Because of its weaker power it requires a larger antenna, usually above 1.8m (6ft). The C band is primarily used for voice and data communications as well as backhauling. These different frequency bands have separate uplink (Tx) and downlink (Rx) frequencies, require different RF components ( LNB and BUC) and are suited to different applications. More information can be found at View source version on businesswire.Satellite VSAT communication is split up in to four Radio Frequency (RF) bands that commercial communication and military satellites operate within. Through a global network of optical ground stations designed to support complementary fixed and mobile terminals, the company provides support for space and airborne programs. Optical Wireless Communications (OWC) can augment RF, fiber and mmWave technologies to support applications ranging from space communications, terrestrial networks including 5G connectivity, and airborne missions. Using a wireless technology offering rapid point-to-point and point to multi-point data transmissions via beams of light, BridgeComm supports a number of applications. īridgeComm is a global leader in optical wireless communications solutions and services. We start with our users' needs and dig deep to understand their challenges across a broad cross-section of markets, while educating them on the significant information advantage enabled by hyperspectral remote sensing and machine enhanced dynamic analytics. HySpecIQ's ethos is rooted in science and big data, satellite technology and signature libraries. HySpecIQ designs sensors and satellites that collect hyperspectral data as well as an advanced analytics platform to make sense of that data. This collaboration further solidifies OWC as a scalable communications solution, providing ultra-high-speed throughput with a faster, more secure network optimized for multiple domains.įor more information, please visit. In 2020, HySpecIQ selected BridgeComm as the OWC solution provider for its low earth orbit constellation, providing high-resolution hyperspectral imaging. "By leveraging BridgeComm's extensive work in free-space optical technology, we will provide secure data transmissions with high bandwidth that will aid governmental and commercial decision makers to take decisive action." "We are eager to extend our satellite constellation program and hyperspectral imagery capabilities with BridgeComm's integration," said Bill Sullivan, Executive Chairman and founder of HySpecIQ. The investment accelerates the growth of its satellite constellation program, delivering hyperspectral imagery with unprecedented resolution and global reach. ![]() To further their position as a leading provider of hyperspectral imagery, HySpecIQ recently secured investment funding by venture capitalist Peter Thiel. "The blending of our technologies and systems will provide invaluable data with impressive speeds as more LEO constellations are launched." "This new agreement is an extension of a long-standing relationship with HySpecIQ, further exhibiting BridgeComm's fast and secure, enterprise-grade broadband services for satellite constellations," said Barry Matsumori, CEO of BridgeComm. BridgeComm's high-speed optical downlink was selected for integration on HySpecIQ's new low earth orbit (LEO) constellation.īridgeComm's laser communications downlink terminals and network of optical ground stations, will enable ultra secure, ultra fast, very high data transmission capabilities necessary for the HySpecIQ mission. Technology from the optical wireless communications leader will be integrated into HySpecIQ's constellation, providing high-speed optical downlinkĭENVER, October 04, 2021-( BUSINESS WIRE)- BridgeComm, Inc., a leader in optical wireless communications (OWC) solutions and services, today announced that it will enter into a strategic agreement with HySpecIQ, a satellite-powered hyperspectral analytics company.
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