Separator

Thai Satellite Firm mu, RBC Signals Partner to Enhance SE Asia Ground Stations

Separator

mu Space and Advance Technology Co., Ltd, a leading satellite technology company based in Thailand, and RBC Signals International Inc., a provider of global satellite data communication solutions, have entered into a Memorandum of Understanding (MOU). This MOU marks the beginning of a collaborative effort to establish Satellite Ground Station Facilities in Thailand and various other countries across Southeast Asia.

mu Space is renowned for its excellence in satellite design, manufacturing, operations, and services, offering extensive expertise in space technology development and satellite ground station facility services. Conversely, RBC Signals is recognized for its global satellite data communication solutions, providing secure communications across all major frequency bands through its extensive worldwide network. Previously, mu Space has supported RBC Signals' satellite antenna hosting and colocation in Eastern Thailand for three years, providing facility support and maintenance.

James Yenbamroong, CEO and CTO of mu Space, commented, "We are thrilled about our collaboration with RBC Signals. This partnership marks a significant milestone in our mission to advance satellite technology in Thailand and Southeast Asia. Together, we look to explore new frontiers in Satellite Ground Station Facilities, bringing innovative solutions to the region".

Ronald Faith, President and CEO of RBC Signals, stated, "RBC Signals is very excited to continue our productive relationship with mu Space. RBC Signals is seeing growing demand for ground station services from Thailand and Southeast Asia".

This collaboration is founded on shared expertise and seeks to advance the exploration and implementation of essential activities for the successful establishment of Satellite Ground Station Facilities in the region. Both mu Space and RBC Signals are eager to extend and enhance their business relationship, building upon their previous successful collaborations.

Current Issue