Newsight Imaging Introduced The NSI3000EVBX, a Reference Design Board That Demonstrates Its eTOF™ Patented Technology

时间： 2023-12-01 来源：Newsight Imaging News

代理服务

技术支持

现货查询

批量订货

Ness Ziona, Israel – January 9, 2019 – Newsight Imaging, an Israeli startup that develops CMOS Image Sensor chips for machine vision geared to the robotics, automotive, Smart City, Industry 4.0 and mobile devices markets introduced the NSI3000EVBX, a full reference design kit for advanced 3D depth imaging. The kit is designed for use with Newsight Imaging’s NSI3000 line sensor family, which supports its patented eTOF™ technology.

The field-proven patented eTOF™ technology delivers accurate, long-distance, and high frame-rate acquisition of depth points, in addition to unique solutions such as reflection filtering. Unlike other technologies, calculation of each depth distance point with eTOF™ technology requires minimal clock cycles and a small number of frames; this makes it well-suited to low power consumption devices, such as mobile devices, including smartphones, while significantly reducing overall costs. According to Yole Développement, the depth-sensing consumer market is expected to reach $6B in 2022, driven by Mobile phone applications.

The kit includes:

– A carrying PCB with the NSI3000 chip, an eTOF™ friendly laser driver, and a socket for a laser light source (or VCSEL)
– A Xilinx-based controller board attached to the carrying board
– A set of software drivers to operate the board
– An application running on a PC to display the depth point distance
– A full step-by-step guide for a customer prototype build.

发送到邮箱 |
+1 赞 0
收藏
评论 0
| 转发至：

本文由唯独你没懂转载自Newsight Imaging News，原文标题为:NEWSIGHT IMAGING INTRODUCES THE NSI3000EVBX, A REFERENCE DESIGN BOARD THAT DEMONSTRATES NEWSIGHT IMAGING’S eTOF™ (enhanced Time Of Flight) PATENTED TECHNOLOGY，本站所有转载文章系出于传递更多信息之目的，且明确注明来源，不希望被转载的媒体或个人可与我们联系，我们将立即进行删除处理。

全部评论（0）

暂无评论

【产品】虚拟分辨率为8192×1的成像芯片NSI3000，输入时钟频率可达80MHz

Newsight Imaging推出的NSI3000是一款虚拟分辨率为 8192×1 的成像芯片，物理分辨率为 2048×8，用于激光雷达。芯片可以在两种模式下工作，分别是高分辨率相机和未来的3D相机。

2022-05-12 - 产品代理服务技术支持现货查询批量订货

Newsight Imaging Launched the NSI1000, a Full System Area Sensor Suitable for Automotive and machine vision Applications

Newsight Imaging, a leading 3D depth sensor chip manufacturer, announced the launch of its first area sensor chip NSI1000, which is changing machine vision, automotive, and industrial machine vision applications.

2023-11-04 - 产品代理服务技术支持现货查询批量订货

【软件】Newsight全新eTOF™（增强型飞行时间）2.5开发套件，为客户开发深度传感产品提供快速通道

Newsight Imaging发布新的eTOF™（增强型飞行时间）2.5开发套件，为客户开发深度传感产品提供了一个快速通道！eTOF 2.5开发套件可帮助客户获得优质的点云图，适用于Newsight NSI9000和NSI1000深度传感参考设计模组。

2023-10-09 - 产品代理服务技术支持现货查询批量订货

Newsight Imaging（新视野科技），是以色列3D模拟感光CMOS芯片原厂，提供高帧率、高灵敏度、低价格的CMOS图像芯片，支持三角法和TOF法，自有专利技术可实现市面上独一无二的更远距离更高精度以及更低价格。短时间内仅在中国出货就达数十万片。

线传感器线阵CMOS传感器区域传感器光谱仪 eTOF™ LiDAR

代理服务线上商城技术资料

NSI3000 2D Laser Lidar CMOS Imager Data Sheet

型号- NSI3000

1-July-2018 - NEWSIGHT IMAGING - 数据手册 - Version 2.00 代理服务技术支持现货查询批量订货

Newsight应邀出席2023年大湾区＆以色列汽车电子对接交流大会，分享机器视觉芯片在汽车领域合作案例

Newsight Imaging是一家以色列3D CMOS 机器视觉芯片设计公司。自2016年成立以来，截至目前为止已推出NSI3000，NSI1000，NSI9000三款机器视觉芯片。

2023-10-10 - 原厂动态代理服务技术支持现货查询批量订货

【视频】新视野CMOS图像传感器，多行三角法测量和独有专利eTOF，误差小于1%，分辨率可达491K

型号- NSI1000A0M,RDCNSI1000M,ETOF LIDAR,NSI3000A2S,MT LIDAR

NEWSIGHT IMAGING - 商品及供应商介绍代理服务技术支持现货查询批量订货

韩国传感器领先制造商Jinoid选择Newsight CMOS图像传感器作为高级视觉解决方案

韩国领先的传感器解决方案制造商Jinoid宣布选择Newsight Imaging的CMOS图像传感器作为其先进的智能视觉系统和检查传感器，NSI3000线传感器和NSI1000区域传感器已经成功通过Jinoid的评估，并且已经提供并组装了第一批共1000枚芯片。

2022-05-31 - 原厂动态代理服务技术支持现货查询批量订货

Newsight Imaging Introduced eTOF™ LiDAR, a Groundbreaking Reference Design for 3D long range LiDAR

Newsight Imaging based on Newsight’s NSI1000 sensor chip, the reference design targets Automotive 1st tier safety application and robotics LiDARs. The kit is available for ordering starting in January 2021, and includes a demonstration of 32X1024 depth points, capturing a 3D image concurrently, with no moving parts or MEMS. The design is based on class-1 eye-safe VCSEL with an offered field of view (FOV) of 30 degrees and will be enhanced later up to FOV of 120 degrees.