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Lintasarta, a leading telecommunications provider in Indonesia, selected the JUPITER System as its platform of choice for a new high-availability satellite broadband network to meet the growing demand for high-performance enterprise managed services throughout the country. As a high-throughput satellite (HTS) operator, Lintasarta realized that satisfying customers in such sectors as transportation, media, manufacturing, and government – and enabling them to serve their own customers – required more powerful and robust network capabilities. That’s when it turned to Hughes.
Under the agreement, Hughes will supply a JUPITER System gateway to be installed in Jatilahur, Indonesia, and up to 5,000 terminals. The network will operate in the C-band satellite spectrum and will provide reliable and efficient high-bandwidth connectivity throughout the country.
“Lintasarta is pleased to partner with Hughes to expand its service offerings using the latest high-speed satellite technology,” said Arya Damar, President Director of Lintasarta. “With its proven JUPITER System satellite technology, we are confident that Hughes is the correct partner to help us deliver these services that will provide both high network efficiency and superior performance at the remote sites.”
“Today’s announcement is further testament by leading operators around the world of the compelling benefits of JUPITER technology for both conventional C- and Ku-band, as well as high-throughput Ka-band implementations,” said Ramesh Ramaswamy, General Manager, International Division for Hughes. “We are proud to work with these valued partners to expand the availability and performance of their enterprise managed service offerings throughout their service regions.”
The JUPITER System features a flexible and robust gateway architecture with lights-out operation, enhanced IPoS air interface for bandwidth efficiency, and high-throughput terminals, enabling operators to achieve the highest possible capacity and efficiency for any satellite broadband implementation. The underlying technology is the powerful JUPITER System on a Chip (SoC), a custom–designed microprocessor employing a multicore architecture and enabling 100 Mbps of throughput on every terminal in the JUPITER family.
