Simon Willison highlights Google’s new DiffusionGemma, an Apache 2 licensed open-weight Gemma model. He connects it to last year’s brief Gemini Diffusion preview, which he measured at 857 tokens per second. NVIDIA is currently hosting the model for free on its NIM cloud API, where Willison generated 2,409 tokens in 4.4 seconds, implying at least 500 tokens per second.
Google’s DiffusionGemma is an Apache 2.0 experimental open model using text diffusion instead of standard autoregressive decoding. The 26B MoE model activates 3.8B parameters during inference and is designed for low-latency local workflows. Google claims up to 4x faster generation on dedicated GPUs, while noting that output quality is below standard Gemma 4 and production-quality use cases should still prefer Gemma 4.
Google has released a comprehensive developer guide for DiffusionGemma, a text-generation model that uses masked diffusion rather than autoregressive next-token prediction. Unlike standard Gemma models, DiffusionGemma iteratively denoises a fully masked sequence to produce output, enabling a fundamentally different generation paradigm. The guide targets developers looking to integrate or experiment with diffusion-based LLMs using Google's tooling.
Google released DiffusionGemma, a 26B MoE experimental open model using text diffusion instead of token-by-token autoregressive decoding. It can generate blocks of text in parallel, reaching up to 4x faster output on dedicated GPUs. The model targets local, speed-sensitive workflows, but Google says its output quality is below standard Gemma 4 and recommends Gemma 4 for quality-critical production use.
A public HuggingFace Spaces dashboard hosts a live competition where AI agents race to optimize Gemma 4 E4B inference throughput on a single NVIDIA A10G GPU. The challenge gamifies ML inference engineering, letting anyone watch agents explore quantization and scheduling strategies in real time. Optimization recipes surfaced by the competition offer practical value for developers targeting single-GPU self-hosted Gemma 4 deployments.
A r/LocalLLaMA user is looking for benchmarks comparing Gemma 4 4-bit QAT models, via Unsloth, against standard 8-bit non-QAT quantized models. They understand QAT is expected to preserve much of the BF16 baseline accuracy, but want hard numbers against traditional 8-bit PTQ. The post highlights scattered feedback but no clear head-to-head evaluation yet.
The Reddit post links to ggml-org/llama.cpp Pull Request #24282, which adds MTP support for Gemma-4 E2B and E4B assistants. The submitter frames it as useful for tiny Gemma models on phones, low-end machines, Raspberry Pi, or similarly constrained devices. The post does not include benchmarks, merge status, or setup instructions, so it should be treated as a development signal rather than a finished release.
The post asks the LocalLLaMA community to compare Gemma4 12B and 26A4B, explicitly excluding the 31B model from discussion. The user is mainly interested in creative tasks, writing, and chatting, with coding treated as optional rather than central. No benchmarks or examples are provided, so the post is best read as a model-selection question about subjective quality and practical use.
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