A revolutionary approach to AI infrastructure that unlocks unparalleled scalability, achieving unprecedented levels of performance and operational efficiency.
"Enfabrica brings fault tolerance to [AI] networking design. Rather than point-to-point, there are multiple paths from any point [CPU, GPU, CXL.MEM end points] to any other point, so the load can be distributed."
"When adoption begins in 2025, we expect Enfabrica to become a darling of the industry, and they should see significant adoption."
"A huge benefit is that the radix of the device can lead to 524,288 accelerators on a 2 layer switched network... multiple links from the GPU to the network exist. If a link fails, the GPU might see a performance blip, but the packets would find another path which can be better for reliability."
"Enfabrica brings fault tolerance to [AI] networking design. Rather than point-to-point, there are multiple paths from any point [CPU, GPU, CXL.MEM end points] to any other point, so the load can be distributed."
"When adoption begins in 2025, we expect Enfabrica to become a darling of the industry, and they should see significant adoption."
"A huge benefit is that the radix of the device can lead to 524,288 accelerators on a 2 layer switched network... multiple links from the GPU to the network exist. If a link fails, the GPU might see a performance blip, but the packets would find another path which can be better for reliability."
"Enfabrica brings fault tolerance to [AI] networking design. Rather than point-to-point, there are multiple paths from any point [CPU, GPU, CXL.MEM end points] to any other point, so the load can be distributed."
"When adoption begins in 2025, we expect Enfabrica to become a darling of the industry, and they should see significant adoption."
Want to learn more about what Enfabrica is building? Have a question about joining our team? Email us today, and connect with us on LinkedIn and the Enfabrica tech blog.
