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PrismML's Bonsai 2 27B demonstrates a significant advancement in model compression by utilizing ternary weights to drastically reduce memory footprint while preserving high-level reasoning and coding capabilities. This approach enables sophisticated multimodal AI inference on local consumer hardware, addressing critical constraints around latency, energy efficiency, and data privacy without relying solely on standard quantization techniques. The technology highlights a viable path toward democratizing advanced generative AI by shifting workloads from the cloud to edge devices like high-end PCs and mobile units.
PrismML launches Bonsai 2 27B, a high-intelligence AI model so small it fits on consumer hardware
Prism ML Inc. announced Thursday the launch of Bonsai 2 27B, the second generation of its ultra-compact multimodal generative artificial intelligence small enough to fit on PCs and some high-end mobile devices. The company said it used ternary, which uses three parts, to scale down its Qwen3.8 27B-based model. Qwen3.8 weighs in at about 56 […] The post PrismML launches Bonsai 2 27B, a high-intelligence AI model so small it fits on consumer hardware appeared first on SiliconANGLE.
Prism ML Inc. announced Thursday the launch of Bonsai 2 27B, the second generation of its ultra-compact multimodal generative artificial intelligence small enough to fit on PCs and some high-end mobile devices. The company said it used ternary, which uses three parts, to scale down its Qwen3.8 27B-based model. Qwen3.8 weighs around 56 gigabytes at its full 16-bit uncompressed size, and Bonsai 2 reduces it to…
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