AI solutions that offer outstanding energy efficiency.
We’re using RISC-V to improve TCO for hyperscaler and datacenter customers.
Architecture that scales for any AI workload.
Setting new standards for flexibility and efficiency of AI computing, scalable from cloud to edge.
We’re helping define the future of RISC-V.
We extend the benefits of the RISC-V open source technology.
Esperanto’s new inference chip offers outstanding efficiency for key AI computing workloads.
Meet our new
AI supercomputer on a chip.
We’re committed to delivering outstanding energy efficiency,
performance and scalability.
Our solutions are built on RISC-V, the open instruction set
standard, using an innovative low-power approach which enables us to deliver
an exceptional value proposition for key AI inference applications.
Driven by innovation.
Exceptional energy efficiency for a
full range of key AI workloads.
Power consumption continues to be the most critical problem facing high-performance computing today.
To address this challenge we employ an array of over a thousand low-power ET-MinionTM cores, delivering energy efficiency with high integer and floating-point throughput, including tensor and vector acceleration optimized for ML / DL workloads.
RISC-V is the future of computing innovation.
Esperanto Technologies leverages RISC-V, a free and open ISA enabling a new era of processor innovation through open standards. As a founding member of RISC-V International, Esperanto is at the forefront of the RISC-V revolution, using the instruction set architecture to develop the world’s most efficient parallelized AI accelerators. Our high-performance out-of-order processor cores can boot Linux in self-hosted mode while our energy-efficient multithreaded in-order processor cores form a very powerful compute fabric to accelerate AI and Non-AI workloads. Our software stack supports standard AI frameworks such as GLOW and TVM and leverages the rich RISC-V software ecosystem.
Solutions designed to scale from cloud
to edge AI workloads.
The Esperanto RISC-V architecture can scale to address different applications, different levels of performance, different power profiles, and varying system form factors – while delivering optimal energy efficiency for each target application. With over a thousand high-performance, energy-efficient 64-bit RISC-V cores on our first chip, the ET-SoC-1, Esperanto can deliver TeraFlops of scalable computing performance.
The world’s highest performance
RISC-V commercial chip.
The ET-SoC-1 inference chip is designed to be the world’s highest performance RISC-V commercial chip, with over a thousand RISC-V processors on a single TSMC 7nm chip delivering a massively parallel, flexible architecture that combines exceptional performance and ultra-low power consumption. ET-SoC-1 is now available for evaluation by qualified customers through our Esperanto Access Program.
Driven by innovation.
ET-SoC-1 Chip
The world’s highest performanceRISC-V commercial chip.
The ET-SoC-1 inference chip is designed to be the world’s highest performance RISC-V commercial chip, with over a thousand RISC-V processors on a single TSMC 7nm chip delivering a massively parallel, flexible architecture that combines exceptional performance and ultra-low power consumption. ET-SoC-1 is now available for evaluation by qualified customers through our Esperanto Access Program.
energy efficiency
Exceptional energy efficiency for a
full range of key AI workloads.
Power consumption continues to be the most critical problem facing high-performance computing today.
To address this challenge we employ an array of over a thousand low-power ET-MinionTM cores, delivering energy efficiency with high integer and floating-point throughput, including tensor and vector acceleration optimized for ML / DL workloads.
RISC-V ISA
RISC-V is the future of computing innovation.
Esperanto Technologies leverages RISC-V, a free and open ISA enabling a new era of processor innovation through open standards. As a founding member of RISC-V International, Esperanto is at the forefront of the RISC-V revolution, using the instruction set architecture to develop the world’s most efficient parallelized AI accelerators. Our high-performance out-of-order processor cores can boot Linux in self-hosted mode while our energy-efficient multithreaded in-order processor cores form a very powerful compute fabric to accelerate AI and Non-AI workloads. Our software stack supports standard AI frameworks such as GLOW and TVM and leverages the rich RISC-V software ecosystem.
Scalability & Flexibility
Solutions designed to scale from cloudto edge AI workloads.
The Esperanto RISC-V architecture can scale to address different applications, different levels of performance, different power profiles, and varying system form factors – while delivering optimal energy efficiency for each target application. With over a thousand high-performance, energy-efficient 64-bit RISC-V cores on our first chip, the ET-SoC-1, Esperanto can deliver TeraFlops of scalable computing performance.
