Profiel
Yiping Fan is the founder of AutoESL Design Technologies, Inc., which was founded in 2006.
He held the title of Director-Research & Development from 2009 to 2011.
Dr. Fan has a doctorate degree from the University of California, Los Angeles and undergraduate and graduate degrees from Tsinghua University.
Eerdere bekende functies van Yiping Fan
| Bedrijven | Functie | Einde |
|---|---|---|
AutoESL Design Technologies, Inc.
 AutoESL Design Technologies, Inc. Electronic Production EquipmentElectronic Technology AutoESL is the leading provider of high level synthesis for FPGAs and ASICs. AutoESL was founded in 2006 based on advanced proprietary technology that was nurtured, developed, and exclusively licensed from UCLA. AutoESL has now deployed this solution at many leading edge system and semiconductor companies. AutoESL provides the fastest path from algorithms to silicon. AutoESL provides a powerful high level synthesis solution that enables: Synthesis of complex algorithms in C, C++ or SystemC into ASICs or FPGAs. Software architects to accelerate software algorithms by implementing them in silicon. System architects to take software models into silicon without manually writing RTL. Hardware architects to explore and implement the right architecture in silicon. | Oprichter | 01-01-2011 |
Opleiding van Yiping Fan
| University of California, Los Angeles | Doctorate Degree |
| Tsinghua University | Graduate Degree |
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| Bedrijven in privébezit | 1 |
|---|---|
AutoESL Design Technologies, Inc.
AutoESL Design Technologies, Inc. Electronic Production EquipmentElectronic Technology AutoESL is the leading provider of high level synthesis for FPGAs and ASICs. AutoESL was founded in 2006 based on advanced proprietary technology that was nurtured, developed, and exclusively licensed from UCLA. AutoESL has now deployed this solution at many leading edge system and semiconductor companies. AutoESL provides the fastest path from algorithms to silicon. AutoESL provides a powerful high level synthesis solution that enables: Synthesis of complex algorithms in C, C++ or SystemC into ASICs or FPGAs. Software architects to accelerate software algorithms by implementing them in silicon. System architects to take software models into silicon without manually writing RTL. Hardware architects to explore and implement the right architecture in silicon. | Electronic Technology |
