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ADAPTEVA.COM
Efficient. 25X efficiency advantage over CPUs. 100 GFLOPS/Watt at 16nmABOUT US – AI
The Future of Parallel Computing Adapteva, Inc. is a privately held semiconductor company that has developed the world’s most energy efficient and scalable multicore processor chip, designed for pa EPIPHANY INTRODUCTION Independent studies have demonstrated that Epiphany holds a 10-25x energy efficiency advantage over traditional CPU architectures. Scalability: Future performance gains will come from increased parallelism and not from higher frequency processors. The Epiphany architecture was designed from day one scale to thousands of cores ona single chip
HISTORY – AI
2017-2019: Andreas Olofsson does public service as a Program Manager at DARPA 2016: 1024-core 16nm Epipany-V tapeout 2015: Epiphany SOC IPlicenses to Tier 1
EPIPHANY-III 16-CORE MICROPROCESSOR (E16G301) RISC Processor: Each compute node contains an independent superscalar floating-point RISC CPU operating at up to 1 GHz and 2 GFLOPS/sec. The CPU has an efficient general-purpose instruction set that excels at compute intensive applications while being efficiently programmable in C/C++ without any need to write code using assembly or processor specific intrinsics. THE PARALLELLA COMPUTER The Parallella platform is an open source, energy efficient, high performance, credit-card sized computer based on the Epiphany multicore chips developed by Adapteva. This affordable platform is designed for developing and implementing high performance, parallel processing applications developed to take advantage of the on-boardEpiphany chip.
PARALLELLA PLATFORM NOW AVAILABLE WITH 64 CORES White Papers. Today we are proud to announce that we have completed integrating the Epiphany-IV 64-core 28nm chip with the Parallella prototyping platform. This is a major milestone as it demonstrates a practical path to delivering 64-core credit card sized boards later this spring. The new Parallella prototyping FMC daughter card withEpiphany
EPIPHANY-III 16-CORE 65NM MICROPROCESSOR (E16G301) Click to share on Twitter (Opens in new window) Click to share on LinkedIn (Opens in new window) Click to share on Facebook (Opens innew window)
SILICON COST CALCULATOR Silicon Cost Calculator. This calculator gives a rough estimate of the manufacturing cost of unpackaged semiconductor chips. Wafer prices aren’t something that is generally available, but doing an internet search of “wafer price trends” should give you a rough idea. Of course, just like with software there isn’t necessarily a strong SDR AND COGNITIVE RADIO ON PARALLELLA SDR and Cognitive Radio on Parallella. In a Software Defined Radio, the aim is to implement as much of the analog circuitry (mixers, modulators, filters etc) as possible in the digital domain. Key components in an SDR are Analog-Digital Converters (ADC), Digital-Analog Converters (DAC), and Digital Signal Processing (DSP).ADAPTEVA.COM
Efficient. 25X efficiency advantage over CPUs. 100 GFLOPS/Watt at 16nmABOUT US – AI
The Future of Parallel Computing Adapteva, Inc. is a privately held semiconductor company that has developed the world’s most energy efficient and scalable multicore processor chip, designed for pa EPIPHANY INTRODUCTION Independent studies have demonstrated that Epiphany holds a 10-25x energy efficiency advantage over traditional CPU architectures. Scalability: Future performance gains will come from increased parallelism and not from higher frequency processors. The Epiphany architecture was designed from day one scale to thousands of cores ona single chip
HISTORY – AI
2017-2019: Andreas Olofsson does public service as a Program Manager at DARPA 2016: 1024-core 16nm Epipany-V tapeout 2015: Epiphany SOC IPlicenses to Tier 1
EPIPHANY-III 16-CORE MICROPROCESSOR (E16G301) RISC Processor: Each compute node contains an independent superscalar floating-point RISC CPU operating at up to 1 GHz and 2 GFLOPS/sec. The CPU has an efficient general-purpose instruction set that excels at compute intensive applications while being efficiently programmable in C/C++ without any need to write code using assembly or processor specific intrinsics. THE PARALLELLA COMPUTER The Parallella platform is an open source, energy efficient, high performance, credit-card sized computer based on the Epiphany multicore chips developed by Adapteva. This affordable platform is designed for developing and implementing high performance, parallel processing applications developed to take advantage of the on-boardEpiphany chip.
PARALLELLA PLATFORM NOW AVAILABLE WITH 64 CORES White Papers. Today we are proud to announce that we have completed integrating the Epiphany-IV 64-core 28nm chip with the Parallella prototyping platform. This is a major milestone as it demonstrates a practical path to delivering 64-core credit card sized boards later this spring. The new Parallella prototyping FMC daughter card withEpiphany
EPIPHANY-III 16-CORE 65NM MICROPROCESSOR (E16G301) Click to share on Twitter (Opens in new window) Click to share on LinkedIn (Opens in new window) Click to share on Facebook (Opens innew window)
SILICON COST CALCULATOR Silicon Cost Calculator. This calculator gives a rough estimate of the manufacturing cost of unpackaged semiconductor chips. Wafer prices aren’t something that is generally available, but doing an internet search of “wafer price trends” should give you a rough idea. Of course, just like with software there isn’t necessarily a strong SDR AND COGNITIVE RADIO ON PARALLELLA SDR and Cognitive Radio on Parallella. In a Software Defined Radio, the aim is to implement as much of the analog circuitry (mixers, modulators, filters etc) as possible in the digital domain. Key components in an SDR are Analog-Digital Converters (ADC), Digital-Analog Converters (DAC), and Digital Signal Processing (DSP).ABOUT US – AI
The Future of Parallel Computing. Adapteva, Inc. is a privately held semiconductor company that has developed the world’s most energy efficient and scalable multicore processor chip, designed for EPIPHANY INTRODUCTION Independent studies have demonstrated that Epiphany holds a 10-25x energy efficiency advantage over traditional CPU architectures. Scalability: Future performance gains will come from increased parallelism and not from higher frequency processors. The Epiphany architecture was designed from day one scale to thousands of cores ona single chip
SILICON DEVICES
Epiphany-IV 64-core 28nm Microprocessor (E64G401) The E64G401 is 64-core microprocessor/coprocessor reference design based on the 4th generation of the Epiphany THE PARALLELLA BOARD The Parallella computer platform is an open source, energy efficient, high performance, credit card sized computer based on the Epiphany multicore chips from Adapteva. This affordable platform is designed for developing and implementing high performance, parallel processing. Applications developed to take advantage of the on-board Epiphany FAQ – AI - ADAPTEVA Adapteva’s architecture is truly ANSI-C programmable and has a powerful optimizing compiler, so an engineer’s existing legacy code or favorite open source library will execute correctly on Adapteva architecture from day one without modification. Once the application is up and running correctly the programmer can start optimizing the AN INTRODUCTION TO SEMICONDUCTOR ECONOMICS Summary: As shown, a semiconductor company has to wait (and survive) for a long time until the company’s customers’ customers start buying products in significant volume. The long time to money and open competition at each one of these layers makes the semiconductor market a tough place for a start-up to succeed in. PARALLELLA PLATFORM REFERENCE DESIGN Next, we have to make few project default settings modifications. In the Sources window select Compile Order tab; Drag the fpga_constants.v file (Design Sources-> Unreferenced-> fpga_constants.v) to the top of the list; Click on Yes in the Move Sources dialog box; Drag the top_parallella16_prototype.v file to the second-from-top location (after fpga_constants.v) WHY I WILL BE USING RISC-V IN MY NEXT CHIP If you need more convincing before getting started here are the top 10 reasons why I will be using RISC-V in my next project! Those of you new to RISC-V, should read the mission statement from Krste Asanovic and David Patterson first. 10. RISC-V is state-of-the-art. A LEAN FABLESS SEMICONDUCTOR STARTUP MODEL The Status-Quo Fabless Semi Startup Model. Figure 1 shows the typical costs of reaching production for a state of the art SOC for a fabless semiconductor company. The data is based on personal experiences and numerous informal interviews with executives at chip startup companies who spent up to $50M without reaching break-even. E16G301 FEATURE SUMMARY 6 PRELIMINARY DATASHEET (SUBJECT TO CHANGE) REV 14.03.11 1 Introduction 1.1 Overview The E16G301 is a 16-core System-On-Chip implemented in a 65nm based on the 3rd generation of the Epiphanymulticore IP.
ADAPTEVA.COM
Efficient. 25X efficiency advantage over CPUs. 100 GFLOPS/Watt at 16nmABOUT US – AI
The Future of Parallel Computing Adapteva, Inc. is a privately held semiconductor company that has developed the world’s most energy efficient and scalable multicore processor chip, designed for pa EPIPHANY INTRODUCTION Independent studies have demonstrated that Epiphany holds a 10-25x energy efficiency advantage over traditional CPU architectures. Scalability: Future performance gains will come from increased parallelism and not from higher frequency processors. The Epiphany architecture was designed from day one scale to thousands of cores ona single chip
HISTORY – AI
2017-2019: Andreas Olofsson does public service as a Program Manager at DARPA 2016: 1024-core 16nm Epipany-V tapeout 2015: Epiphany SOC IPlicenses to Tier 1
EPIPHANY-III 16-CORE MICROPROCESSOR (E16G301) RISC Processor: Each compute node contains an independent superscalar floating-point RISC CPU operating at up to 1 GHz and 2 GFLOPS/sec. The CPU has an efficient general-purpose instruction set that excels at compute intensive applications while being efficiently programmable in C/C++ without any need to write code using assembly or processor specific intrinsics. THE PARALLELLA COMPUTER The Parallella platform is an open source, energy efficient, high performance, credit-card sized computer based on the Epiphany multicore chips developed by Adapteva. This affordable platform is designed for developing and implementing high performance, parallel processing applications developed to take advantage of the on-boardEpiphany chip.
PARALLELLA PLATFORM NOW AVAILABLE WITH 64 CORES White Papers. Today we are proud to announce that we have completed integrating the Epiphany-IV 64-core 28nm chip with the Parallella prototyping platform. This is a major milestone as it demonstrates a practical path to delivering 64-core credit card sized boards later this spring. The new Parallella prototyping FMC daughter card withEpiphany
EPIPHANY-III 16-CORE 65NM MICROPROCESSOR (E16G301) Click to share on Twitter (Opens in new window) Click to share on LinkedIn (Opens in new window) Click to share on Facebook (Opens innew window)
SILICON COST CALCULATOR Silicon Cost Calculator. This calculator gives a rough estimate of the manufacturing cost of unpackaged semiconductor chips. Wafer prices aren’t something that is generally available, but doing an internet search of “wafer price trends” should give you a rough idea. Of course, just like with software there isn’t necessarily a strong SDR AND COGNITIVE RADIO ON PARALLELLA SDR and Cognitive Radio on Parallella. In a Software Defined Radio, the aim is to implement as much of the analog circuitry (mixers, modulators, filters etc) as possible in the digital domain. Key components in an SDR are Analog-Digital Converters (ADC), Digital-Analog Converters (DAC), and Digital Signal Processing (DSP).ADAPTEVA.COM
Efficient. 25X efficiency advantage over CPUs. 100 GFLOPS/Watt at 16nmABOUT US – AI
The Future of Parallel Computing Adapteva, Inc. is a privately held semiconductor company that has developed the world’s most energy efficient and scalable multicore processor chip, designed for pa EPIPHANY INTRODUCTION Independent studies have demonstrated that Epiphany holds a 10-25x energy efficiency advantage over traditional CPU architectures. Scalability: Future performance gains will come from increased parallelism and not from higher frequency processors. The Epiphany architecture was designed from day one scale to thousands of cores ona single chip
HISTORY – AI
2017-2019: Andreas Olofsson does public service as a Program Manager at DARPA 2016: 1024-core 16nm Epipany-V tapeout 2015: Epiphany SOC IPlicenses to Tier 1
EPIPHANY-III 16-CORE MICROPROCESSOR (E16G301) RISC Processor: Each compute node contains an independent superscalar floating-point RISC CPU operating at up to 1 GHz and 2 GFLOPS/sec. The CPU has an efficient general-purpose instruction set that excels at compute intensive applications while being efficiently programmable in C/C++ without any need to write code using assembly or processor specific intrinsics. THE PARALLELLA COMPUTER The Parallella platform is an open source, energy efficient, high performance, credit-card sized computer based on the Epiphany multicore chips developed by Adapteva. This affordable platform is designed for developing and implementing high performance, parallel processing applications developed to take advantage of the on-boardEpiphany chip.
PARALLELLA PLATFORM NOW AVAILABLE WITH 64 CORES White Papers. Today we are proud to announce that we have completed integrating the Epiphany-IV 64-core 28nm chip with the Parallella prototyping platform. This is a major milestone as it demonstrates a practical path to delivering 64-core credit card sized boards later this spring. The new Parallella prototyping FMC daughter card withEpiphany
EPIPHANY-III 16-CORE 65NM MICROPROCESSOR (E16G301) Click to share on Twitter (Opens in new window) Click to share on LinkedIn (Opens in new window) Click to share on Facebook (Opens innew window)
SILICON COST CALCULATOR Silicon Cost Calculator. This calculator gives a rough estimate of the manufacturing cost of unpackaged semiconductor chips. Wafer prices aren’t something that is generally available, but doing an internet search of “wafer price trends” should give you a rough idea. Of course, just like with software there isn’t necessarily a strong SDR AND COGNITIVE RADIO ON PARALLELLA SDR and Cognitive Radio on Parallella. In a Software Defined Radio, the aim is to implement as much of the analog circuitry (mixers, modulators, filters etc) as possible in the digital domain. Key components in an SDR are Analog-Digital Converters (ADC), Digital-Analog Converters (DAC), and Digital Signal Processing (DSP).ABOUT US – AI
The Future of Parallel Computing. Adapteva, Inc. is a privately held semiconductor company that has developed the world’s most energy efficient and scalable multicore processor chip, designed for EPIPHANY INTRODUCTION Independent studies have demonstrated that Epiphany holds a 10-25x energy efficiency advantage over traditional CPU architectures. Scalability: Future performance gains will come from increased parallelism and not from higher frequency processors. The Epiphany architecture was designed from day one scale to thousands of cores ona single chip
SILICON DEVICES
Epiphany-IV 64-core 28nm Microprocessor (E64G401) The E64G401 is 64-core microprocessor/coprocessor reference design based on the 4th generation of the Epiphany THE PARALLELLA BOARD The Parallella computer platform is an open source, energy efficient, high performance, credit card sized computer based on the Epiphany multicore chips from Adapteva. This affordable platform is designed for developing and implementing high performance, parallel processing. Applications developed to take advantage of the on-board Epiphany FAQ – AI - ADAPTEVA Adapteva’s architecture is truly ANSI-C programmable and has a powerful optimizing compiler, so an engineer’s existing legacy code or favorite open source library will execute correctly on Adapteva architecture from day one without modification. Once the application is up and running correctly the programmer can start optimizing the AN INTRODUCTION TO SEMICONDUCTOR ECONOMICS Summary: As shown, a semiconductor company has to wait (and survive) for a long time until the company’s customers’ customers start buying products in significant volume. The long time to money and open competition at each one of these layers makes the semiconductor market a tough place for a start-up to succeed in. PARALLELLA PLATFORM REFERENCE DESIGN Next, we have to make few project default settings modifications. In the Sources window select Compile Order tab; Drag the fpga_constants.v file (Design Sources-> Unreferenced-> fpga_constants.v) to the top of the list; Click on Yes in the Move Sources dialog box; Drag the top_parallella16_prototype.v file to the second-from-top location (after fpga_constants.v) WHY I WILL BE USING RISC-V IN MY NEXT CHIP If you need more convincing before getting started here are the top 10 reasons why I will be using RISC-V in my next project! Those of you new to RISC-V, should read the mission statement from Krste Asanovic and David Patterson first. 10. RISC-V is state-of-the-art. A LEAN FABLESS SEMICONDUCTOR STARTUP MODEL The Status-Quo Fabless Semi Startup Model. Figure 1 shows the typical costs of reaching production for a state of the art SOC for a fabless semiconductor company. The data is based on personal experiences and numerous informal interviews with executives at chip startup companies who spent up to $50M without reaching break-even. E16G301 FEATURE SUMMARY 6 PRELIMINARY DATASHEET (SUBJECT TO CHANGE) REV 14.03.11 1 Introduction 1.1 Overview The E16G301 is a 16-core System-On-Chip implemented in a 65nm based on the 3rd generation of the Epiphanymulticore IP.
ADAPTEVA.COM
Efficient. 25X efficiency advantage over CPUs. 100 GFLOPS/Watt at 16nmABOUT US – AI
The Future of Parallel Computing Adapteva, Inc. is a privately held semiconductor company that has developed the world’s most energy efficient and scalable multicore processor chip, designed for pa EPIPHANY INTRODUCTION Independent studies have demonstrated that Epiphany holds a 10-25x energy efficiency advantage over traditional CPU architectures. Scalability: Future performance gains will come from increased parallelism and not from higher frequency processors. The Epiphany architecture was designed from day one scale to thousands of cores ona single chip
THE PARALLELLA COMPUTER The Parallella platform is an open source, energy efficient, high performance, credit-card sized computer based on the Epiphany multicore chips developed by Adapteva. This affordable platform is designed for developing and implementing high performance, parallel processing applications developed to take advantage of the on-boardEpiphany chip.
HISTORY – AI
2017-2019: Andreas Olofsson does public service as a Program Manager at DARPA 2016: 1024-core 16nm Epipany-V tapeout 2015: Epiphany SOC IPlicenses to Tier 1
EPIPHANY-III 16-CORE MICROPROCESSOR (E16G301) RISC Processor: Each compute node contains an independent superscalar floating-point RISC CPU operating at up to 1 GHz and 2 GFLOPS/sec. The CPU has an efficient general-purpose instruction set that excels at compute intensive applications while being efficiently programmable in C/C++ without any need to write code using assembly or processor specific intrinsics. SDR AND COGNITIVE RADIO ON PARALLELLA SDR and Cognitive Radio on Parallella. In a Software Defined Radio, the aim is to implement as much of the analog circuitry (mixers, modulators, filters etc) as possible in the digital domain. Key components in an SDR are Analog-Digital Converters (ADC), Digital-Analog Converters (DAC), and Digital Signal Processing (DSP). SILICON COST CALCULATOR Silicon Cost Calculator. This calculator gives a rough estimate of the manufacturing cost of unpackaged semiconductor chips. Wafer prices aren’t something that is generally available, but doing an internet search of “wafer price trends” should give you a rough idea. Of course, just like with software there isn’t necessarily a strong AN INTRODUCTION TO SEMICONDUCTOR ECONOMICS Summary: As shown, a semiconductor company has to wait (and survive) for a long time until the company’s customers’ customers start buying products in significant volume. The long time to money and open competition at each one of these layers makes the semiconductor market a tough place for a start-up to succeed in. WHY I WILL BE USING RISC-V IN MY NEXT CHIP If you need more convincing before getting started here are the top 10 reasons why I will be using RISC-V in my next project! Those of you new to RISC-V, should read the mission statement from Krste Asanovic and David Patterson first. 10. RISC-V is state-of-the-art.ADAPTEVA.COM
Efficient. 25X efficiency advantage over CPUs. 100 GFLOPS/Watt at 16nmABOUT US – AI
The Future of Parallel Computing Adapteva, Inc. is a privately held semiconductor company that has developed the world’s most energy efficient and scalable multicore processor chip, designed for pa EPIPHANY INTRODUCTION Independent studies have demonstrated that Epiphany holds a 10-25x energy efficiency advantage over traditional CPU architectures. Scalability: Future performance gains will come from increased parallelism and not from higher frequency processors. The Epiphany architecture was designed from day one scale to thousands of cores ona single chip
THE PARALLELLA COMPUTER The Parallella platform is an open source, energy efficient, high performance, credit-card sized computer based on the Epiphany multicore chips developed by Adapteva. This affordable platform is designed for developing and implementing high performance, parallel processing applications developed to take advantage of the on-boardEpiphany chip.
HISTORY – AI
2017-2019: Andreas Olofsson does public service as a Program Manager at DARPA 2016: 1024-core 16nm Epipany-V tapeout 2015: Epiphany SOC IPlicenses to Tier 1
EPIPHANY-III 16-CORE MICROPROCESSOR (E16G301) RISC Processor: Each compute node contains an independent superscalar floating-point RISC CPU operating at up to 1 GHz and 2 GFLOPS/sec. The CPU has an efficient general-purpose instruction set that excels at compute intensive applications while being efficiently programmable in C/C++ without any need to write code using assembly or processor specific intrinsics. SDR AND COGNITIVE RADIO ON PARALLELLA SDR and Cognitive Radio on Parallella. In a Software Defined Radio, the aim is to implement as much of the analog circuitry (mixers, modulators, filters etc) as possible in the digital domain. Key components in an SDR are Analog-Digital Converters (ADC), Digital-Analog Converters (DAC), and Digital Signal Processing (DSP). SILICON COST CALCULATOR Silicon Cost Calculator. This calculator gives a rough estimate of the manufacturing cost of unpackaged semiconductor chips. Wafer prices aren’t something that is generally available, but doing an internet search of “wafer price trends” should give you a rough idea. Of course, just like with software there isn’t necessarily a strong AN INTRODUCTION TO SEMICONDUCTOR ECONOMICS Summary: As shown, a semiconductor company has to wait (and survive) for a long time until the company’s customers’ customers start buying products in significant volume. The long time to money and open competition at each one of these layers makes the semiconductor market a tough place for a start-up to succeed in. WHY I WILL BE USING RISC-V IN MY NEXT CHIP If you need more convincing before getting started here are the top 10 reasons why I will be using RISC-V in my next project! Those of you new to RISC-V, should read the mission statement from Krste Asanovic and David Patterson first. 10. RISC-V is state-of-the-art.ABOUT US – AI
The Future of Parallel Computing. Adapteva, Inc. is a privately held semiconductor company that has developed the world’s most energy efficient and scalable multicore processor chip, designed for EPIPHANY INTRODUCTION Independent studies have demonstrated that Epiphany holds a 10-25x energy efficiency advantage over traditional CPU architectures. Scalability: Future performance gains will come from increased parallelism and not from higher frequency processors. The Epiphany architecture was designed from day one scale to thousands of cores ona single chip
SILICON DEVICES
Epiphany-IV 64-core 28nm Microprocessor (E64G401) The E64G401 is 64-core microprocessor/coprocessor reference design based on the 4th generation of the EpiphanyWHITE PAPERS
White papers describing advantages, benchmarks, examples using the Epiphany architecture from Adapteva. THE PARALLELLA BOARD The Parallella computer platform is an open source, energy efficient, high performance, credit card sized computer based on the Epiphany multicore chips from Adapteva. This affordable platform is designed for developing and implementing high performance, parallel processing. Applications developed to take advantage of the on-board Epiphany AN INTRODUCTION TO SEMICONDUCTOR ECONOMICS Summary: As shown, a semiconductor company has to wait (and survive) for a long time until the company’s customers’ customers start buying products in significant volume. The long time to money and open competition at each one of these layers makes the semiconductor market a tough place for a start-up to succeed in. EPIPHANY ARCHITECTURE REFERENCE Epiphany Architecture Reference - Adapteva time A LEAN FABLESS SEMICONDUCTOR STARTUP MODEL The Status-Quo Fabless Semi Startup Model. Figure 1 shows the typical costs of reaching production for a state of the art SOC for a fabless semiconductor company. The data is based on personal experiences and numerous informal interviews with executives at chip startup companies who spent up to $50M without reaching break-even. ADAPTEVA STATUS UPDATE July 9, 2017 Andreas Olofsson. Off. Andreas' Blog. Hi everyone, This is a long overdue Adapteva status update. As many of you know, I left Adapteva in January to take a position as a program manager at DARPA. I had been working pretty much non-stop for Adapteva since 2008 and an adjustment of life priorities was overdue for me and my family. E16G301 FEATURE SUMMARY 6 PRELIMINARY DATASHEET (SUBJECT TO CHANGE) REV 14.03.11 1 Introduction 1.1 Overview The E16G301 is a 16-core System-On-Chip implemented in a 65nm based on the 3rd generation of the Epiphanymulticore IP.
ADAPTEVA.COM
Efficient. 25X efficiency advantage over CPUs. 100 GFLOPS/Watt at 16nmABOUT US – AI
The Future of Parallel Computing Adapteva, Inc. is a privately held semiconductor company that has developed the world’s most energy efficient and scalable multicore processor chip, designed for pa EPIPHANY INTRODUCTION Independent studies have demonstrated that Epiphany holds a 10-25x energy efficiency advantage over traditional CPU architectures. Scalability: Future performance gains will come from increased parallelism and not from higher frequency processors. The Epiphany architecture was designed from day one scale to thousands of cores ona single chip
THE PARALLELLA COMPUTER The Parallella platform is an open source, energy efficient, high performance, credit-card sized computer based on the Epiphany multicore chips developed by Adapteva. This affordable platform is designed for developing and implementing high performance, parallel processing applications developed to take advantage of the on-boardEpiphany chip.
HISTORY – AI
2017-2019: Andreas Olofsson does public service as a Program Manager at DARPA 2016: 1024-core 16nm Epipany-V tapeout 2015: Epiphany SOC IPlicenses to Tier 1
EPIPHANY-III 16-CORE MICROPROCESSOR (E16G301) RISC Processor: Each compute node contains an independent superscalar floating-point RISC CPU operating at up to 1 GHz and 2 GFLOPS/sec. The CPU has an efficient general-purpose instruction set that excels at compute intensive applications while being efficiently programmable in C/C++ without any need to write code using assembly or processor specific intrinsics. SDR AND COGNITIVE RADIO ON PARALLELLA SDR and Cognitive Radio on Parallella. In a Software Defined Radio, the aim is to implement as much of the analog circuitry (mixers, modulators, filters etc) as possible in the digital domain. Key components in an SDR are Analog-Digital Converters (ADC), Digital-Analog Converters (DAC), and Digital Signal Processing (DSP). SILICON COST CALCULATOR Silicon Cost Calculator. This calculator gives a rough estimate of the manufacturing cost of unpackaged semiconductor chips. Wafer prices aren’t something that is generally available, but doing an internet search of “wafer price trends” should give you a rough idea. Of course, just like with software there isn’t necessarily a strong AN INTRODUCTION TO SEMICONDUCTOR ECONOMICS Summary: As shown, a semiconductor company has to wait (and survive) for a long time until the company’s customers’ customers start buying products in significant volume. The long time to money and open competition at each one of these layers makes the semiconductor market a tough place for a start-up to succeed in. WHY I WILL BE USING RISC-V IN MY NEXT CHIP If you need more convincing before getting started here are the top 10 reasons why I will be using RISC-V in my next project! Those of you new to RISC-V, should read the mission statement from Krste Asanovic and David Patterson first. 10. RISC-V is state-of-the-art.ADAPTEVA.COM
Efficient. 25X efficiency advantage over CPUs. 100 GFLOPS/Watt at 16nmABOUT US – AI
The Future of Parallel Computing Adapteva, Inc. is a privately held semiconductor company that has developed the world’s most energy efficient and scalable multicore processor chip, designed for pa EPIPHANY INTRODUCTION Independent studies have demonstrated that Epiphany holds a 10-25x energy efficiency advantage over traditional CPU architectures. Scalability: Future performance gains will come from increased parallelism and not from higher frequency processors. The Epiphany architecture was designed from day one scale to thousands of cores ona single chip
THE PARALLELLA COMPUTER The Parallella platform is an open source, energy efficient, high performance, credit-card sized computer based on the Epiphany multicore chips developed by Adapteva. This affordable platform is designed for developing and implementing high performance, parallel processing applications developed to take advantage of the on-boardEpiphany chip.
HISTORY – AI
2017-2019: Andreas Olofsson does public service as a Program Manager at DARPA 2016: 1024-core 16nm Epipany-V tapeout 2015: Epiphany SOC IPlicenses to Tier 1
EPIPHANY-III 16-CORE MICROPROCESSOR (E16G301) RISC Processor: Each compute node contains an independent superscalar floating-point RISC CPU operating at up to 1 GHz and 2 GFLOPS/sec. The CPU has an efficient general-purpose instruction set that excels at compute intensive applications while being efficiently programmable in C/C++ without any need to write code using assembly or processor specific intrinsics. SDR AND COGNITIVE RADIO ON PARALLELLA SDR and Cognitive Radio on Parallella. In a Software Defined Radio, the aim is to implement as much of the analog circuitry (mixers, modulators, filters etc) as possible in the digital domain. Key components in an SDR are Analog-Digital Converters (ADC), Digital-Analog Converters (DAC), and Digital Signal Processing (DSP). SILICON COST CALCULATOR Silicon Cost Calculator. This calculator gives a rough estimate of the manufacturing cost of unpackaged semiconductor chips. Wafer prices aren’t something that is generally available, but doing an internet search of “wafer price trends” should give you a rough idea. Of course, just like with software there isn’t necessarily a strong AN INTRODUCTION TO SEMICONDUCTOR ECONOMICS Summary: As shown, a semiconductor company has to wait (and survive) for a long time until the company’s customers’ customers start buying products in significant volume. The long time to money and open competition at each one of these layers makes the semiconductor market a tough place for a start-up to succeed in. WHY I WILL BE USING RISC-V IN MY NEXT CHIP If you need more convincing before getting started here are the top 10 reasons why I will be using RISC-V in my next project! Those of you new to RISC-V, should read the mission statement from Krste Asanovic and David Patterson first. 10. RISC-V is state-of-the-art.ABOUT US – AI
The Future of Parallel Computing. Adapteva, Inc. is a privately held semiconductor company that has developed the world’s most energy efficient and scalable multicore processor chip, designed for EPIPHANY INTRODUCTION Independent studies have demonstrated that Epiphany holds a 10-25x energy efficiency advantage over traditional CPU architectures. Scalability: Future performance gains will come from increased parallelism and not from higher frequency processors. The Epiphany architecture was designed from day one scale to thousands of cores ona single chip
SILICON DEVICES
Epiphany-IV 64-core 28nm Microprocessor (E64G401) The E64G401 is 64-core microprocessor/coprocessor reference design based on the 4th generation of the EpiphanyWHITE PAPERS
White papers describing advantages, benchmarks, examples using the Epiphany architecture from Adapteva. THE PARALLELLA BOARD The Parallella computer platform is an open source, energy efficient, high performance, credit card sized computer based on the Epiphany multicore chips from Adapteva. This affordable platform is designed for developing and implementing high performance, parallel processing. Applications developed to take advantage of the on-board Epiphany AN INTRODUCTION TO SEMICONDUCTOR ECONOMICS Summary: As shown, a semiconductor company has to wait (and survive) for a long time until the company’s customers’ customers start buying products in significant volume. The long time to money and open competition at each one of these layers makes the semiconductor market a tough place for a start-up to succeed in. EPIPHANY ARCHITECTURE REFERENCE Epiphany Architecture Reference - Adapteva time A LEAN FABLESS SEMICONDUCTOR STARTUP MODEL The Status-Quo Fabless Semi Startup Model. Figure 1 shows the typical costs of reaching production for a state of the art SOC for a fabless semiconductor company. The data is based on personal experiences and numerous informal interviews with executives at chip startup companies who spent up to $50M without reaching break-even. ADAPTEVA STATUS UPDATE July 9, 2017 Andreas Olofsson. Off. Andreas' Blog. Hi everyone, This is a long overdue Adapteva status update. As many of you know, I left Adapteva in January to take a position as a program manager at DARPA. I had been working pretty much non-stop for Adapteva since 2008 and an adjustment of life priorities was overdue for me and my family. E16G301 FEATURE SUMMARY 6 PRELIMINARY DATASHEET (SUBJECT TO CHANGE) REV 14.03.11 1 Introduction 1.1 Overview The E16G301 is a 16-core System-On-Chip implemented in a 65nm based on the 3rd generation of the Epiphanymulticore IP.
ADAPTEVA.COM
Efficient. 25X efficiency advantage over CPUs. 100 GFLOPS/Watt at 16nmABOUT US – AI
The Future of Parallel Computing Adapteva, Inc. is a privately held semiconductor company that has developed the world’s most energy efficient and scalable multicore processor chip, designed for pa EPIPHANY INTRODUCTION Independent studies have demonstrated that Epiphany holds a 10-25x energy efficiency advantage over traditional CPU architectures. Scalability: Future performance gains will come from increased parallelism and not from higher frequency processors. The Epiphany architecture was designed from day one scale to thousands of cores ona single chip
THE PARALLELLA COMPUTER The Parallella platform is an open source, energy efficient, high performance, credit-card sized computer based on the Epiphany multicore chips developed by Adapteva. This affordable platform is designed for developing and implementing high performance, parallel processing applications developed to take advantage of the on-boardEpiphany chip.
HISTORY – AI
2017-2019: Andreas Olofsson does public service as a Program Manager at DARPA 2016: 1024-core 16nm Epipany-V tapeout 2015: Epiphany SOC IPlicenses to Tier 1
EPIPHANY-III 16-CORE MICROPROCESSOR (E16G301) RISC Processor: Each compute node contains an independent superscalar floating-point RISC CPU operating at up to 1 GHz and 2 GFLOPS/sec. The CPU has an efficient general-purpose instruction set that excels at compute intensive applications while being efficiently programmable in C/C++ without any need to write code using assembly or processor specific intrinsics. SDR AND COGNITIVE RADIO ON PARALLELLA SDR and Cognitive Radio on Parallella. In a Software Defined Radio, the aim is to implement as much of the analog circuitry (mixers, modulators, filters etc) as possible in the digital domain. Key components in an SDR are Analog-Digital Converters (ADC), Digital-Analog Converters (DAC), and Digital Signal Processing (DSP). SILICON COST CALCULATOR Silicon Cost Calculator. This calculator gives a rough estimate of the manufacturing cost of unpackaged semiconductor chips. Wafer prices aren’t something that is generally available, but doing an internet search of “wafer price trends” should give you a rough idea. Of course, just like with software there isn’t necessarily a strong AN INTRODUCTION TO SEMICONDUCTOR ECONOMICS Summary: As shown, a semiconductor company has to wait (and survive) for a long time until the company’s customers’ customers start buying products in significant volume. The long time to money and open competition at each one of these layers makes the semiconductor market a tough place for a start-up to succeed in. WHY I WILL BE USING RISC-V IN MY NEXT CHIP If you need more convincing before getting started here are the top 10 reasons why I will be using RISC-V in my next project! Those of you new to RISC-V, should read the mission statement from Krste Asanovic and David Patterson first. 10. RISC-V is state-of-the-art.ADAPTEVA.COM
Efficient. 25X efficiency advantage over CPUs. 100 GFLOPS/Watt at 16nmABOUT US – AI
The Future of Parallel Computing Adapteva, Inc. is a privately held semiconductor company that has developed the world’s most energy efficient and scalable multicore processor chip, designed for pa EPIPHANY INTRODUCTION Independent studies have demonstrated that Epiphany holds a 10-25x energy efficiency advantage over traditional CPU architectures. Scalability: Future performance gains will come from increased parallelism and not from higher frequency processors. The Epiphany architecture was designed from day one scale to thousands of cores ona single chip
THE PARALLELLA COMPUTER The Parallella platform is an open source, energy efficient, high performance, credit-card sized computer based on the Epiphany multicore chips developed by Adapteva. This affordable platform is designed for developing and implementing high performance, parallel processing applications developed to take advantage of the on-boardEpiphany chip.
HISTORY – AI
2017-2019: Andreas Olofsson does public service as a Program Manager at DARPA 2016: 1024-core 16nm Epipany-V tapeout 2015: Epiphany SOC IPlicenses to Tier 1
EPIPHANY-III 16-CORE MICROPROCESSOR (E16G301) RISC Processor: Each compute node contains an independent superscalar floating-point RISC CPU operating at up to 1 GHz and 2 GFLOPS/sec. The CPU has an efficient general-purpose instruction set that excels at compute intensive applications while being efficiently programmable in C/C++ without any need to write code using assembly or processor specific intrinsics. SDR AND COGNITIVE RADIO ON PARALLELLA SDR and Cognitive Radio on Parallella. In a Software Defined Radio, the aim is to implement as much of the analog circuitry (mixers, modulators, filters etc) as possible in the digital domain. Key components in an SDR are Analog-Digital Converters (ADC), Digital-Analog Converters (DAC), and Digital Signal Processing (DSP). SILICON COST CALCULATOR Silicon Cost Calculator. This calculator gives a rough estimate of the manufacturing cost of unpackaged semiconductor chips. Wafer prices aren’t something that is generally available, but doing an internet search of “wafer price trends” should give you a rough idea. Of course, just like with software there isn’t necessarily a strong AN INTRODUCTION TO SEMICONDUCTOR ECONOMICS Summary: As shown, a semiconductor company has to wait (and survive) for a long time until the company’s customers’ customers start buying products in significant volume. The long time to money and open competition at each one of these layers makes the semiconductor market a tough place for a start-up to succeed in. WHY I WILL BE USING RISC-V IN MY NEXT CHIP If you need more convincing before getting started here are the top 10 reasons why I will be using RISC-V in my next project! Those of you new to RISC-V, should read the mission statement from Krste Asanovic and David Patterson first. 10. RISC-V is state-of-the-art.ABOUT US – AI
The Future of Parallel Computing. Adapteva, Inc. is a privately held semiconductor company that has developed the world’s most energy efficient and scalable multicore processor chip, designed for EPIPHANY INTRODUCTION Independent studies have demonstrated that Epiphany holds a 10-25x energy efficiency advantage over traditional CPU architectures. Scalability: Future performance gains will come from increased parallelism and not from higher frequency processors. The Epiphany architecture was designed from day one scale to thousands of cores ona single chip
SILICON DEVICES
Epiphany-IV 64-core 28nm Microprocessor (E64G401) The E64G401 is 64-core microprocessor/coprocessor reference design based on the 4th generation of the EpiphanyWHITE PAPERS
White papers describing advantages, benchmarks, examples using the Epiphany architecture from Adapteva. THE PARALLELLA BOARD The Parallella computer platform is an open source, energy efficient, high performance, credit card sized computer based on the Epiphany multicore chips from Adapteva. This affordable platform is designed for developing and implementing high performance, parallel processing. Applications developed to take advantage of the on-board Epiphany AN INTRODUCTION TO SEMICONDUCTOR ECONOMICS Summary: As shown, a semiconductor company has to wait (and survive) for a long time until the company’s customers’ customers start buying products in significant volume. The long time to money and open competition at each one of these layers makes the semiconductor market a tough place for a start-up to succeed in. EPIPHANY ARCHITECTURE REFERENCE Epiphany Architecture Reference - Adapteva time A LEAN FABLESS SEMICONDUCTOR STARTUP MODEL The Status-Quo Fabless Semi Startup Model. Figure 1 shows the typical costs of reaching production for a state of the art SOC for a fabless semiconductor company. The data is based on personal experiences and numerous informal interviews with executives at chip startup companies who spent up to $50M without reaching break-even. ADAPTEVA STATUS UPDATE July 9, 2017 Andreas Olofsson. Off. Andreas' Blog. Hi everyone, This is a long overdue Adapteva status update. As many of you know, I left Adapteva in January to take a position as a program manager at DARPA. I had been working pretty much non-stop for Adapteva since 2008 and an adjustment of life priorities was overdue for me and my family. E16G301 FEATURE SUMMARY 6 PRELIMINARY DATASHEET (SUBJECT TO CHANGE) REV 14.03.11 1 Introduction 1.1 Overview The E16G301 is a 16-core System-On-Chip implemented in a 65nm based on the 3rd generation of the Epiphanymulticore IP.
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