Thanks again for the repost and all the support!! Been a blast and super cool to see the interest, if you want to follow along for more of our writeups, our blog can be found here: https://chewingonchips.substack.com/
A couple core commands in our ISA detailed on our GitHub, map your problem to matrix ops, here's a brief excerpt, but our tpu_compiler and tpu_driver are the core to programming your own: from tpu_compiler import…
Definitely thinking about that! Would be very cool to run the JAX / Pallas stack, noted on our end :) - Alan and Abiral
hard to argue today's GPUs are really graphics focused anymore in the training / inference race :O really excited about Rubin CPX / Feynman generations, let's see what the LPU does to the inference stack
thanks for the kind words of support! definitely taught us a thing or two, hope you enjoyed the ride along - Alan and Abiral
yup, GBs are so much tensor core nowadays :)
Thanks again for the repost and all the support!! Been a blast and super cool to see the interest, if you want to follow along for more of our writeups, our blog can be found here: https://chewingonchips.substack.com/
A couple core commands in our ISA detailed on our GitHub, map your problem to matrix ops, here's a brief excerpt, but our tpu_compiler and tpu_driver are the core to programming your own: from tpu_compiler import…
Definitely thinking about that! Would be very cool to run the JAX / Pallas stack, noted on our end :) - Alan and Abiral
hard to argue today's GPUs are really graphics focused anymore in the training / inference race :O really excited about Rubin CPX / Feynman generations, let's see what the LPU does to the inference stack
thanks for the kind words of support! definitely taught us a thing or two, hope you enjoyed the ride along - Alan and Abiral
yup, GBs are so much tensor core nowadays :)