Krutrim
Debt Financing in 2023
Krutrim is an artificial intelligence firm focused on developing silicon chips and constructing comprehensive AI computing infrastructure.
Houmo.AI is a semiconductor company founded in 2020 by Dr. Wu Qiang, specializing in integrated circuit storage technology tailored for artificial intelligence and high-power computing applications. The company focuses on developing intelligent computing chips that deliver substantial computing power while maintaining low energy consumption, thereby enabling enterprises to create advanced AI-integrated electronics and intelligent robotics products at competitive prices. By leveraging disruptive technologies, Houmo.AI aims to address the growing demand for computing power in the realm of true artificial intelligence, striving to revolutionize the industry with its innovative solutions.
NeuraMatrix
Series A in 2021
NeuraMatrix is an innovative developer of brain-computer interface technology, specializing in advanced neural interfaces that facilitate communication between humans and computers. The company's comprehensive approach includes both hardware and software solutions, aiming to enhance human interaction with technology and advance research in brain science and neurological diseases. NeuraMatrix focuses on improving diagnosis, treatment, and drug development for neurological conditions while leveraging the significant commercial potential of its brain-computer interface technologies. Recently, the company secured significant funding to support research and development efforts, including the update of R&D equipment, mass production of chips, product iterations, and market promotion. Through its pioneering efforts, NeuraMatrix is positioned to influence the future of neuroscience research and its practical applications.
HOUMO.AI
Seed Round in 2021
Houmo.AI is a semiconductor company founded in 2020 by Dr. Wu Qiang, specializing in integrated circuit storage technology tailored for artificial intelligence and high-power computing applications. The company focuses on developing intelligent computing chips that deliver substantial computing power while maintaining low energy consumption, thereby enabling enterprises to create advanced AI-integrated electronics and intelligent robotics products at competitive prices. By leveraging disruptive technologies, Houmo.AI aims to address the growing demand for computing power in the realm of true artificial intelligence, striving to revolutionize the industry with its innovative solutions.
AkroStar specializes in the research, development, and service of advanced semiconductor intellectual property (IP), empowering chip design and system applications across various industries such as data centers, smart vehicles, high-performance computing, 5G networks, IoT devices, and artificial intelligence.
HOUMO.AI
Seed Round in 2021
Houmo.AI is a semiconductor company founded in 2020 by Dr. Wu Qiang, specializing in integrated circuit storage technology tailored for artificial intelligence and high-power computing applications. The company focuses on developing intelligent computing chips that deliver substantial computing power while maintaining low energy consumption, thereby enabling enterprises to create advanced AI-integrated electronics and intelligent robotics products at competitive prices. By leveraging disruptive technologies, Houmo.AI aims to address the growing demand for computing power in the realm of true artificial intelligence, striving to revolutionize the industry with its innovative solutions.
NeuraMatrix
Seed Round in 2021
NeuraMatrix is an innovative developer of brain-computer interface technology, specializing in advanced neural interfaces that facilitate communication between humans and computers. The company's comprehensive approach includes both hardware and software solutions, aiming to enhance human interaction with technology and advance research in brain science and neurological diseases. NeuraMatrix focuses on improving diagnosis, treatment, and drug development for neurological conditions while leveraging the significant commercial potential of its brain-computer interface technologies. Recently, the company secured significant funding to support research and development efforts, including the update of R&D equipment, mass production of chips, product iterations, and market promotion. Through its pioneering efforts, NeuraMatrix is positioned to influence the future of neuroscience research and its practical applications.
JLSemi is a company focused on the development of high-speed Ethernet communication chips, specializing in gigabit Ethernet analog and system-on-chip (SoC) semiconductors. The firm excels in high-speed analog, advanced digital signal processing (DSP), and mixed-signal designs, pushing the boundaries of Ethernet technology. By leveraging innovations in silicon architecture and design along with advanced process nodes, JLSemi delivers products that offer industry-leading performance in terms of range, resilience, and power consumption. Its advanced connectivity solutions cater to various industries, positioning the company as a key player in the fast-speed communication market.
Atria Software
Seed Round in 2009
Atria Software is a provider of design engineering services, specializing in medical imaging, multimedia, storage, and networking. The company offers HW/SW intellectual property (IP) products and solutions for multimedia processing and system-on-chip designs.
Atria Software was founded in 2008.
Sandburst
Series E in 2005
Sandburst Corporation is a fabless semiconductor company that specializes in the design and development of advanced integrated circuits. It focuses on creating innovative silicon solutions tailored for data communications and IP networking, specifically aimed at enhancing packet switching and routing systems. By leveraging its pioneering technology, Sandburst significantly lowers development costs and accelerates time-to-market for its customers. The company’s products include high-performance, wire-speed IP packet processing components, which provide a robust foundation for network systems while minimizing the need for extensive software development typically associated with general-purpose programmable devices.
Sandburst
Series C in 2004
Sandburst Corporation is a fabless semiconductor company that specializes in the design and development of advanced integrated circuits. It focuses on creating innovative silicon solutions tailored for data communications and IP networking, specifically aimed at enhancing packet switching and routing systems. By leveraging its pioneering technology, Sandburst significantly lowers development costs and accelerates time-to-market for its customers. The company’s products include high-performance, wire-speed IP packet processing components, which provide a robust foundation for network systems while minimizing the need for extensive software development typically associated with general-purpose programmable devices.
Analysts forecast that the Wireless LAN market will grow from 8 million users in 2002 to 80 million users by 2007. This explosive rate of WLAN adoption is driving the need for high capacity WLAN infrastructure within the enterprise. Additionally, as enterprise deployments continue to grow, IT Managers need WLAN infrastructure products that offer enhanced functional capabilities to reduce deployment complexity, increase network robustness and reduce operational costs.
Today’s WLAN silicon is optimized for client applications and not for high capacity WLAN infrastructure applications. By allowing simultaneous communications on all WLAN channels, Engim’s Multi-Channel WLAN Switching Engine chipset enables a new generation of very high performance, cost-effective access points. These chipsets apply Wideband Spectral Processing to standards-based WLAN infrastructure products for the first time, thereby dramatically increasing bandwidth and data throughput and making a whole new range of features and functionality available to users at low cost.
Sandburst
Series B in 2001
Sandburst Corporation is a fabless semiconductor company that specializes in the design and development of advanced integrated circuits. It focuses on creating innovative silicon solutions tailored for data communications and IP networking, specifically aimed at enhancing packet switching and routing systems. By leveraging its pioneering technology, Sandburst significantly lowers development costs and accelerates time-to-market for its customers. The company’s products include high-performance, wire-speed IP packet processing components, which provide a robust foundation for network systems while minimizing the need for extensive software development typically associated with general-purpose programmable devices.
Sandburst
Series A in 2000
Sandburst Corporation is a fabless semiconductor company that specializes in the design and development of advanced integrated circuits. It focuses on creating innovative silicon solutions tailored for data communications and IP networking, specifically aimed at enhancing packet switching and routing systems. By leveraging its pioneering technology, Sandburst significantly lowers development costs and accelerates time-to-market for its customers. The company’s products include high-performance, wire-speed IP packet processing components, which provide a robust foundation for network systems while minimizing the need for extensive software development typically associated with general-purpose programmable devices.
Sandburst
Seed Round in 2000
Sandburst Corporation is a fabless semiconductor company that specializes in the design and development of advanced integrated circuits. It focuses on creating innovative silicon solutions tailored for data communications and IP networking, specifically aimed at enhancing packet switching and routing systems. By leveraging its pioneering technology, Sandburst significantly lowers development costs and accelerates time-to-market for its customers. The company’s products include high-performance, wire-speed IP packet processing components, which provide a robust foundation for network systems while minimizing the need for extensive software development typically associated with general-purpose programmable devices.