Corning's standard low earth orbit (LEO) hyperspectral imaging platform

Jesse Brown, Robert Benson, Eric Bower, Jeffry Santman, Leon Desmarais, Rick Holasek, Duncan Spaulding
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Abstract

Corning Incorporated has leveraged its industry leading space based hyperspectral technology to create an advanced Low Earth Orbit (LEO) Satellite Payload. We outline the specifications, performance, and capabilities of this new standard in LEO Hyperspectral Imaging (HSI). Corning’s new product platform is capable of ⪅8m GSD imaging across the 400nm-2500nm spectral band with high dispersion. It has onboard computing, storage, and processing capabilities which enhance its exceptional optical and sensor performance. Corning’s design exceeds the launch stress requirements of standard LEO Transporter vehicles, such as the SpaceX Falcon-9, and has been proven on multiple successful LEO missions. The product platform contains a flexible electro-mechanical interface design suitable for a variety of host bus platforms and functions.
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康宁标准低地球轨道 (LEO) 高光谱成像平台
康宁公司利用其业界领先的空间高光谱技术,创造了一种先进的低地球轨道(LEO)卫星有效载荷。我们概述了这一低地球轨道高光谱成像(HSI)新标准的规格、性能和功能。康宁公司的新产品平台能够在 400nm-2500nm 光谱带内以⪅8m GSD 进行高色散成像。它具有板载计算、存储和处理能力,从而增强了其卓越的光学和传感器性能。康宁的设计超过了标准低地轨道运输工具(如 SpaceX 猎鹰-9)的发射应力要求,并已在多次成功的低地轨道任务中得到验证。该产品平台包含灵活的机电接口设计,适用于各种主机总线平台和功能。
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