- Celera Semiconductor
Celera Semiconductor is the next-generation analog semiconductor company, leveraging fully automated AI-powered development flows, invented and built by deeply experienced analog IC experts, to deliver custom analog ICs 10X faster than legacy IC vendors, for every application, big or small
- Celera Corporation - Wikipedia
Celera Corporation is a subsidiary of Quest Diagnostics which focuses on genetic sequencing and related technologies It was founded in 1998 as a business unit of Applera, spun off into an independent company in 2008, and finally acquired by Quest Diagnostics in 2011
- Precision Motion Control Systems | Celera Motion | Novanta
Celera Motion helps medical device OEM’s to advance the development in robotics, imaging, laboratory and diagnostics We provide mission-critical, high-speed image and data communication solutions on land at sea and in the air
- Celera
A play on selera, the Malay word for “appetite,” CELERA layers and refines flavors accumulated over two decades of Asian cooking, culminating in a cuisine d’auteur
- Celera Semiconductor Announces $20 Million Series A Equity Investment . . .
Headquartered in San Jose, CA, Celera partners with world-class supply chain players to deliver high-performance, cost-efficient analog solutions at unprecedented speed
- Celera Systems
Built for financial services and insurance, Celera brings 25 years of proven omnichannel communications, total data control, and printer independence directly to you
- Celera Semiconductor announces $20m equity investment to revolutionize . . .
Celera Semiconductor, a Silicon Valley startup pioneering analog design automation, announced $20 million equity investment from Maverick Silicon
- Celera Semiconductor $20 million funding for Analog Chip
The Silicon Valley-based startup specializes in automating analog integrated circuit (IC) design—an area long bottlenecked by slow, manual processes Using its patented Nestos platform, built on digital twin models, Celera promises to deliver full-custom analog ICs at a fraction of the time and cost demanded by legacy methods
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