Join Our Revolution
Join Our Revolution
We are looking for self-driven Rebellions who can enjoy the workplace freedom for the success of our tech revolution. As a Rebellion, you will be able to expose yourself to all levels of deep learning accelerator design (from hardware through compiler to algorithm) as well as business decision-making process. We hustle and grow together. We will make history together. If you can contribute to our tech revolution, check out the link below for more details about our team and reach out to us to see if we can grow together, contact@rebellions.ai
We are looking for self-driven Rebellions who can enjoy the workplace freedom for the success of our tech revolution. As a Rebellion, you will be able to expose yourself to all levels of deep learning accelerator design (from hardware through compiler to algorithm) as well as business decision-making process. We hustle and grow together. We will make history together.
We are looking for self-driven Rebellions who can enjoy the workplace freedom for the success of our tech revolution. As a Rebellion, you will be able to expose yourself to all levels of deep learning accelerator design (from hardware through compiler to algorithm) as well as business decision-making process. We hustle and grow together. We will make history together. If you can contribute to our tech revolution, check out the link below for more details about our team and reach out to us to see if we can grow together, contact@rebellions.ai
We are looking for self-driven Rebellions who can enjoy the workplace freedom for the success of our tech revolution. As a Rebellion, you will be able to expose yourself to all levels of deep learning accelerator design (from hardware through compiler to algorithm) as well as business decision-making process. We hustle and grow together. We will make history together.
Team Rebellions
Team Rebellions
Unique and execution-capable! Founded in September 2020, we are now 49 engineers – 19 PhDs and experienced tech veterans from Samsung and SK Hynix. We teamed up with various professional careers (Morgan Stanley, SpaceX, IBM TJ Watson, Intel, ARM, IMEC, Samsung USA, Lunit), each having unique expertise and domain knowledge.
Unique and execution-capable! Founded in September 2020, we are now 49 engineers – 19 PhDs and experienced tech veterans from Samsung and SK Hynix. We teamed up with various professional careers (Morgan Stanley, SpaceX, IBM TJ Watson, Intel, ARM, IMEC, Samsung USA, Lunit), each having unique expertise and domain knowledge.
Unique and execution-capable! Founded in September 2020, we are now 49 engineers – 19 PhDs and experienced tech veterans from Samsung and SK Hynix. We teamed up with various professional careers (Morgan Stanley, SpaceX, IBM TJ Watson, Intel, ARM, IMEC, Samsung USA, Lunit), each having unique expertise and domain knowledge.
Technology
AI chip architects are often inattentive to advanced deep learning features and requirements because they believe software stacks between their silicon and algorithms can provide effective abstract layers. We disagree. We do not think such naively designed chips can efficiently utilize expensive custom silicon resources. The more native hardware supports are enabled, the higher performance is achieved. Rebellions Inc is building genuine AI accelerators by bi-directionally bridging the gap between underlying silicon architectures and deep learning algorithms. We push algorithm boundaries to better exploit silicon budgets, while re-architecting AI processors to incorporate sophisticated deep learning features through silicon-dedicated DL kernels.
AI chip architects are often inattentive to advanced deep learning features and requirements because they believe software stacks between their silicon and algorithms can provide effective abstract layers. We disagree. We do not think such naively designed chips can efficiently utilize expensive custom silicon resources. The more native hardware supports are enabled, the higher performance is achieved.
Rebellions Inc is building genuine AI accelerators by bi-directionally bridging the gap between underlying silicon architectures and deep learning algorithms. We push algorithm boundaries to better exploit silicon budgets, while re-architecting AI processors to incorporate sophisticated deep learning features through silicon-dedicated DL kernels.
Technology
Technology
AI chip architects are often inattentive to advanced deep learning features and requirements because they believe software stacks between their silicon and algorithms can provide effective abstract layers. We disagree. We do not think such naively designed chips can efficiently utilize expensive custom silicon resources. The more native hardware supports are enabled, the higher performance is achieved. Rebellions Inc is building genuine AI accelerators by bi-directionally bridging the gap between underlying silicon architectures and deep learning algorithms. We push algorithm boundaries to better exploit silicon budgets, while re-architecting AI processors to incorporate sophisticated deep learning features through silicon-dedicated DL kernels.
Products
Products
Products
Products