AMD's vLLM-ATOM Plugin Boosts Inference for Domestic Large AI Models
AMD has officially launched the vLLM-ATOM plugin, specifically designed for deploying large language models. This plugin aims to significantly enhance the inference performance of mainstream domestic large models like DeepSeek-R1 and Kimi-K2 on AMD hardware, all without disrupting existing workflows.
As an open-source inference framework built for high-concurrency scenarios, vLLM is renowned for its high memory efficiency. The new plugin from AMD delivers a more customized optimization solution for its Instinct series GPUs, enabling developers to achieve technical migration with minimal learning effort.

Seamless Performance Enhancement
The core advantage of the vLLM-ATOM plugin is its "zero-cost" deployment. Users are not required to modify their existing APIs or end-to-end workflows. The plugin automatically manages and optimizes request scheduling and kernel tuning in the background, allowing current services to transition smoothly to the AMD hardware backend.
Architecturally, the plugin is structured in three layers: the top layer ensures compatibility with the OpenAI interface, the middle layer handles model execution and routing, and the bottom layer provides the core GPU kernels. This design effectively integrates mixture-of-experts (MoE) and quantization technologies, guaranteeing robust support for large-scale deployments.
Broad Compatibility Across Compute Ecosystems
The plugin targets AMD's Instinct MI350 and MI400 series high-performance GPUs. It supports not only leading Chinese large language models such as Qwen3 and GLM but also comprehensively covers diverse application scenarios, including dense models, mixture-of-experts models, and vision-language models (VLMs).
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AMD has officially launched the vLLM-ATOM plugin, specifically designed for deploying large language models. This plugin aims to significantly enhance the inference performance of mainstream domestic large models like DeepSeek-R1 and Kimi-K2 on AMD hardware, all without disrupting existing workflows.
As an open-source inference framework built for high-concurrency scenarios, vLLM is renowned for its high memory efficiency. The new plugin from AMD delivers a more customized optimization solution for its Instinct series GPUs, enabling developers to achieve technical migration with minimal learning effort.

Seamless Performance Enhancement
The core advantage of the vLLM-ATOM plugin is its "zero-cost" deployment. Users are not required to modify their existing APIs or end-to-end workflows. The plugin automatically manages and optimizes request scheduling and kernel tuning in the background, allowing current services to transition smoothly to the AMD hardware backend.
Architecturally, the plugin is structured in three layers: the top layer ensures compatibility with the OpenAI interface, the middle layer handles model execution and routing, and the bottom layer provides the core GPU kernels. This design effectively integrates mixture-of-experts (MoE) and quantization technologies, guaranteeing robust support for large-scale deployments.
Broad Compatibility Across Compute Ecosystems
The plugin targets AMD's Instinct MI350 and MI400 series high-performance GPUs. It supports not only leading Chinese large language models such as Qwen3 and GLM but also comprehensively covers diverse application scenarios, including dense models, mixture-of-experts models, and vision-language models (VLMs).
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Bloomberg’s Mark Gurman reports that Apple’s smart glasses, codenamed N50, are slated for a WWDC27 debut in June 2027, with a retail launch expected in autumn 2027. Originally targeted for late this year and early 2027, the device’s release has been
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