LeddarTech
Convertible Note in 2018
LeddarTech Inc. is a Canadian company that specializes in developing advanced detection and ranging systems, utilizing time-of-flight measurement technology with infrared LEDs. Its product offerings include smart sensor modules for various applications, such as single-element and multi-element sensor modules, LED-based traffic management sensors, and sensor evaluation kits. These solutions are designed for a wide range of applications, including advanced driver assistance systems (ADAS), autonomous driving, public safety, and industrial monitoring. LeddarTech's flagship platform, LeddarVision™, integrates multiple sensor types to create comprehensive 3D environmental models, facilitating improved perception and navigation capabilities in vehicles. The company aims to address critical sensing challenges for OEMs and automotive suppliers, helping them enhance performance while reducing development time and costs. Founded in 2007 and headquartered in Quebec City, Canada, LeddarTech maintains a research and development office in Toronto and has secured numerous patents in the field of remote sensing technologies.
LeddarTech
Series C in 2017
LeddarTech Inc. is a Canadian company that specializes in developing advanced detection and ranging systems, utilizing time-of-flight measurement technology with infrared LEDs. Its product offerings include smart sensor modules for various applications, such as single-element and multi-element sensor modules, LED-based traffic management sensors, and sensor evaluation kits. These solutions are designed for a wide range of applications, including advanced driver assistance systems (ADAS), autonomous driving, public safety, and industrial monitoring. LeddarTech's flagship platform, LeddarVision™, integrates multiple sensor types to create comprehensive 3D environmental models, facilitating improved perception and navigation capabilities in vehicles. The company aims to address critical sensing challenges for OEMs and automotive suppliers, helping them enhance performance while reducing development time and costs. Founded in 2007 and headquartered in Quebec City, Canada, LeddarTech maintains a research and development office in Toronto and has secured numerous patents in the field of remote sensing technologies.
Gigpeak
Acquisition in 2017
GigOptix is a prominent provider of semiconductor and optical components, specializing in high-speed integrated circuits that facilitate the connection between optical and electronic systems. The company focuses on developing advanced electronic engines designed for the optically connected digital world, enabling efficient high-speed information streaming. Through its innovative technologies, GigOptix plays a crucial role in enhancing communication capabilities across various applications, thereby contributing to the advancement of the digital landscape.
Synkera Technologies
Acquisition in 2016
Synkera specializes in advanced materials engineering and the application of Their materials to novel devices for chemical sensing, analytical chemistry, gas/liquid separations, renewable energy, and many other fields. They are committed to bringing unique and valuable solutions to market by leveraging Their intellectual property and high-quality manufacturing capabilities, as well as developing strategic partnerships.
Peraso Technologies
Series C in 2016
Peraso Technologies Inc. is a fabless semiconductor company based in Toronto, Canada, founded in 2008. The company specializes in developing multi-gigabit millimeter wave single-chip transceivers and array antenna solutions, primarily targeting the mobile consumer electronics market. Its product offerings include chipsets designed to meet the IEEE 802.11ad specification, enabling applications such as mobile rapid sync-n-go, desktop interconnects, wireless networking, in-room HD video streaming, cellular backhaul, and vehicle-to-vehicle communication. Peraso Technologies also provides custom solutions tailored to specific customer needs, enhancing its versatility in meeting diverse market demands.
ZMDI is a global supplier of analog and mixed-signal semiconductor solutions for automotive, industrial, medical, information technology.
Samplify Systems
Series B in 2011
Samplify Systems, Inc. is a Silicon Valley fabless semiconductor company that combines high-performance analog with sophisticated digital processing to deliver a new class of intelligent data converters. Samplify provides the only real-time compression algorithm for high speed sampled data systems. Now, with the introduction of the SAM1600 family of Analog-to-Digital Converters (ADC), Samplify provides the world’s only true 16-channel, 12-bit, 65 Msample/sec ADC ICs with integrated data compression technology.
Samplify Systems, Inc. was founded in 2006 and is based in Santa Clara, California.
Mobius Microsystems
Acquisition in 2010
Mobius Microsystems is a developer of precision timing integrated circuits based in Sunnyvale, California, with an additional office in Ann Arbor, Michigan. The company specializes in analog and mixed signal designs and is recognized for its innovative CMOS Harmonic Oscillator (CHO), which represents a significant advancement in frequency generation. Unlike traditional methods that rely on quartz-based crystals, Mobius' CHO is implemented entirely in standard CMOS technology on a single silicon piece. This breakthrough allows system designers to create smaller, thinner, and more mechanically robust products while also reducing manufacturing cycle times. Founded in 2004, Mobius Microsystems serves various industries, including manufacturing, electronics, and information technology, supporting companies in enhancing their operational capabilities. As of 2010, Mobius Microsystems operates as a subsidiary of Integrated Device Technology, Inc.
Tundra Semiconductor
Acquisition in 2009
Tundra Semiconductor Corporation was a supplier of System Interconnect products, intellectual property (IP), and design services to communications, computing, and storage companies. The company was acquired by IDT in 2009.
Silicon Optix
Acquisition in 2008
Silicon Optix is a fabless semiconductor company specializing in advanced video and geometry processing integrated circuit (IC) solutions. The company offers eWARP™, a digital distortion correction technology that enables manufacturers to enhance optical systems with sophisticated electronics imaging, thereby improving design capabilities while reducing costs and complexity. Silicon Optix is recognized for its Realta integrated system-on-chip (SoC), which sets a benchmark for video quality, and the Reon chip, designed to deliver high-quality video processing for mainstream Hollywood films and broadcast television. Additionally, the company produces the Geo chip, which facilitates pixel-by-pixel brightness control in rear-projection televisions. With over seven years invested in research and development, Silicon Optix has established itself as a leader in geometry processing technologies, addressing significant market opportunities in the semiconductor industry.
8hands is one of 15 companies participating in the 2008 [IsraelWebTour](http://www.techcrunch.com/2008/01/12/fifteen-israeli-startups-visit-california-next-month/).
ZettaCom
Acquisition in 2004
ZettaCom, Inc. manufactures and supplies chipset solutions to core multi-service switch and router original equipment manufacturers (OEMs).
Solidum Systems
Acquisition in 2002
Solidum is a leader in the development of wirespeed packet classification products. Solidum's unique approach, based on programmable state machine technology and an openly distributed pattern processing language, accelerates the time to market for a wide range of broadband network applications. The company develops ICs for high-speed communication equipment manufacturers. Solidum is a founding member of CPIX ( www.cpixforum.com), a principal member of the Optical Internetworking Forum (www.oiforum.com), and a participating member of CSIX (www.CSIX.org), and the 10 Gigabit Ethernet Alliance (www.10gea.org).
ClearLogic
Series A in 2000
Clear Logic develops and markets pin-compatible ASICs transferred from Altera-based FPGA designs. The conversion process uses the customer's bitstream to replicate the FPGA's functionality and pin-out in a smaller silicon area.
files for chapter 11 on 2002 feb.