Videos _gVFUEdhCyI
Gemma, DeepMind's Family of Open Models — Omar Sanseviero, Google DeepMind
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| stage | state | model | started | took |
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done | — | 2026-08-10 17:12 | 2m 43s |
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done | — | 2026-08-10 17:17 | 25s |
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done | — | 2026-08-10 19:52 | 11s |
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Transcript
158 cues· 2,798 words· 14,927 chars
- 0:15 All right, hi everyone, it's Ful here.
- 0:18 So I'm super excited to give this talk because just seven days ago we released Gemma 4.
- 0:24 So before this conference, who here has heard about Gemma already?
- 0:28 Okay, so most of you are great.
- 0:29 So, Gemma is Google's family of open models.
- 0:32 Open models means that these are models that you can take, you can download, you can run in your own infrastructure, your own devices, you can fine-tune for your own use cases.
- 0:42 So, about a year ago, we released Gemma 3.
- 0:44 Back then, Gemma 3 were the most capable open models that could fit in a single consumer GPU.
- 0:49 So, we designed models from 1 billion parameters all the way to 27 billion parameters.
- 0:54 And back then in LM Arena, it was a very strong model.
- 0:57 So you see here different open models under LM Arena scores.
- 1:01 And those small dots at the bottom represent how many H100s or A100s you would need just to be able to load the models.
- 1:08 So this is, again, Gemma 3.
- 1:10 That's from one year ago.
- 1:12 But you can see that even if it's a model from a year ago, it's a tiny model or a relatively small model that is extremely capable.
- 1:20 But yeah, so last week we released Gemma 4, and this is my first conference talking about Gemma 4, so very excited about that.
- 1:26 So Gemma 4 is the family of most capable of open models that Google has released ever.
- 1:31 These are models that go from 2 billion parameters all the way to 32 billion parameters.
- 1:37 These models have very different capabilities, so I'm going to talk a bit about these different things.
- 1:41 And if you're wondering what's the E there, I also explain that in a second.
- 1:45 So the smallest models can run in an Android phone, in an iOS, in an iPhone phone as well, even in a Raspberry Pi.
- 1:52 These are really small, small models that are multimodal, have reasoning, can do very cool on-device agentic things.
- 1:59 Then there's MOE, a mixture of experts model that's super fast, very low latency,
- 2:05 a model that can do very cool things.
- 2:08 And then you have the 31B.
- 2:10 That's the most intelligent model, the most capable.
- 2:13 So when you want the most raw intelligence, you would use this large model.
- 2:18 But even the 31B is a model that can run in a consumer GPU.
- 2:22 So all of these models have been in developer-friendly sizes, which is quite important to us.
- 2:27 So let me show you a couple of the most
- 2:31 assuming the videos load.
- 2:33 So there's a lot happening here.
- 2:34 So let me begin with the one at the right.
- 2:37 That's an application where you have Gemma running directly in an Android phone where you can pick different skills.
- 2:44 So pretty much here you have a full agentic setup where the model is picking maybe like a skill to play the piano, and then you have Gemma playing the piano, right?
- 2:53 The one at the left is Gemma Vive coding, also on device.
- 2:56 This is, again, airplane mode, no API calls, fully running in a phone.
- 3:01 And the example in the middle is in a laptop computer, we have 10 instances of Yema running in parallel.
- 3:09 Each of them is doing a different SPG, and in a couple of seconds, you are going to see 10 SPGs generated by different agents, all of these running on device with Lama CPP.
- 3:19 And even then, it's like 100 tokens per second, and there you can see the SPGs that were generated by the 10 different Yema models.
- 3:26 Gemma is a good coding model.
- 3:29 It can do agentic stuff.
- 3:31 It can do coding.
- 3:32 It can do even Android app development.
- 3:34 And again, all of this offline.
- 3:37 So the LM Arena scores are quite nice.
- 3:40 Here you can see a bunch of different models.
- 3:43 x-axis is how many billion parameters the model has.
- 3:46 Y-axis is the LM Arena score.
- 3:48 And I know, like, LM Arena is not the perfect benchmark, but it does give you, like, some proxy of how much the community likes the model for general use cases, like conversations and so on.
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Chapters
- 0:00 Introduction to the Gemma model family
- 0:41 Evolution from Gemma 3 to Gemma 4
- 1:21 Overview of the new Gemma 4 capabilities
- 2:31 Live demonstrations of on-device applications
- 3:38 LM Arena scores and performance benchmarks
- 5:07 Apache 2 license transition
- 5:27 Technical deep dive: The E2B architecture and per-layer embeddings
- 6:57 Multimodal understanding and multilingual support
- 8:43 Ecosystem growth and community adoption
- 10:07 Product integrations, including Android Studio
- 10:46 Statistics on model downloads and fine-tuning
- 11:27 Official Gemma variants: Shield Gemma and MedGemma
- 12:16 Community research and sovereign AI efforts
- 12:56 Real-world applications, from cancer therapy to offline tasks
- 14:05 Closing remarks and future outlook