Fetching from the wire…
Top 5 · 2026-06-04 · source-backed
Gemma 4 12B dropped June 3, and the spec sheet is the kind of thing I read twice to make sure I wasn't misreading it. 11.95 billion params, Apache 2.0, reads text, image, audio, and video. No separate vision encoder. No separate audio encoder. The model handles all of it natively. It fits in about 16GB, and quantized to Q4 it's roughly 6.7GB, which means it runs on hardware I already own. 256K context window. (Google The Keyword)
The number that got my attention: it nears the larger 26B MoE on standard benchmarks at under half the memory footprint. Encoder-free native audio at 12B is the actual unlock here. Most local multimodal setups bolt a vision tower onto a language model and the audio story is an afterthought or a separate pipeline entirely. Folding audio into the model itself, at a size that fits a consumer GPU, changes what you can build offline.
Day-one support shipped across Transformers, llama.cpp, MLX, vLLM, SGLang, and Unsloth. That last part matters more than the benchmark scores. A model is only as useful as the tooling around it on launch day, and Google clearly learned that lesson. I've watched too many open-weights releases sit dead for a week while the community scrambled to write loaders. This one you can pull and run today.
What should you do? If you've been waiting for a reason to build something local-first, this is it. Voice interfaces without sending audio to a cloud API. Image understanding on-device for privacy-sensitive work. Unsloth already supports fine-tuning it (their studio web UI explicitly names Gemma 4), so domain adaptation is in reach for solo builders on a single GPU. I'm going to run it against some of my document-intelligence workloads this week and see whether the encoder-free audio holds up on real recordings, not benchmark clips. That's the part I don't trust yet. Benchmark audio is clean. My data isn't.
The bigger pattern: the gap between "frontier closed model" and "thing I can run in my kitchen" keeps shrinking on a timeline that's faster than I expected a year ago. That's good for builders and genuinely bad for anyone whose business model is renting out capabilities you can now download.
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Google released open-source Multi-Token Prediction (MTP) drafters for the Gemma 4 model family. The concept: pair a heavy target model (Gemma 4 31B) with a lightweight drafter that predicts several future tokens in parallel. The target model verifies the predictions in a singl...
Google DeepMind released Gemma 4 on April 2 with four model sizes (E2B, E4B, 26B MoE, 31B Dense) under Apache 2.0. Multimodal (text, vision, audio). 256K context. Native thinking and tool-calling optimized for agentic workflows. Day-zero ecosystem support across vLLM, llama.cp...
Google released Gemma 4 on April 2 with four model variants: E2B, E4B, 26B MoE, and 31B Dense. The license change is the first thing worth noting. Every previous Gemma had restrictions that made lawyers nervous. Gemma 4 is Apache 2.0. Full stop. Use it in any product, any way...
The models are good. The license is the real story. Google released Gemma 4 on April 2 with four variants: E2B, E4B, 26B MoE, and 31B Dense. All built on the Gemini 3 architecture. The 31B Dense variant claimed #3 on Arena AI's text leaderboard, beating models 20x its size. Th...
Google DeepMind shipped Quantization-Aware Training checkpoints for every Gemma 4 size, and the headline number is genuinely useful: the smallest model goes from 11.4GB to 1.1GB. That's 0.84GB if you go text-only. Up to ~72% lower VRAM and 2x faster inference on mobile NPUs, w...
Somebody finally made the open-vs-closed argument falsifiable, and that alone makes it worth your attention. A Doubleword analysis (251 points on Hacker News) defines the gap as a time lag: how long it takes open weights to reach the closed frontier's past benchmark levels. Th...
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