AI tool comparison
DeepSeek V4 vs Gemma 3n
Which one should you ship with? Here is the side-by-side panel verdict, pricing read, reviewer split, and community vote comparison.
Open Source Models
DeepSeek V4
1.6T open-source MoE that nearly matches frontier — MIT, 1M token context
75%
Panel ship
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Community
Paid
Entry
DeepSeek V4 dropped April 24, 2026 as two production-ready Mixture-of-Experts models: V4-Pro (1.6T parameters, 49B activated) and V4-Flash (284B parameters, 13B activated). Both support 1 million token context and ship under the MIT license — the most permissive option in AI. The architecture innovation is the hybrid attention mechanism combining Compressed Sparse Attention (CSA) and Heavily Compressed Attention (HCA), which slashes long-context inference costs dramatically. At 1M tokens, V4-Pro requires only 27% of the FLOPs and 10% of the KV cache compared to DeepSeek V3.2 — a meaningful efficiency gain that makes million-token context economically viable. Performance-wise, DeepSeek V4-Pro beats all rival open models on math and coding benchmarks, trailing only Google's Gemini 3.1-Pro (closed) on world knowledge. One year after V2 upended the industry, DeepSeek has done it again — a model approaching frontier performance that anyone can run, modify, and ship commercially with zero licensing friction.
Models
Gemma 3n
Google's on-device multimodal model: text, image, and audio in 4B params
75%
Panel ship
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Community
Paid
Entry
Gemma 3n is Google DeepMind's newest open-weights model optimized for on-device inference across text, image, and audio modalities. It achieves a 4B effective parameter footprint through MatFormer-style parameter sharing, enabling deployment on consumer hardware including mobile phones, laptops, and edge devices without quantization-induced quality loss. The architecture is a significant departure from previous Gemma versions. Gemma 3n uses "nested parameter sets" — at inference time, the model dynamically selects the parameter subset appropriate for the task complexity. A simple text generation task might use the 1B subset; audio transcription with image context uses the full 4B path. This adaptive compute approach keeps average latency low while enabling genuine multimodality without the usual tradeoffs. For developers, Gemma 3n ships with native support for MediaPipe LLM Inference API (Android, iOS, web), LiteRT, and Ollama. The audio capability is particularly notable — it handles multilingual speech recognition and audio classification without a separate speech-to-text step. Google is positioning this as the backbone for next-generation on-device AI assistants, AR glasses, and IoT applications.
Reviewer scorecard
“MIT license on a 1M context model that beats GPT-5 on coding evals is wild. V4-Flash at 13B active params is particularly practical — you get near-frontier coding performance with inference costs that don't require a mortgage. Ship immediately.”
“Native audio + vision + text at 4B effective params that actually runs on a phone is genuinely impressive engineering. The MediaPipe integration means I can drop this into an Android app in an afternoon. The nested parameter sets are clever — it's like getting a free speed tier based on query complexity.”
“Running 1.6T parameters requires infrastructure most companies don't have, and DeepSeek's API has had reliability issues before. The 'MIT license' is less useful when you're dependent on their API anyway. Wait for quantized local versions to stabilize.”
“The Gemma license is still not fully open — it has usage restrictions that block some commercial applications, which is a real problem for indie developers building products. The audio capability also needs independent testing; Google's demos have a history of using cherry-picked examples that don't reflect real-world robustness.”
“The efficiency breakthrough is the story. If 1M-token context now costs 73% less to serve, that changes the economics of an entire class of applications. DeepSeek is compressing the frontier timeline faster than anyone predicted a year ago.”
“Multimodal intelligence running offline on the device in your pocket changes everything about what ambient AI can do. Privacy-preserving, always-available, zero-latency assistants become viable. Gemma 3n's architecture is a preview of what 2027 flagship phones will ship with by default.”
“A million-token context means I can feed an entire brand style guide, all past campaign materials, and a full brief into one call. V4-Flash is fast enough for real-time creative iteration. This is now my go-to for long-context creative workflows.”
“The real unlock for me is offline audio transcription plus image understanding in a single model. I can build workflows that process voice notes and photos together without any API calls, which means no latency, no privacy concerns, and no costs. That's a legitimate creative tool superpower.”
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