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Is Qwen 3.8 27b The New King of the Local LLMs? — Transcript

by Gary Explains · 1,103 words · 149 segments · language en · Watch on YouTube

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  1. 0:00So Quen 3.8 27 billion parameter local
  2. 0:03AI model has been out for a few days now
  3. 0:06and I've been testing it to see what it
  4. 0:08is capable of and I've been surprised on
  5. 0:10how well it is performing especially
  6. 0:12compared to the models that we had what
  7. 0:14just a few weeks ago. This is another
  8. 0:17major step change in what you can
  9. 0:19achieve locally on local hardware
  10. 0:22without having to send everything up
  11. 0:24into the cloud. That's the topic of
  12. 0:26today's video. So if you want to find
  13. 0:27out more, please let me explain.
  14. 0:32So Quen 3.8 is a 27 billion parameter
  15. 0:35model. Now it's full size at 16 bit
  16. 0:38floating point numbers. It's a 55 GB
  17. 0:41download and you're probably going to
  18. 0:43need 128 GB of RAM to run it, which is
  19. 0:46beyond what most people have. That's
  20. 0:48VRAM. Beyond what most people have kind
  21. 0:51of at home, even with a very good gaming
  22. 0:53setup. However, if you do have something
  23. 0:56like an RTX 5090 or something else with
  24. 0:5932 GB of VRAM, then the [snorts] 4bit
  25. 1:03quantized version of Quen 3.827 billion
  26. 1:06is runnable on your local PC and
  27. 1:10actually at a fairly decent rate. I was
  28. 1:12getting 96 tokens a second uh running it
  29. 1:15on an RTX5090. That means you can run it
  30. 1:17locally on your PC and do everything
  31. 1:20you'd want to do with a normal large
  32. 1:22language model out in the cloud, but now
  33. 1:24you're running it locally. And I've been
  34. 1:26testing it specifically for how good is
  35. 1:28it at you doing coding using open code
  36. 1:31as the coding harness. But first, let's
  37. 1:34start with a few simple things. Does it
  38. 1:36answer the Alice question? Yes, it does.
  39. 1:39No problem, as you would expect. Does it
  40. 1:41handle the 7 minute egg timer and the 11
  41. 1:45minute egg timer question? Yes, it does.
  42. 1:48No problem. So, now those are out the
  43. 1:50way, we can kind of get a feel for the
  44. 1:52kind of capabilities of this model.
  45. 1:54Let's push it a little further. The
  46. 1:56first thing I did cuz I wanted a bit of
  47. 1:58fun was to get it to create a Space
  48. 2:00Invaders game using a single HTML file
  49. 2:03using inline JavaScript and no external
  50. 2:06libraries. So this is just had to create
  51. 2:08everything itself inside of the HTML
  52. 2:10file. It did that. It produced me
  53. 2:13index.html. You can doubleclick it and
  54. 2:16you get a nice space invaders game. So I
  55. 2:18wanted to push it a bit more. So I use
  56. 2:19my protocol encoding type length value
  57. 2:22encoding question. Asked it to create a
  58. 2:25specification similar to ASN1 similar to
  59. 2:29Google's Protobuff. Now it created that
  60. 2:31specification. No trouble. There were a
  61. 2:33few tiny mistakes in it. It did all the
  62. 2:35specification defining how the protocol
  63. 2:37should be laid out. But then at the very
  64. 2:39end, it gives some working examples.
  65. 2:40This is what happens if you want to
  66. 2:41encode an integer. This is what happens
  67. 2:43if you want to encode a string. And
  68. 2:45actually one of those or two of those
  69. 2:46had a minor error in the numbers it was
  70. 2:49telling you that you should use. So the
  71. 2:51examples it was giving uh didn't
  72. 2:53actually quite work out. But if you fix
  73. 2:54those, no problem whatsoever. So I then
  74. 2:56went on to say, well now implemented
  75. 2:58including testing, including end toend
  76. 3:00testing, unit testing, and so on. And I
  77. 3:02did open code, let it run. A few times I
  78. 3:05had to interact with it, telling it, you
  79. 3:07know, here's a plan. This is what you
  80. 3:09should do now. Go ahead and do it. And
  81. 3:12just as you would do with normal coding
  82. 3:14with a harness and it worked perfectly.
  83. 3:16It gave me a nice little library that
  84. 3:19could implement the specification,
  85. 3:20including some end to-end testing,
  86. 3:21including some unit tests. Worked
  87. 3:24absolutely fine. So my big test after
  88. 3:26that as I've done in several other
  89. 3:27videos here on this channel is my new
  90. 3:30scrippy uh programming language. So the
  91. 3:32idea is I just give it a example of the
  92. 3:35of the new scripping language and even
  93. 3:37define it formally. I tell it a little
  94. 3:39bit about it like it doesn't use
  95. 3:41semicolons. I tell it it's an
  96. 3:43interpreter and I tell it it's written
  97. 3:45in C and then I say go ahead knock
  98. 3:47yourself out go and write the
  99. 3:49interpreter for this language. Now
  100. 3:51that's quite a tall order because
  101. 3:52there's no formal specification for the
  102. 3:54language just an example code and a lot
  103. 3:57of the stuff it has to kind of infer
  104. 3:59from the example code infer from what
  105. 4:01I've said uh in the bit of text. Now
  106. 4:04I've tried this before in other videos
  107. 4:05and really local models weren't able to
  108. 4:08do it even when uh 3.6 they weren't able
  109. 4:11to do it. They kind of either got stuck
  110. 4:13in a loop just not being able to finish
  111. 4:15it or what they produced crashed all the
  112. 4:17time had severe memory leaks. It was bit
  113. 4:20of a disaster. However, the amazing news
  114. 4:22is here is that in a relatively short
  115. 4:25amount of time certainly wasn't even
  116. 4:27overnight just a few hours again few
  117. 4:30prompting there was a plan and then we
  118. 4:33went through the different steps on how
  119. 4:34to implement it and then you know I said
  120. 4:36also write some documentation and I told
  121. 4:38it all the stuff back and forth as you
  122. 4:40would with a coding harness. It worked
  123. 4:43absolutely worked. You can run new
  124. 4:45scrippy. You It created its own set of
  125. 4:47test scripts to run as well. Uh and the
  126. 4:51example script that I gave it for the
  127. 4:53readme file that runs. And so there you
  128. 4:56go. This local LLM running on a PC.
  129. 5:00Quinn 3.8 was able to do all of that
  130. 5:02coding using open code. You could use
  131. 5:04other harnesses as well, I'm sure.
  132. 5:06Haven't tested them specifically, but
  133. 5:07I'm sure it'll be just as good. And it
  134. 5:09did it all for me. And it actually
  135. 5:11works. So, this is really amazing that
  136. 5:12we've reached this point. Uh, and I'm
  137. 5:15sure things are going to get better, but
  138. 5:17this is amazing that we've reached this
  139. 5:18point for local LLMs, just the power and
  140. 5:21the capabilities that they have. Okay,
  141. 5:23I'd love to hear your thoughts in the
  142. 5:24comments. Have you tried Quen 3.8? Do
  143. 5:27you use uh local uh AI for coding or do
  144. 5:31you only rely on the big models? Do you
  145. 5:33not do any coding on it? Love to hear
  146. 5:35your thoughts in the comments below.
  147. 5:37Okay, that's it. I'll see you in the
  148. 5:39next one.
  149. 5:43>> [music]

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