GitHub’s CoPilot is the most disappointing of AI products out there.
For some developers for sure, but not all. I am a senior developer with +20 years of experience and I find Github Copilot amazing. It significantly boosts my productivity. I do not expect the world from it, and I do run into limitations, but it helps me tremendously to be productive in languages and tools which I have low/no familiarity. I think Github Copilot paired with ChatGPT fails the most in idiosyncratic code…
GitHub Copilot loses an average of $20 per user per month
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Re: GitHub Copilot loses an average of $20 per user per month
#42Thus, the price of Github Copilot is going to go up, 2x to 5x. For all of the criticism of Github Copilot, for a lot of developers (but not all), the value Github Copilot is incredibly high, much more than $20/month. The current rock bottom pricing is low compared to the value provided for those users. As such there is a big opportunity to multiply the price here being charged. Probably an increase between 3x to 5x.…
Re: GitHub Copilot loses an average of $20 per user per month
#43Thus, the price of Github Copilot is going to go up, 2x to 5x. For all of the criticism of Github Copilot, for a lot of developers (but not all), the value Github Copilot is incredibly high, much more than $20/month. The current rock bottom pricing is low compared to the value provided for those users. As such there is a big opportunity to multiply the price here being charged. Probably an increase between 3x to 5x.…
I'd probably pay ~2-3x, idk about 5x. I'd consider it though. Hopefully they can cut the costs and meet in the middle.
Re: GitHub Copilot loses an average of $20 per user per month
#44GitHub’s CoPilot is the most disappointing of AI products out there.
Re: GitHub Copilot loses an average of $20 per user per month
#45Earlier quoted context omitted.
For some developers for sure, but not all. I am a senior developer with +20 years of experience and I find Github Copilot amazing. It significantly boosts my productivity. I do not expect the world from it, and I do run into limitations, but it helps me tremendously to be productive in languages and tools which I have low/no familiarity. I think Github Copilot paired with ChatGPT fails the most in idiosyncratic code…
It's also amazing to write documentation or unit tests. Or repetitive editing tasks that are hard to automate (e.g. "invert this if condition").
Seriously! I write a documentation comment like:
/// Given: blah
/// When: blah
/// Then: blah
and Copilot writes the test for me. I can generate a dozen tests like this and it's awesome. I write a lot more tests because of Copilot.Re: GitHub Copilot loses an average of $20 per user per month
#46Copilot is useless compared to chat-gpt4. There's really no comparison. As far as the costs, it seems like transmitting things repeatedly would be more expensive than the chat model where you just transmit things when you want them.
Copilot is chat gpt4, and has been since roughly April. It's built on top of it.
Re: GitHub Copilot loses an average of $20 per user per month
#47I feel like the centralisation of server resources for something like copilot doesn’t really make sense. Many (most) professional developers are working on beefy laptops. If ever there were a case to run these models client side, a software developer’s laptop is probably the ideal place. What are the specs that are needed to run inference on these models?
a) They're much slower on my 6GB laptop GPU
b) The seem to not be as good, functionally
b) I can't make use of larger models
I haven't done more than just some experimentation but I can see how this would make sense to put on a server.
Re: GitHub Copilot loses an average of $20 per user per month
#48GitHub’s CoPilot is the most disappointing of AI products out there.
Re: GitHub Copilot loses an average of $20 per user per month
#49Re: GitHub Copilot loses an average of $20 per user per month
#50Earlier quoted context omitted.
GPUs are a SIMD architecture designed for 4x4 float32 matrix multiplications found in video games. But NPUs (like Googles NPU) are systolic arrays designed for 16x16 or even 256x256 float16 or even int8 matrix multiplications instead. ------- NVidia builds larger matrix multiplications out of the 4x4 float16 base that a SM is designed for. After all, a 8x8 matrix multiplication is just four of the smaller 4x4 matrix…
> After all, a 8x8 matrix multiplication is just four of the smaller 4x4 matrix multiplications Isn't it 8 of them? That's why you can't go the other way around and use your 8x8 multiplier to efficiently multiply 4x4s in parallel.