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沙巴体育结算平台提供可靠的数据, quickly and efficiently for sensor processing and fusion, 视频流和人工智能数据分析任务.\r\n
"Our CV5 SoC was the first Ambarella chip to interface with LPDDR5/LPDDR5X,Ambarella首席运营官Chan Lee说. “We partnered with 微米 early in our development process to validate its LPDDR5 and LPDDR5X memories on our CV5 test chips. This helped us to push the boundaries of video and AI processing at the edge while maintaining low power consumption.”
\r\n微米 LPDDR5 memory addresses the high-performance needs of computer vision
\r\nAmbarella正在使用 微米LPDDR5 / LPDDR5X and other 微米 memory solutions on its CV5 development platforms to help increase processing performance for cameras, 用于安全的雷达和其他传感器, 汽车和消费应用. 微米’s LPDDR5/LPDDR5X DRAM addresses next-generation memory requirements for these applications with at least a 50% increase in data access speeds and more than 20% better power efficiency, 与LPDDR4X相比.
\r\n微米’s LPDDR5/LPDDR5X uses 微米’s leading-edge 1α tech node and offers the speed and capacity needed to support the edge AI capabilities of Ambarella’s CV5 SoC family. This DRAM allows up to 6每秒8gb of memory bandwidth in a 64-bit system.
\r\n"}}' id="text-4c05e4a664">随着我们在更多不同的地点部署摄像机, from airports to manufacturing floors to street intersections, we see an increasing need to analyze and act on that video data where it is captured. 人工智能(AI)处于边缘, 在这个例子中是计算机视觉, can help with use cases as varied as using heat-map analysis to prevent the spread of COVID-19 in high traffic areas or analyzing customer flow in commercial facilities. 的se are just two real-world examples out of the myriad applications of computer vision.
Computer vision enables systems to analyze important information from digital images, 为更好的系统智能铺平道路. 计算机视觉可以对物体进行分类, 解释手势, 识别人脸, 识别障碍和更多. 的se use cases are possible because the data is captured and analyzed where it is created. Data captured at the edge cannot always tolerate the latency involved in transmitting and processing data outside the camera. Performing AI processing to the camera itself can lead to faster and more powerful insights and is driven by more powerful yet efficient computing and memory systems like those from 微米 and Ambarella.
Ambarella专注于边缘AI感知
Ambarella has historically focused on computer vision processing solutions, including its portfolio of systems on chip (SoCs) that integrates advanced image processing and efficient video compression at high resolution. 最近, its offerings have expanded to include domain controller SoCs with single-chip edge AI processing for multisensor perception and deep fusion, along with autonomous vehicle path planning and a range of other central processing functions.
Ambarella的CVflow® SoCs are backed by a long history of re搜索 in environmental perception, resulting in camera designs with a high degree of onboard intelligence and a broad range of additional capabilities for other sensor modalities. 例如, 在高清雷达中, Ambarella最近收购了Oculii, 哪一个 provides adaptive AI radar algorithms that can expand the 分辨率是传统雷达的100倍. 与通用cpu和gpu不同，Ambarella的 CVflow SoC architecture includes a dedicated AI processing engine programmed with high-level algorithm descriptions, 哪一个, 根据Ambarella的估计, 允许架构扩展性能 to trillions of operations per second with extremely low power consumption.
Applications such as on-camera AI-based image recognition in security devices, 由CVflow架构提供支持, 迫切需要高速LPDDR5内存. 的 CV5 去年推出的边缘AI感知SoC系列就是这样 第一个5nm的添加 安巴雷拉的投资组合. It is also Ambarella’s first SoC family to include an LPDDR5/LPDDR5X DRAM interface that enables transmitting and receiving data at 44.每秒8gb. By integrating this memory interface into its CV5 SoC development platform, 安巴雷拉允许设计师的安全范围很广, 为汽车和消费沙巴体育结算平台提供可靠的数据, quickly and efficiently for sensor processing and fusion, 视频流和人工智能数据分析任务.
"Our CV5 SoC was the first Ambarella chip to interface with LPDDR5/LPDDR5X,Ambarella首席运营官Chan Lee说. “We partnered with 微米 early in our development process to validate its LPDDR5 and LPDDR5X memories on our CV5 test chips. This helped us to push the boundaries of video and AI processing at the edge while maintaining low power consumption.”
微米 LPDDR5 memory addresses the high-performance needs of computer vision
Ambarella正在使用 微米LPDDR5 / LPDDR5X and other 微米 memory solutions on its CV5 development platforms to help increase processing performance for cameras, 用于安全的雷达和其他传感器, 汽车和消费应用. 微米’s LPDDR5/LPDDR5X DRAM addresses next-generation memory requirements for these applications with at least a 50% increase in data access speeds and more than 20% better power efficiency, 与LPDDR4X相比.
微米’s LPDDR5/LPDDR5X uses 微米’s leading-edge 1α tech node and offers the speed and capacity needed to support the edge AI capabilities of Ambarella’s CV5 SoC family. This DRAM allows up to 6每秒8gb of memory bandwidth in a 64-bit system.
除LPDDR5/LPDDR5X外, 微米 provides support for the Ambarella CV5 SoC family through other memory solutions, 包括我们的e.MMC 5.1、i300 microSD卡，串行NAND和XccelaTM 闪存沙巴体育结算平台.
内存 is playing a vital role in innovations such as computer vision and other forms of edge AI perception. Ambarella and 微米 are delivering critical solutions for applications that require increased processing power with high efficiency and low-power memory. We look forward to seeing further implementations of what our products enable in the world.
