance challenges in computing. Its executive and design teams possess a strong background in the technology sector, drawing on previous successes at notable firms like Convex Computer Corporation and Hewlett-Packard.

Synfora, Inc. develops program-in chip-out (PICO) technology. The PICO is a system of tools and IP that creates application engines from sequential untimed C algorithms, and designed for audio, video, imaging, wireless, and security applications. Synfora provides software tools, services, and IP that accelerate the design of systems-on-chips. The company was founded in 2003 and is headquartered in Mountain View, California with additional offices in Shin Yokohama, Japan; Kangnam-Gu, Seoul; Bernin, France; Bangalore, India; and Taipei, Taiwan.

Based in London, United Kingdom, Celoxica delivers latency market data access and order execution solutions to the advanced trading community. The company’s solutions include a full range of market data feed handlers for the main U.S. and European equities, options, futures exchanges, and FX. With clients that include trading firms who co-locate their strategic applications in high frequency trading environments, market making, liquidity provision, algorithmic trading, and smart order routing, the company also offers a single access point for brokers and their clients by handling inbound FIX, credit check, and outbound native protocol to the execution venues. Celoxica was founded in 1996.

Enpirion manufactures a growing line of Switch-mode DC-DC converters with integrated inductor, which sets their products apart from the competition. The layout and placement of the inductor is one of the most common reasons for power IC related failures and Enpirion solves this problem and reduces foot print, part count, and noise associated with switch-mode power conversion. Applications include high volume consumer products such as mobile phones, portable game players, MP3, and personal media players, as well as data networking, telecoms, user terminal equipment, and notebook/desktop PCs.

AccelChip, Inc. provides algorithmic synthesis solutions for digital signal processing (DSP) design. The company develops and markets design tools, integrated verification flows, and parametric intellectual property toolkits that automate the development and implementation of DSP algorithms in field programmable gate-arrays and application-specific integrated circuits. AccelChip, Inc. was formerly known as Mach Design Systems, Inc.

Sensory Networks specializes in software solutions that enhance pattern matching and accelerate content processing for network security equipment vendors. By focusing on improving the price and performance of platforms that handle resource-intensive applications, Sensory Networks supports critical functions such as Antivirus (AV), Intrusion Prevention (IPS), and Content Filtering. Their technology enables vendors to optimize their offerings, ensuring more efficient and effective security measures in the evolving landscape of cybersecurity.

Hier Design Inc. develops, markets, and supports hierarchical floor planning and analysis software for design of ultra deep sub-micron, multi-million gates, and Field Programmable Gate Arrays (FPGA).

Triscend Corporation is pioneering the Configurable System-on-Chip (CSoC)-a single-chip combination of a dedicated industry-standard microprocessor, embedded programmable logic, a dedicated system bus, and memory. Triscend CSoC devices, along with the FastChip(tm) Software Development System, eclipse field programmable gate arrays and application specific standard products to provide the next level of integration, time-to-market and programmability required for communications products. Triscend products are sold direct and through distribution partners such as All American and Bell Microproducts in the US, Internix in Japan, and the Memec Group throughout Europe.

AccelChip, Inc. provides algorithmic synthesis solutions for digital signal processing (DSP) design. The company develops and markets design tools, integrated verification flows, and parametric intellectual property toolkits that automate the development and implementation of DSP algorithms in field programmable gate-arrays and application-specific integrated circuits. AccelChip, Inc. was formerly known as Mach Design Systems, Inc.

Hier Design Inc. develops, markets, and supports hierarchical floor planning and analysis software for design of ultra deep sub-micron, multi-million gates, and Field Programmable Gate Arrays (FPGA).

Ziptronix, Inc. designs, develops, and markets semiconductor integration technologies to the electronics industry. The company offers chip stacking, three dimensional integrated circuits, and silicon substrate applications.

SiberCore Technologies Incorporated is a pure-play, Internet IC company developing high-value-added Application Specific Standard Products (ASSPs) for intelligent hardware-based switching and routing platforms, such as Gigabit / Terabit Routers and Layer 2 / 3 / 4 Ethernet Switches. The company's initial products are a family of high-speed high-capacity packet forwarding engines based on Content Addressable Memories (CAM technology) which overcome the performance bottleneck associated with the network's routing table look-up function. This emerging market has been created by the demands of the explosion in datacom traffic, coupled with the worldwide deployment of fiber optics and DWDM. These broadband deployments have shifted the bottleneck from the Access and Transport section of the network, to the Routers and Switches connecting to these pipes. The company's founding technical team gained industry-wide recognition for its world-class design expertise in this area at Nortel Networks. A veteran Executive team in all the functional divisions of the company supplements this preeminent technical team.

MidStream Technologies(TM) has developed the world's first dedicated streaming appliance. One box can deliver 16,000 simultaneous broadband streams with unprecedented scalability. A multiple box configuration provides built-in load balancing, failover reliability and the power to deliver millions of concurrent streams. MidStream servers can support every popular streaming format simultaneously & allow for software and appliance upgrades in the field, extending hardware longevity and promoting cost savings.

RocketChips is a leading developer of ultra-high-speed CMOS mixed-signal transceivers serving the networking, wireless and wired telecommunications, and enterprise storage markets.

NeoCAD Inc. a developer of field-programmable gate-array (FPGA)-design software. NeoCAD engages in the design, development, and sale of FPGA software design tools for programmable electronic technologies.