Applied Ventures

Qolab mission is to build high quality qubits by leveraging the most advanced semiconductor manufacturing processes.

Salience Labs specializes in developing hybrid photonic-electronic chips tailored for artificial intelligence applications. Originating from extensive research at the University of Oxford and the University of Münster, the company focuses on silicon photonics to meet the increasing demands of AI workloads in data center infrastructure. Its flagship product, an optical switch, enables all-optical networking between computing nodes, effectively addressing data movement bottlenecks. By utilizing photons instead of electrons for data processing, Salience Labs' technology significantly reduces power consumption while enhancing processing speeds. This innovative approach aims to transform the hardware landscape necessary for maximizing AI capabilities, providing low-latency, high-bandwidth networking that accelerates job completion and lowers operational costs.

Lightspeed Photonics is a building of modular optoelectronic processors and interconnects for data centers and near-edge computing.

Scintil Photonics SAS, founded in 2018 and based in Grenoble, France, specializes in the development of silicon photonic integrated circuits aimed at advancing high-speed optical communications and chip interconnections. The company offers a range of products, including multi-wavelength lasers, waveguides, wavelength filters, and photodetectors. By employing wafer-scale bonding techniques that combine Silicon and Indium Phosphide materials, Scintil Photonics creates fully integrated circuits that enhance performance and reliability while significantly lowering implementation costs. Their innovative approach allows for the monolithic integration of optical amplifiers and lasers on advanced silicon photonic circuits, making their solutions suitable for a variety of industrial applications.

Syntiant specializes in developing neuromorphic semiconductors that bring artificial intelligence and machine learning capabilities directly to edge devices, reducing reliance on cloud-based processing. The company's advanced chip solutions combine deep learning with semiconductor design to create ultra-low-power, high-performance processors for deep neural networks. These processors are ideal for always-on applications in battery-powered devices such as smartphones, smart speakers, earbuds, hearing aids, and laptops, enabling the development of AI technology for sensor, voice, and video applications across a wide range of products.

iDEAL Semiconductor is a fabless semiconductor company. They are focused on delivering break-through levels of power efficiency utilizing their new proprietary, patented technology which affords advanced system designers a new palette of performance to deliver today's and tomorrow’s industry-leading new products in all the hottest segments.

Antaios specializes in the development of advanced memory technology aimed at addressing the increasing power demands in semiconductor systems. By leveraging the spin-orbit torque phenomenon, the company offers a solution that combines high speed and non-volatility. This innovative approach enables chip manufacturers to optimize the performance of computers and smartphones while significantly reducing power consumption. Antaios is committed to bringing this technology to market, facilitating improvements in advanced computing for its clients.

Ayar Labs, Inc. specializes in the development of optical interconnect technology, focusing on high-density electronic-photonic chiplets and lasers designed to enhance data transmission capabilities. Its flagship product, TeraPHY, is a monolithic in-package optical I/O solution that enables high bandwidth, low latency, and power-efficient short-reach interconnects, making it suitable for applications in artificial intelligence, high-performance computing, cloud computing, telecommunications, and aerospace. The company's innovative approach leverages industry-standard silicon processing techniques to create optical interconnect chiplets that replace traditional electrical-based I/O, addressing performance and efficiency challenges in the semiconductor and computing industries. By optimizing data movement within AI systems, Ayar Labs aims to alleviate compute and bandwidth bottlenecks associated with complex large language models, thereby maximizing computational efficiency while minimizing costs and power consumption. Established in 2015 and headquartered in Emeryville, California, Ayar Labs also has an office in Santa Clara, California.

Exo is a medical device startup focused on revolutionizing ultrasound technology for imaging and therapeutic applications. The company has developed a handheld ultrasound platform that integrates advanced nano-materials, innovative sensor technologies, and sophisticated signal processing with the cost advantages of semiconductor manufacturing. This approach allows Exo to provide high-quality, affordable, and user-friendly medical imaging solutions. By enabling healthcare professionals to make critical, real-time decisions, Exo aims to enhance patient outcomes significantly. The company's commitment to accessibility and ease of use in medical imaging represents a significant advancement in the field, making effective diagnostic tools available at an unprecedented price point.

Syntiant specializes in developing neuromorphic semiconductors that bring artificial intelligence and machine learning capabilities directly to edge devices, reducing reliance on cloud-based processing. The company's advanced chip solutions combine deep learning with semiconductor design to create ultra-low-power, high-performance processors for deep neural networks. These processors are ideal for always-on applications in battery-powered devices such as smartphones, smart speakers, earbuds, hearing aids, and laptops, enabling the development of AI technology for sensor, voice, and video applications across a wide range of products.

Inpria Corporation is a company based in Corvallis, Oregon, that specializes in the design, development, and manufacturing of EUV metal oxide photoresists for the semiconductor industry. Founded in 2007, Inpria is recognized for its innovative approach to extending semiconductor lithography through inorganic photoresists and thin films for nanoscale patterning. The company's patented photo-condensed molecular oxides allow for the direct deposition of atomically smooth and dense metal oxide films from solution, which can be photopatterned for advanced applications. Inpria's photoresists are meticulously designed to meet rigorous industry specifications, addressing key factors such as resolution, sensitivity, and line width roughness, while integrating seamlessly into manufacturing processes. This holistic approach provides customers with a comprehensive solution that includes photoresists, developers, and related materials.

PlayNitride Inc. is a Taiwanese company specializing in the research, development, design, and manufacture of MicroLED products and solutions. Founded in 2014 and headquartered in Tainan City, the company utilizes its proprietary PixeLED display technology to deliver high-performance displays characterized by superior resolution, contrast ratio, aperture ratio, rapid response times, and low power consumption. In addition to MicroLED displays, PlayNitride produces UV LED curing systems, offering various cooling options and providing comprehensive design services across mechanical, optical, electrical, and thermal domains. The company also markets the PLAYBEACON series, which integrates LED devices with iBeacon functionality. With operations primarily in Taiwan and additional presence in Korea and other regions, PlayNitride focuses on advancing display technology and developing innovative solutions for various applications.

Spin Memory, Inc. specializes in the development of spin-transfer torque magnetoresistive random access memory (STT-MRAM) technologies and products. Founded in 2007 and headquartered in Fremont, California, the company aims to address the scaling and power challenges faced by memory devices. By providing solutions that replace on-chip SRAM and various non-volatile memories in both embedded and stand-alone applications, Spin Memory enhances speed, power efficiency, and endurance. The underlying technology, known as orthogonal spin transfer MRAM, was initially developed through a collaboration between Allied Minds and New York University, with significant contributions from Professor Andrew Kent. Spin Memory's innovations lead to faster switching times and lower power consumption, without the endurance and data retention limitations found in other implementations of STT-MRAM.

Syntiant specializes in developing neuromorphic semiconductors that bring artificial intelligence and machine learning capabilities directly to edge devices, reducing reliance on cloud-based processing. The company's advanced chip solutions combine deep learning with semiconductor design to create ultra-low-power, high-performance processors for deep neural networks. These processors are ideal for always-on applications in battery-powered devices such as smartphones, smart speakers, earbuds, hearing aids, and laptops, enabling the development of AI technology for sensor, voice, and video applications across a wide range of products.

Exo is a medical device startup focused on revolutionizing ultrasound technology for imaging and therapeutic applications. The company has developed a handheld ultrasound platform that integrates advanced nano-materials, innovative sensor technologies, and sophisticated signal processing with the cost advantages of semiconductor manufacturing. This approach allows Exo to provide high-quality, affordable, and user-friendly medical imaging solutions. By enabling healthcare professionals to make critical, real-time decisions, Exo aims to enhance patient outcomes significantly. The company's commitment to accessibility and ease of use in medical imaging represents a significant advancement in the field, making effective diagnostic tools available at an unprecedented price point.

Point Engineering is a leading manufacturer specializing in precision parts and materials through advanced machining and surface treatment technologies. The company focuses on producing electronic core components tailored for high-tech industries, including TFT-LCD parts and semiconductors. Its product offerings encompass display parts, CVD parts, dry etch parts, semiconductor components, metal frame products, and IMS products. By leveraging AAO technology, Point Engineering provides clients with unique MEMS services, ensuring high-quality standards and innovation in its manufacturing processes.

Electroninks Incorporated, founded in 2013 as a university spinout from the University of Illinois at Urbana-Champaign, specializes in developing advanced materials for consumer electronics. The company is composed of materials scientists and formulation specialists focused on creating innovative inks based on small-molecule chemistries. Their unique formulations are particle-free and devoid of binders, allowing for high-resolution printing through digital and roll-to-roll methods. Electroninks' products include metal complex conductive inks, dielectric inks, and resistor inks, which are utilized in semiconductor applications, advanced packaging, displays, and passive electronics. By emphasizing the use of pure metallic films, Electroninks aims to enhance performance, reliability, and cost-effectiveness for their clients, thereby improving the overall manufacturing and ownership experience.

Inpria Corporation is a company based in Corvallis, Oregon, that specializes in the design, development, and manufacturing of EUV metal oxide photoresists for the semiconductor industry. Founded in 2007, Inpria is recognized for its innovative approach to extending semiconductor lithography through inorganic photoresists and thin films for nanoscale patterning. The company's patented photo-condensed molecular oxides allow for the direct deposition of atomically smooth and dense metal oxide films from solution, which can be photopatterned for advanced applications. Inpria's photoresists are meticulously designed to meet rigorous industry specifications, addressing key factors such as resolution, sensitivity, and line width roughness, while integrating seamlessly into manufacturing processes. This holistic approach provides customers with a comprehensive solution that includes photoresists, developers, and related materials.

Lumiode, Inc. is a semiconductor company based in New York City, specializing in the development and manufacture of high-brightness microdisplays for augmented reality and other display applications. Founded in 2012, Lumiode focuses on creating innovative solutions for head-worn devices, aiming to enhance visual experiences in various settings. The company is supported by venture backing from IP Group and Applied Ventures, positioning it for growth in the rapidly evolving display technology market.

Exo is a medical device startup focused on revolutionizing ultrasound technology for imaging and therapeutic applications. The company has developed a handheld ultrasound platform that integrates advanced nano-materials, innovative sensor technologies, and sophisticated signal processing with the cost advantages of semiconductor manufacturing. This approach allows Exo to provide high-quality, affordable, and user-friendly medical imaging solutions. By enabling healthcare professionals to make critical, real-time decisions, Exo aims to enhance patient outcomes significantly. The company's commitment to accessibility and ease of use in medical imaging represents a significant advancement in the field, making effective diagnostic tools available at an unprecedented price point.

Electroninks Incorporated, founded in 2013 as a university spinout from the University of Illinois at Urbana-Champaign, specializes in developing advanced materials for consumer electronics. The company is composed of materials scientists and formulation specialists focused on creating innovative inks based on small-molecule chemistries. Their unique formulations are particle-free and devoid of binders, allowing for high-resolution printing through digital and roll-to-roll methods. Electroninks' products include metal complex conductive inks, dielectric inks, and resistor inks, which are utilized in semiconductor applications, advanced packaging, displays, and passive electronics. By emphasizing the use of pure metallic films, Electroninks aims to enhance performance, reliability, and cost-effectiveness for their clients, thereby improving the overall manufacturing and ownership experience.

Inpria Corporation is a company based in Corvallis, Oregon, that specializes in the design, development, and manufacturing of EUV metal oxide photoresists for the semiconductor industry. Founded in 2007, Inpria is recognized for its innovative approach to extending semiconductor lithography through inorganic photoresists and thin films for nanoscale patterning. The company's patented photo-condensed molecular oxides allow for the direct deposition of atomically smooth and dense metal oxide films from solution, which can be photopatterned for advanced applications. Inpria's photoresists are meticulously designed to meet rigorous industry specifications, addressing key factors such as resolution, sensitivity, and line width roughness, while integrating seamlessly into manufacturing processes. This holistic approach provides customers with a comprehensive solution that includes photoresists, developers, and related materials.

Persimmon Technologies Corporation, based in Wakefield, Massachusetts, develops, manufactures, and distributes advanced atmospheric and vacuum robotics, along with automation systems, primarily for the semiconductor, data storage, LED, OLED, solar, and flat panel display equipment markets. Founded in 2010, the company serves as a sales representative for Nidec Sankyo Corporation's atmospheric robotic products in the United States. With a focus on innovation, Persimmon Technologies offers vacuum robotics that provide distinct advantages through superior mechanical design, control technology, and advanced software. As of March 2017, it operates as a subsidiary of Sumitomo Heavy Industries, Ltd.

Inpria Corporation is a company based in Corvallis, Oregon, that specializes in the design, development, and manufacturing of EUV metal oxide photoresists for the semiconductor industry. Founded in 2007, Inpria is recognized for its innovative approach to extending semiconductor lithography through inorganic photoresists and thin films for nanoscale patterning. The company's patented photo-condensed molecular oxides allow for the direct deposition of atomically smooth and dense metal oxide films from solution, which can be photopatterned for advanced applications. Inpria's photoresists are meticulously designed to meet rigorous industry specifications, addressing key factors such as resolution, sensitivity, and line width roughness, while integrating seamlessly into manufacturing processes. This holistic approach provides customers with a comprehensive solution that includes photoresists, developers, and related materials.

Semprius, Inc. is a company focused on the design, development, and manufacture of high concentration photovoltaic (HCPV) solar modules aimed at generating solar energy. Based in Durham, North Carolina, Semprius utilizes a unique micro-transfer printing technology that enables the production of high-performance and reliable CPV modules at a low cost, making solar power generation economically feasible in sunny and arid climates. The company’s products are targeted for utility, commercial, industrial, and government applications and are distributed through integrators and engineering, procurement, and construction (EPC) firms. In addition to its solar applications, Semprius is licensing its micro-transfer printing technology for non-solar uses, which can facilitate the development of innovative products such as flat-panel displays, flexible electronics, and large-area sensors. Founded in 2005, Semprius continues to advance its technology to enable scalable production and broad applications in the semiconductor industry.

Adesto Technologies is a prominent provider of application-specific semiconductors and embedded systems tailored for Internet of Things (IoT) applications. The company serves over 5,000 customers globally, offering a diverse range of technologies that support industrial, consumer, medical, and communications markets. Adesto's products are designed to enhance the performance and cost-effectiveness of connected IoT devices, which include smart utility meters, wearable fitness trackers, medical monitors, and home automation systems. The company's extensive portfolio features IoT edge servers, routers, network nodes, communication modules, and various memory technologies. In addition to hardware, Adesto provides software, development kits, and system solutions to facilitate faster market entry for its clients. By leveraging their expertise and proprietary intellectual property, Adesto enables customers to create innovative and reliable IoT solutions, ultimately leading to improved efficiency and lower operational costs.

Tessolve is a semiconductor IC test engineering solution provider specializing in a wide range of technologies, including logic, high-speed digital, RF, analog, power, mixed-signal, and memory devices. The company offers comprehensive test services tailored for System-On-a-Chip and System-In-Package devices that cater to various sectors such as wireless, broadband, and consumer markets. With a focus on technical excellence and operational efficiency, Tessolve enhances its versatile test floor by adopting new testing technologies, which lead to reduced time and costs while improving productivity. The company employs over 350 experienced test engineers who support clients throughout the product development cycle, from initial design to successful tape-out. As an independent entity, Tessolve is not affiliated with any Automatic Test Equipment manufacturers, allowing it to prioritize customer objectives by selecting optimal test systems that ensure cost-effectiveness and maximum coverage. This independence also enables the transfer of intellectual property and hardware ownership to clients, providing them with the flexibility to choose the best-performing subcontractors for production ramp-up.

Enphase Energy, Inc. is a global energy technology company headquartered in Fremont, California, specializing in home energy solutions for the solar photovoltaic industry. Founded in 2006, the company designs, develops, manufactures, and sells innovative products including semiconductor-based microinverters, which convert energy at the individual solar module level, and energy storage systems. Enphase Energy's offerings are complemented by its proprietary networking and software technologies that provide advanced energy monitoring and control services. The company serves a diverse customer base that includes solar distributors, large installers, original equipment manufacturers, and homeowners, facilitating access to its solutions through various channels, including an online store. Additionally, Enphase provides training resources for solar and storage installers and system owners through its Enphase University. By integrating solar generation, storage, and communication on a single platform, Enphase aims to enhance the performance, reliability, and intelligence of solar energy systems, ultimately empowering users to achieve a zero-energy footprint.

Translarity, headquartered in Silicon Valley, specializes in innovative semiconductor wafer testing solutions, focusing on advanced probe card markets. The company pioneers full-wafer testing with low cost, high performance, and short cycle times. In 2017, Translarity acquired BucklingBeam to expand its offerings, now providing a comprehensive suite of probe card solutions including full probe cards and vertical probe head solutions. Leveraging its proprietary Space Translator™ technology, Translarity addresses the rapid evolution in probe technologies. Led by an experienced management team and supported by strong financial investors, Translarity has recruited top industry talent to develop Wafer Translator™ technology, resulting in a robust IP portfolio with over 45 issued patents and more than 50 filed.

Semprius, Inc. is a company focused on the design, development, and manufacture of high concentration photovoltaic (HCPV) solar modules aimed at generating solar energy. Based in Durham, North Carolina, Semprius utilizes a unique micro-transfer printing technology that enables the production of high-performance and reliable CPV modules at a low cost, making solar power generation economically feasible in sunny and arid climates. The company’s products are targeted for utility, commercial, industrial, and government applications and are distributed through integrators and engineering, procurement, and construction (EPC) firms. In addition to its solar applications, Semprius is licensing its micro-transfer printing technology for non-solar uses, which can facilitate the development of innovative products such as flat-panel displays, flexible electronics, and large-area sensors. Founded in 2005, Semprius continues to advance its technology to enable scalable production and broad applications in the semiconductor industry.

Enphase Energy, Inc. is a global energy technology company headquartered in Fremont, California, specializing in home energy solutions for the solar photovoltaic industry. Founded in 2006, the company designs, develops, manufactures, and sells innovative products including semiconductor-based microinverters, which convert energy at the individual solar module level, and energy storage systems. Enphase Energy's offerings are complemented by its proprietary networking and software technologies that provide advanced energy monitoring and control services. The company serves a diverse customer base that includes solar distributors, large installers, original equipment manufacturers, and homeowners, facilitating access to its solutions through various channels, including an online store. Additionally, Enphase provides training resources for solar and storage installers and system owners through its Enphase University. By integrating solar generation, storage, and communication on a single platform, Enphase aims to enhance the performance, reliability, and intelligence of solar energy systems, ultimately empowering users to achieve a zero-energy footprint.

Innolume GmbH is a manufacturer of advanced laser diodes based in Dortmund, Germany. Established in 2002, the company specializes in a wide array of optoelectronic devices, including single-mode and broad-area laser diodes, comb-lasers, and semiconductor optical amplifiers. Innolume's products are designed for various applications, such as Raman amplification, optical interconnects, and medical and industrial uses. Notably, the company has developed a novel comb laser light engine that facilitates economical wavelength-division multiplexing for short-reach optical connections in computing environments. This innovation enhances efficiency by reducing the need for multiple lasers and underutilized fiber, significantly lowering costs and power consumption. Innolume has also received recognition for its temperature-independent distributed feedback laser, which has the potential to impact the future of data communication.

ActaCell, Inc. is a technology start-up focused on commercializing advanced lithium-ion battery technology developed at The University of Texas at Austin. The company's innovations aim to provide significantly longer cycle life at a lower cost while prioritizing safety. ActaCell's energy storage solutions utilize a nanocomposite alloy anode material as a replacement for traditional graphite, enhancing efficiency and longevity in high-energy applications. The company secured $5.8 million in Series A financing in July 2008, led by DFJ Mercury and supported by investors such as Google.org's RechargeIT program and Applied Ventures, LLC. These funds are intended to recruit essential technical talent and further advance ActaCell's battery technology for commercial use.

Adesto Technologies is a prominent provider of application-specific semiconductors and embedded systems tailored for Internet of Things (IoT) applications. The company serves over 5,000 customers globally, offering a diverse range of technologies that support industrial, consumer, medical, and communications markets. Adesto's products are designed to enhance the performance and cost-effectiveness of connected IoT devices, which include smart utility meters, wearable fitness trackers, medical monitors, and home automation systems. The company's extensive portfolio features IoT edge servers, routers, network nodes, communication modules, and various memory technologies. In addition to hardware, Adesto provides software, development kits, and system solutions to facilitate faster market entry for its clients. By leveraging their expertise and proprietary intellectual property, Adesto enables customers to create innovative and reliable IoT solutions, ultimately leading to improved efficiency and lower operational costs.

Plextronics specializes in the development of printed electronics, focusing on organic light-emitting diode (OLED) displays and lighting. The company creates conductive inks and associated process technologies that facilitate the mass production of printed devices, thereby reducing costs. Additionally, Plextronics is involved in the development of active layer technology for organic solar cells and plastic circuitry, further enhancing its portfolio in the realm of advanced electronic materials.

Semprius, Inc. is a company focused on the design, development, and manufacture of high concentration photovoltaic (HCPV) solar modules aimed at generating solar energy. Based in Durham, North Carolina, Semprius utilizes a unique micro-transfer printing technology that enables the production of high-performance and reliable CPV modules at a low cost, making solar power generation economically feasible in sunny and arid climates. The company’s products are targeted for utility, commercial, industrial, and government applications and are distributed through integrators and engineering, procurement, and construction (EPC) firms. In addition to its solar applications, Semprius is licensing its micro-transfer printing technology for non-solar uses, which can facilitate the development of innovative products such as flat-panel displays, flexible electronics, and large-area sensors. Founded in 2005, Semprius continues to advance its technology to enable scalable production and broad applications in the semiconductor industry.

Grandis is a pioneer in the development and licensing of innovative non-volatile memory solutions based on advanced research in spintronics. The company specializes in spin transfer torque random access memory products, which are designed to store, manipulate, and transmit information for the semiconductor industry. Grandis licenses these products to technology companies engaged in the design, development, and manufacturing of consumer electronics, personal computers, as well as equipment used in automotive, medical, military, and space applications. The company's mission is to facilitate the creation of revolutionary products through the application of the electron's spin.

Founded in September 2000 by a dynamic team of high-powered and experienced optical network specialists, FlexLight's suite of optical access products leverages leading-edge technology to deliver a solution that conquers last-mile bandwidth bottlenecks and optimizes service flexibility. FlexLight's seed funding of $9 million comes from America's Coral Ventures, a private venture capital firm that manages more than $300 million of capital in five funds, and from Israel's Concord Venture Capital Fund, a firm that offers exceptional entrepreneurs the capital, guidance and industry contacts they need to become leaders in their field.

M-Stream develops chips for improved reception of voice, video, music and heavy multimedia for second, 2.5, and third-generation cellular communication systems. The start-up raised $1.5 million in its first round of financing in March 2003, at which time it also signed its first agreement with Broadcom. Aside from the $750,000 injection, the deal included an option to buy the company depending on its reaching certain goals.

Grandis is a pioneer in the development and licensing of innovative non-volatile memory solutions based on advanced research in spintronics. The company specializes in spin transfer torque random access memory products, which are designed to store, manipulate, and transmit information for the semiconductor industry. Grandis licenses these products to technology companies engaged in the design, development, and manufacturing of consumer electronics, personal computers, as well as equipment used in automotive, medical, military, and space applications. The company's mission is to facilitate the creation of revolutionary products through the application of the electron's spin.