2019年1月4日 · Today we’re announcing the addition of a new sensor to our OS1 family – the OS1-128. With 128 channels of resolution producing 2.62 million points per second, the sensor leads the industry in specifications and image quality at an affordable price point.

- 超高分辨率，增强感知能力，Ouster激光雷达凭借128线的超高分辨率，可实现更加出色的物体识别。 - 轻巧的模块化设计，易于集成，OS1仅重447克，且采用模块化散热盖设计，可无缝集成到自动驾驶车辆、无人机或机器人上。

Unlocking New Possibilities with the Ouster OSO-128 Lidar Sensor. The Ouster OS0-128 Lidar Sensor stands as a beacon of innovation in the world of three-dimensional mapping and perception technology. Engineered with cutting-edge precision, this sensor boasts 128 channels of resolution, enabling it to deliver an unparalleled 5.2 million points ...

This quick start focuses on running a short max throughput benchmark on meta-llama/Llama-3.1-8B on a synthetic dataset with a uniform distribution of prompts with ISL:OSL of 128:128. To run the benchmark from start to finish, run the following commands: After the benchmark completes, trtllm-bench prints a summary with summary metrics.

2025年3月18日 · Llama 3.3 70B: ISL 2048, OSL 128 Llama 3.1 405B: ISL 2048, OSL 128 DeepSeek-R1: ISL 1024, OSL 1024. When quantizing models to make use of the benefits of lower precision compute, ensuring minimal accuracy loss is critical for production deployments. For DeepSeek-R1, the TensorRT Model Optimizer …

2019年1月4日 · The OS-1–128 leverages the same core Multi-Beam Flash Lidar technology in all of Ouster’s products but with denser point clouds and several other improved specifications:

2020年1月13日 · OS0 95度的垂直FOV和128线的分辨率可以为客户提供超清的可视性，为目标检测和识别提供了足够的分辨率。 结合小于50cm的盲区和最新的窗口堵塞检测（window blockage detection）功能，OS0是自动驾驶轿车或卡车环视和盲区传感器的完美解决方案，例如需要随时探测周围地面和货架的无人驾驶叉车，OS0也是该类型室内机器人主传感器的最佳选。 对于感知或物体分类（object classification）需求较少的应用场景，Ouster可以提供32线的OS0。 该规格传 …

TensorRT-LLM evaluation of the new H200 GPU achieves 11,819 tokens/s on Llama2-13B on a single GPU. H200 is up to 1.9x faster than H100. This performance is enabled by H200’s larger, faster HBM3e memory. H200 FP8 Max throughput. Preliminary measured performance, subject to change. TensorRT-LLM v0.5.0, TensorRT v9.1.0.4 | H200, H100 FP8.

作为首款采用 HBM3e 的 GPU，H200 更大更快的内存可加速生成式 AI 和大型语言模型 (LLM)，同时推进 HPC 工作负载的科学计算。 NVIDIA HGX H200 基于 NVIDIA Hopper™ 架构，配备 NVIDIA H200 Tensor Core GPU 和高级内存，可处理生成 AI 和高性能计算工作负载的海量数据。 NVIDIA H200基于NVIDIA Hopper 架构，是首款以每秒 4.8 兆兆字节 (TB/s) 的速度提供 141 GB HBM3e 内存的 GPU，几乎是 NVIDIA H100 Tensor Core GPU容量的两倍（1.4 倍）更多内存 …

2024年7月2日 · Mixtral 8x7B results measured using Tensor Parallel=2 running TensorRT-LLM v0.10 and CUDA compilation tools, release 12.4, v12.4.131, using two NVIDIA H100 SXM GPUs. FP16 and FP8 precisions. ISL = 128, OSL = 128.