Maxicellular LLC, as one of the largest satellite capacity provider to the U.S., combines a vast, intelligent network of satellite and ground infrastructure with industry-leading expertise to manage and deliver high-performance video and data solutions virtually to almost everywhere.
Thanks to our years of experience, our success has been built on sustainable innovation as we reliably connect more businesses, communities and government institutions in more places and deliver linear and on-demand video content seamlessly around the clock.
We have much to offer, but our story is simple. We help broadcasters touch more viewers on screen; mobile network operators expand into uncharted markets; peacekeepers receive real-time intelligence; passengers work and play online; and communities thrive in a digital world—in some of the most remote places on the planet.
Since Our foundation, we have taken up the challenge of angular precision for control equipment, such as high-precision sensors, motors and gyros, and successfully delivered such equipment to its customers. We are now one of the few makers in the world with the capability to develop and manufacture both two-dimensional and three-dimensional (spatial) position/angle sensors. We have applied leading-edge high-precision sensor technology to our "Motion System, "whose fields of application are extending even to the space industry.
At Maxicellular, we believe you should have the freedom to take your story wherever you want it to go. Take your story anywhere.
At Satellite Equipment, we are dedicated to providing high-quality satellite communication solutions for various industries and applications.
With years of experience supplying satellite test, simulation, and TT&C modem equipment for the various Space Industry and worldwide customers, more than a hundred modems delivered to Space Agencies, Large System Integrators, and specialized flight-equipment manufacturers we offer both emergency and non-emergency support for our customer's Space and Ground Segments throughout their mission, depending on their requirements. Emergency satellite support is provided 24/7/365 by our Satellite Operators who can assess the situation and either assist by phone, or if requested by the customer, take over operation of the Satellite to restore it back to a nominal state before handover back to the customer. By having mature multi-mission proven products, we are able to offer significantly better lead times compared to other suppliers. Our in-house hardware, software and firmware design competences allow us to customize our products and build new turn-key systems based on your specifications.
By having mature multi-mission proven products, we are able to offer significantly better lead times compared to other suppliers. Our in-house hardware, software and firmware design competences allow us to customize our products and build new turn-key systems based on your specifications.
We support manufacturers with innovative, high specification, high performance tailor-made solutions, which meet the demands and stringent requirements of the National and International standards and comply with the Space Industry Act. At the moment, the top three major sectors of the space industry are: Satellite manufacturing, support ground equipment manufacturing, and the launch industry. The satellite manufacturing sector is composed of satellite and their subsystems manufacturers., The ground equipment sector is composed of manufacturing items like mobile terminals, gateways, control stations, direct broadcast satellite dishes, and other specialized equipment, and The launch sector is composed of launch services, vehicle manufacturing and subsystem manufacturing.
Satellite modems are used for satellite transmissions. Splitters are used to divide a signal into two or more signals. Switches are used to route signals to different paths. Switchover units or redundancy switching units (RSU) are used to monitor the status of a device. Transceivers have both a transmitter and a receiver. Translators are designed to translate transmitter bands to the receiver band.
Iridium GMDSS offers coverage, capability, and cost advantages over the historic option, providing mariners with enhanced safety at sea never before possible. Iridium GMDSS is the first and only GMDSS solution to offer truly global coverage, including polar regions, enhancing safety at sea and offering reliable coverage where Inmarsat does not.
Graphite, boron, carbon, fiberglass, Teflon, Kevlar and many other materials all work together to create a fully functional satellite.
A typical geostationary spacecraft takes two to three years to build, and lasts well over a decade — sometimes two. By comparison, automotive companies can, with all parts on hand, build a car in less than a day.
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