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6Google DeepMind Blog·1mo ago

T5Gemma: A new collection of encoder-decoder Gemma models

DeepMind has announced T5Gemma, a new collection of encoder-decoder large language models under the Gemma family. The release extends the Gemma model line beyond its existing decoder-only architecture to include encoder-decoder variants, following the T5 paradigm. Further technical details are sparse in the announcement but the models represent a notable architectural expansion of the open Gemma ecosystem.

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7Google Deepmind Blog·11d ago·source ↗

Google DeepMind releases Gemma 4 12B, a unified encoder-free multimodal open model

Google DeepMind has released Gemma 4 12B, a new open-weights multimodal model that uses a unified, encoder-free architecture. The model is positioned as a capable multimodal system at the 12B parameter scale. This is notable as an open-weights release from a frontier lab with an architectural distinction — eliminating the separate vision encoder common in most multimodal models.

6Hugging Face Blog·1mo ago·source ↗

CodeGemma - Google's Official Code-Focused LLM Release

Google has released CodeGemma, a family of code-specialized large language models, announced via the Hugging Face blog. CodeGemma builds on the Gemma model family and is targeted at code generation and understanding tasks. The release represents Google's continued push into open-weights code LLMs to compete with models like Code Llama and DeepSeek Coder.

5Google Deepmind Blog·1mo ago·source ↗

Introducing Gemma 3 270M: The compact model for hyper-efficient AI

Google DeepMind has released Gemma 3 270M, a 270-million parameter compact language model added to the Gemma 3 family. The model is positioned as a highly specialized, hyper-efficient tool for resource-constrained deployments. This extends the Gemma 3 lineup into the sub-billion parameter range, targeting edge and on-device use cases.

7Google Deepmind Blog·1mo ago·source ↗

Introducing Gemma 3

Google DeepMind has released Gemma 3, described as the most capable model runnable on a single GPU or TPU. The announcement comes from DeepMind's official blog, indicating a new generation of the open-weights Gemma model family. Specific capability details, parameter counts, and benchmark results are not included in the provided body text.

7Hugging Face Blog·1mo ago·source ↗

Welcome Gemma 3: Google's All-New Multimodal, Multilingual, Long-Context Open LLM

Google has released Gemma 3, a new family of open-weights large language models featuring multimodal capabilities, multilingual support, and extended context windows. The Hugging Face blog post introduces the model family and its key features. Gemma 3 represents a significant update to Google's open-weights model line, expanding beyond text-only capabilities to include vision and broader language coverage.

7Hugging Face Blog·1mo ago·source ↗

Welcome Gemma 2 - Google's new open LLM

Google released Gemma 2, a new open-weights large language model, announced via the Hugging Face blog. The post covers integration with the Hugging Face ecosystem and highlights the model's capabilities. Gemma 2 represents Google's continued investment in open-weight model releases to compete in the open-source LLM space.

8Google Deepmind Blog·1mo ago·source ↗

Gemma 4: Google DeepMind Releases Most Capable Open Models

Google DeepMind has released Gemma 4, described as their most capable open models to date. The models are purpose-built for advanced reasoning and agentic workflows, and are positioned as the most capable open models byte-for-byte. The announcement comes from DeepMind's official blog, indicating a significant open-weights release targeting the frontier open model space.

6Hugging Face Blog·1mo ago·source ↗

Welcome EmbeddingGemma, Google's new efficient embedding model

Google has released EmbeddingGemma, a new embedding model announced via the Hugging Face blog. The model appears to be positioned as an efficient option for generating text embeddings, likely derived from or related to the Gemma model family. Details on architecture, benchmarks, and use cases are expected in the full post.