George Hotz
👤 PersonAppearances Over Time
Podcast Appearances
Lisa Su responded to my email.
Lisa Su responded to my email.
Oh. I reached out. I was like, this is, you know, really? Like, I understand if your 7x7 transposed Winograd conv is slower than NVIDIA's, but literally when I run demo apps in a loop, the kernel panics.
Oh. I reached out. I was like, this is, you know, really? Like, I understand if your 7x7 transposed Winograd conv is slower than NVIDIA's, but literally when I run demo apps in a loop, the kernel panics.
Oh. I reached out. I was like, this is, you know, really? Like, I understand if your 7x7 transposed Winograd conv is slower than NVIDIA's, but literally when I run demo apps in a loop, the kernel panics.
I just literally took their demo apps and wrote like while true semicolon do the app semicolon done in a bunch of screens. This is like the most primitive fuzz testing.
I just literally took their demo apps and wrote like while true semicolon do the app semicolon done in a bunch of screens. This is like the most primitive fuzz testing.
I just literally took their demo apps and wrote like while true semicolon do the app semicolon done in a bunch of screens. This is like the most primitive fuzz testing.
They're changing. They're trying to change. They're trying to change. And I had a pretty positive interaction with them this week. Last week, I went on YouTube. I was just like, that's it. I give up on AMD. Like, this is their driver. I'm not going to, you know, I'll go with Intel GPUs. Intel GPUs have better drivers.
They're changing. They're trying to change. They're trying to change. And I had a pretty positive interaction with them this week. Last week, I went on YouTube. I was just like, that's it. I give up on AMD. Like, this is their driver. I'm not going to, you know, I'll go with Intel GPUs. Intel GPUs have better drivers.
They're changing. They're trying to change. They're trying to change. And I had a pretty positive interaction with them this week. Last week, I went on YouTube. I was just like, that's it. I give up on AMD. Like, this is their driver. I'm not going to, you know, I'll go with Intel GPUs. Intel GPUs have better drivers.
Yeah, and I'd like to extend that diversification to everything. I'd like to diversify the, right, the more, my central thesis about the world is there's things that centralize power and they're bad. And there's things that decentralize power and they're good. Everything I can do to help decentralize power, I'd like to do.
Yeah, and I'd like to extend that diversification to everything. I'd like to diversify the, right, the more, my central thesis about the world is there's things that centralize power and they're bad. And there's things that decentralize power and they're good. Everything I can do to help decentralize power, I'd like to do.
Yeah, and I'd like to extend that diversification to everything. I'd like to diversify the, right, the more, my central thesis about the world is there's things that centralize power and they're bad. And there's things that decentralize power and they're good. Everything I can do to help decentralize power, I'd like to do.
I'd like to help them with software. No, actually, the only ASIC that is remotely successful is Google's TPU. And the only reason that's successful is because Google wrote a machine learning framework. I think that you have to write a competitive machine learning framework in order to be able to build an ASIC.
I'd like to help them with software. No, actually, the only ASIC that is remotely successful is Google's TPU. And the only reason that's successful is because Google wrote a machine learning framework. I think that you have to write a competitive machine learning framework in order to be able to build an ASIC.
I'd like to help them with software. No, actually, the only ASIC that is remotely successful is Google's TPU. And the only reason that's successful is because Google wrote a machine learning framework. I think that you have to write a competitive machine learning framework in order to be able to build an ASIC.
They have one. They have an internal one.
They have one. They have an internal one.
They have one. They have an internal one.