Tensorrt LLM

NVIDIA and Princeton Unveil ReplaySSM to Accelerate Hybrid-Model Inference
Tensorrt LLM

NVIDIA and Princeton Unveil ReplaySSM to Accelerate Hybrid-Model Inference

ReplaySSM, a joint project by NVIDIA and Princeton's Dao AI Lab, reduces state memory traffic in hybrid language models by caching recent inputs rather than full state matrices, delivering up to 1.80× kernel speedups at serving batch sizes.

NVIDIA Introduces Skip Softmax for Enhanced LLM Inference Efficiency
Tensorrt LLM

NVIDIA Introduces Skip Softmax for Enhanced LLM Inference Efficiency

NVIDIA's Skip Softmax in TensorRT-LLM offers up to 1.4x faster inference for LLMs by optimizing attention computation, enhancing performance on Hopper and Blackwell architectures.

NVIDIA Enhances TensorRT-LLM with KV Cache Optimization Features
Tensorrt LLM

NVIDIA Enhances TensorRT-LLM with KV Cache Optimization Features

NVIDIA introduces new KV cache optimizations in TensorRT-LLM, enhancing performance and efficiency for large language models on GPUs by managing memory and computational resources.

NVIDIA Enhances LLM Inference with ReDrafter Support in TensorRT-LLM
Tensorrt LLM

NVIDIA Enhances LLM Inference with ReDrafter Support in TensorRT-LLM

NVIDIA's TensorRT-LLM now supports Apple's ReDrafter, optimizing large language model inference with speculative decoding, offering significant performance boosts on NVIDIA GPUs.

NVIDIA TensorRT-LLM Enhances Encoder-Decoder Models with In-Flight Batching
Tensorrt LLM

NVIDIA TensorRT-LLM Enhances Encoder-Decoder Models with In-Flight Batching

NVIDIA's TensorRT-LLM now supports encoder-decoder models with in-flight batching, offering optimized inference for AI applications. Discover the enhancements for generative AI on NVIDIA GPUs.

NVIDIA Enhances TensorRT-LLM with Speculative Decoding for Up to 3.6x Speed Boost
Tensorrt LLM

NVIDIA Enhances TensorRT-LLM with Speculative Decoding for Up to 3.6x Speed Boost

NVIDIA's TensorRT-LLM now includes speculative decoding, significantly improving inference throughput by up to 3.6x for large language models on NVIDIA GPUs.

NVIDIA's TensorRT-LLM Multiblock Attention Enhances AI Inference on HGX H200
Tensorrt LLM

NVIDIA's TensorRT-LLM Multiblock Attention Enhances AI Inference on HGX H200

NVIDIA's TensorRT-LLM introduces multiblock attention, significantly boosting AI inference throughput by up to 3.5x on the HGX H200, tackling challenges of long-sequence lengths.

NVIDIA NIM Revolutionizes AI Model Deployment with Optimized Microservices
Tensorrt LLM

NVIDIA NIM Revolutionizes AI Model Deployment with Optimized Microservices

NVIDIA NIM streamlines the deployment of fine-tuned AI models, offering performance-optimized microservices for seamless inference, enhancing enterprise AI applications.

NVIDIA's TensorRT-LLM Enhances AI Efficiency with KV Cache Early Reuse
Tensorrt LLM

NVIDIA's TensorRT-LLM Enhances AI Efficiency with KV Cache Early Reuse

NVIDIA introduces KV cache early reuse in TensorRT-LLM, significantly speeding up inference times and optimizing memory usage for AI models.

Enhancing Large Language Models with NVIDIA Triton and TensorRT-LLM on Kubernetes
Tensorrt LLM

Enhancing Large Language Models with NVIDIA Triton and TensorRT-LLM on Kubernetes

Explore NVIDIA's methodology for optimizing large language models using Triton and TensorRT-LLM, while deploying and scaling these models efficiently in a Kubernetes environment.