
Hispasat is a pioneer in satellite technology, constantly pushing the boundaries of global connectivity. With a presence in over 100 countries, Hispasat's satellites cover more than 75% of the European territory and the entire American continent.
Hispasat's fleet of satellites includes the Amazonas series, which provides high-power capacity and flexibility for both fixed and mobile services. This allows for more efficient use of bandwidth and improved connectivity for users.
Hispasat's commitment to innovation has led to the development of new technologies such as Ka-band and HTS (High Throughput Satellites), which offer faster speeds and greater capacity. This has enabled the provision of high-speed internet services to remote areas and underserved communities.
By advancing satellite technology, Hispasat is bridging the digital divide and connecting people and communities around the world.
Satellites and Technology
Hispasat's satellites are designed to provide high-quality television, radio, and internet services to millions of people in Europe, North Africa, and the Americas.
Hispasat's first satellite, Hispasat 1A, was launched in 1990 and was a significant milestone in the company's history.
Hispasat's satellites are equipped with advanced technology, including Ka-band transponders, which enable high-speed internet connectivity.
Hispasat's fleet of satellites is strategically positioned to provide coverage to a vast area, including Europe, North Africa, and the Americas.
Hispasat's satellites have a long lifespan, with some lasting up to 15 years in orbit.
Hispasat's satellites are designed to be highly reliable, with a high uptime of 99.9%.
Partnerships and Initiatives
Hispasat is actively involved in various research and development projects, including the IGNIS project, which aims to improve telecommunications during forest fire fighting. This project was launched in September 2011 as part of the Spanish Ministry of Science and Innovation's Innpacto project.
The company also participates in the JEDI project, which focuses on improving knowledge regarding 3D TV formats and technologies. JEDI is part of a European research project, ITEA 2, and is a collaboration between Hispasat and other European partners.
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Hispasat's partnerships extend beyond research projects, as seen in its collaboration with the Caribbean Telecommunications Union (CTU) to bridge the digital divide in the Caribbean. This partnership aims to improve digital access in CARICOM Member States through the use of satellite capacity.
Here are some key objectives of the Hispasat-CTU partnership:
- Exploring specific use cases for satellite capacity, addressing legal, technical, budgetary, and financial considerations.
- Quantifying current and projecting future (10-year horizon) satellite connectivity needs in selected CARICOM Member States.
- Identifying public institutions that currently or could potentially utilize space capacities and manage critical infrastructures requiring satellite connectivity.
- Sharing expertise on space infrastructure governance and recommending optimal frameworks for shared capacity operation.
- Evaluating required space capability characteristics to meet present and future connectivity demands.
- Exploring the feasibility of developing a shared space infrastructure project to ensure CARICOM Member States’ independence and autonomy in closing the digital divide.
- Investigating new business opportunities through HISPASAT start-ups and/or spin-offs.
- Exploring technological and scientific training projects with CARICOM universities to develop a specialized workforce in space and digital security.
R&D&I Projects
Hispasat is actively involved in various R&D&I projects that aim to improve telecommunications, content distribution, and other innovative solutions. The company has been a key player in several initiatives, including the IGNIS project, which focuses on developing short-term solutions to improve telecommunications used while fighting forest fires.
The IGNIS project was launched in September 2011 as part of the Spanish Ministry of Science and Innovation's Innpacto project. Hispasat also coordinates the SATURNO Project, which aims to investigate innovative solutions for content distribution via satellites in the digital home.
The SATURNO Project is a tractor project included within the Spanish government's 2010 Plan Avanza for R+D Competitiveness. It seeks to maximize the use of existing infrastructure and develop necessary equipment and systems. Solutions developed as part of SATURNO are based on the use of high-speed IP technologies and the reuse of domestic cabling.
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Hispasat is also a partner in the European JEDI consortium, which aims to improve knowledge regarding the different formats and technologies related to 3D TV. The JEDI project started in 2010 and is part of a European research project, ITEA 2, which forms part of the European EUREKA initiatives.
Here's a brief overview of some of the R&D&I projects Hispasat is involved in:
- IGNIS: A project to improve telecommunications used while fighting forest fires.
- SATURNO: A project to investigate innovative solutions for content distribution via satellites in the digital home.
- JEDI: A project to improve knowledge regarding the different formats and technologies related to 3D TV.
- PHIDIAS: A project to develop an integrated platform for hybrid broadcast broadband television (HbbTV).
- INTOGENER: A project to design a system to more precisely measure the flow of water in mountain watersheds.
CTU Collaborates to Bridge Caribbean Digital Divide
The Caribbean Telecommunications Union (CTU) is taking a significant step towards bridging the digital divide in the region by collaborating with HISPASAT, a Spanish satellite telecommunications operator.
HISPASAT and the CTU have signed a Memorandum of Understanding (MOU) to expand satellite connectivity across CARICOM Member States. This partnership aims to enhance connectivity and promote digital inclusion throughout the Caribbean region.
The Technical Committee formed as part of this agreement will focus on several key objectives, including exploring specific use cases for satellite capacity and quantifying current and projected satellite connectivity needs in selected CARICOM Member States.
The committee will also identify public institutions that can utilize space capacities and manage critical infrastructures requiring satellite connectivity, and share expertise on space infrastructure governance.
Here are the key objectives of the Technical Committee:
- Exploring specific use cases for satellite capacity, addressing legal, technical, budgetary, and financial considerations.
- Quantifying current and projecting future (10-year horizon) satellite connectivity needs in selected CARICOM Member States.
- Identifying public institutions that currently or could potentially utilize space capacities and manage critical infrastructures requiring satellite connectivity.
- Sharing expertise on space infrastructure governance and recommending optimal frameworks for shared capacity operation.
- Evaluating required space capability characteristics to meet present and future connectivity demands.
- Exploring the feasibility of developing a shared space infrastructure project to ensure CARICOM Member States’ independence and autonomy in closing the digital divide.
- Investigating new business opportunities through HISPASAT start-ups and/or spin-offs.
- Exploring technological and scientific training projects with CARICOM universities to develop a specialized workforce in space and digital security.
This partnership has the potential to make a significant impact on the Caribbean region, and it's exciting to see organizations working together to address the digital divide.
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