Celera Semiconductor Announces the Closing of a $30M Series B Financing Round

semiconductor-digest.com Aug 26, 2026

Celera Semiconductor Announces the Closing of a $30M Series B Financing Round

Curated by Shubham · TechCapsules · Aug 26, 2026

AI-summarised brief · reviewed before publication

Celera Semiconductor, an analog integrated‑circuit maker that leverages artificial intelligence to reduce design cost and time, announced the closing of a $30 million Series B financing round fully funded by Maverick Silicon, its largest backer. The capital will support the integration of Silicon Gate, a Portuguese product‑development and design‑automation team recently acquired by Celera, and expand its California‑based design and AI capabilities for power‑management applications. CEO Patrick Brockett highlighted the company’s rapid progress over the past two years, while CTO Dr. Helen Song said the new funds will accelerate Celera’s design‑automation roadmap. Maverick Silicon’s managing director, Kenneth Safar, described the financing as a catalyst for removing schedule bottlenecks that customers face when sourcing custom analog components.

💡 Why It Matters

· The infusion enables Celera to scale AI‑driven automation, potentially reshaping how engineers source and develop custom analog chips, a traditionally time‑intensive segment.

Read full article on semiconductor-digest.com

Tesla challenger: XPeng’s humanoid unit gets $6.3 billion valuation in funding round

XPeng’s robotics subsidiary Dogotix secured over $900 million in a funding round that values the company at more than $6.3 billion post‑transaction. The investment, led by Chinese investor Dogotix, will finance hardware and software development, data collection, physical AI model training, and the construction of mass‑production facilities. Dogotix will continue as a subsidiary under XPeng CEO He Xiaopeng, who will also oversee the IRON humanoid robot. XPeng plans to produce 1,000 IRON units monthly by 2026, with commercial deliveries slated for 2027 in retail and industrial settings.

💡 The deal signals a rapid shift of EV makers into humanoid robotics, leveraging their AI and manufacturing expertise to scale a new, high‑cost product line.

thequantuminsider.com · Aug 26

Princeton to Lead $27.9M NSF Institute for Quantum Processor Manufacturing

Princeton University will head the MARQUIS institute, a new National Science Foundation Quantum Leap Challenge Institute funded with $27.9 million over five years. The consortium of nine universities—including Cornell, MIT, Stanford and UC Santa Barbara—will tackle the manufacturing bottleneck of superconducting quantum processors by developing novel materials, fabrication techniques, and validation methods for mid‑scale qubit systems. Co‑directed by Princeton’s Nathalie de Leon, MARQUIS will also create education and workforce programs to expand U.S. expertise in quantum science and engineering. An advisory board featuring Google Quantum AI, NVIDIA, Applied Materials and other industry leaders will guide the effort. The institute aims to replace the quarter‑century‑old materials platform that limits scaling from prototype to practical quantum computers.

💡 By reinventing the core hardware stack, MARQUIS could unlock the production‑scale quantum chips needed for real‑world algorithms, turning academic prototypes into commercially viable machines.

techcrunch.com · Aug 26

India’s Ringg gets backing from Peak XV as it pushes voice AI…

Indian voice AI startup Ringg has secured $10 million from Peak XV Partners, extending its Series A to a total of $15.5 million. The company, which processes 20 million monthly call attempts, pivoted from text-to-speech technology to building enterprise voice AI agents. Ringg serves major Indian clients including Cred, Flipkart, and Practo, focusing on complex workflows like healthcare appointment booking and fintech onboarding. While voice calls remain its primary channel, Ringg is expanding into chat, WhatsApp, and browser-based support. The startup aims to partner with Global Capability Centers in India rather than selling directly to U.S. firms. Ringg currently employs 40 people and is hiring engineers and researchers to reduce model costs. It operates as an orchestration layer, routing tasks to various models, while developing proprietary speech recognition and generation capabilities to eventually own the full voice stack.

💡 Ringg’s strategy to embed within Global Capability Centers positions it as a critical infrastructure layer for multinational back-office automation, bypassing direct sales friction. By focusing on high-complexity, outcome-driven workflows rather than simple outbound calls, the startup differentiates itself in a crowded market where defensibility relies on owning the customer relationship and execution quality.

quantumcomputingreport.com · Aug 25

U.S. Department of Energy Allocates $7.3M for High-Energy Physics Quantum Outposts

The U.S. Department of Energy has awarded $7.3 million to eight multi-institutional research projects under its “Quantum Outposts on the Energy and Intensity Frontiers” initiative. Operating within the Office of Science’s High Energy Physics program, these grants integrate quantum information science tools into particle accelerator experiments, collision analyses, and neutrino research. Brookhaven National Laboratory and the University of Pittsburgh will lead a project analyzing particle entanglement at the Large Hadron Collider and the future Electron-Ion Collider. Researchers aim to detect rare physical phenomena by measuring quantum information preservation during subatomic collisions, identifying signatures unobservable via classical methods. Other projects will develop specialized quantum sensors for the Deep Underground Neutrino Experiment. The funding aligns with the National Quantum Initiative Act and the DOE’s Quantum Genesis Mission, targeting scientifically relevant applications by 2028. The three-year budget includes $3.2 million in Fiscal Year 2026 funds, with remaining amounts subject to congressional appropriations.

💡 This funding bridges the gap between abstract quantum theory and tangible high-energy physics instrumentation. By targeting specific detection limits in collider and neutrino experiments, the DOE moves quantum computing from theoretical simulation to practical experimental utility.

engineering.princeton.edu · Aug 25

Princeton to lead major federally-funded institute to unlock quantum computing challenges

The National Science Foundation has awarded Princeton University $27.9 million to lead MARQUIS, a new Quantum Leap Challenge Institute focused on advancing superconducting quantum computing. Over five years, the institute will address critical manufacturing bottlenecks by reinventing the Josephson junction, a core component of quantum processors. Directed by Professor Nathalie de Leon and Deputy Director Valla Fatemi, the initiative unites experts from nine research institutions, including Cornell, MIT, and Stanford. The project integrates materials science, quantum devices, and semiconductor processing to move beyond quarter-century-old technologies that limit scalable production. An advisory board featuring industry leaders from Google Quantum AI and NVIDIA will guide efforts to enhance U.S. leadership in quantum science. This funding is part of a broader $290 million NSF investment in eight institutes aimed at accelerating quantum development through specialized hardware fabrication and workforce training programs.

💡 By targeting the physical fabrication of qubits, this initiative addresses the primary engineering hurdle preventing quantum computers from scaling beyond laboratory prototypes. Solving this manufacturing bottleneck is essential for transitioning quantum technology from theoretical promise to practical, industrial application.

spacenews.com · Aug 25

Space Angel secures $1.75m WA Government backing to advance Western Australian spaceport…

Space Angel was awarded the Western Australian Government’s $1.75 million Spaceport Establishment Support Grant, announced by Science and Innovation Minister Stephen Dawson. The funding, part of a $2 million Made in WA initiative, will finance detailed site assessments and a rigorous business case for the company’s proposed Australis Spaceports in Western Australia. Founder and CEO Ram Kuppusamy called the grant a “milestone” and a vote of confidence in creating a commercially viable, safe and globally competitive spaceport. The grant was granted through an open, competitive process, while the state also conducts a separate feasibility study on additional locations. The government estimates the global launch services market exceeds US$15 billion and is growing about 15 % annually, highlighting the economic potential of a local spaceport.

💡 The grant accelerates a concrete plan to turn Western Australia’s remote infrastructure expertise into a launch hub, positioning the state to capture a slice of the fast‑growing global space market.