"Launching Connectivity: Pakistan's Breakthrough with PAK-SAT MM-1 Satellite for Nationwide Internet Enhancement"
In an ambitious move set for Thursday, Pakistan is poised to unveil its latest satellite, geared towards amplifying internet connectivity throughout the nation. The highly-anticipated launch of the MM-1 satellite on May 30th marks a pivotal juncture orchestrated by the Pakistan Space and Upper Atmosphere Research Commission , a cornerstone initiative within the National Space Program 2047.
Backed by crucial support from China, this venture holds the promise of reshaping Pakistan's communication landscape, heralding a significant leap towards a digitally interconnected society.
Crafted specifically to cater to the burgeoning communication needs of the nation, the PAKSAT MM1 satellite is slated to embark on its journey from the prestigious Xichang Satellite Launch Center (XSLC) in China. This collaborative satellite endeavor stands as a testament to the robust technological synergy between the People's Republic of China and Pakistan, paving the way for unprecedented advancements in national connectivity.
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Built upon cutting-edge communication technologies, PAK-SAT MM1 is poised to become a cornerstone in Pakistan's socio-economic advancement, heralding a transformative journey towards Digital Pakistan.
The launch ceremony, a symbol of this technological leap, will be broadcast live from SUPARCO's establishments in Islamabad and Karachi, offering the media and the public a firsthand glimpse into this historic moment.
Anticipated to revolutionize the country's communication landscape, PAK-SAT MM1 is expected to underpin the establishment of a sophisticated communication network. Its advanced capabilities are primed to address the burgeoning demands of the telecom sector, offering high-speed internet and seamless connectivity to meet the evolving needs of a digitally-driven society.
This satellite's arrival signifies a significant stride towards fostering innovation and progress on a national scale.
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According to SUPARCO, the forthcoming PakSat-MM1 satellite is equipped with high-powered multi-mission capabilities, enabling communication services across C, Ku, Ka Bands, and SBAS services in L Band.
With its advanced communication technologies, Pak-Sat-MM1 is poised to be a catalyst in uplifting Pakistan's socio-economic landscape. Positioned as a cornerstone in the nation's journey towards Digital Pakistan, it will offer a diverse array of communication services, including broadband internet, TV broadcasting, mobile backhauling, and VSAT connectivity.
Dr. Usman Iftikhar, the Project Manager for MM-1 at SUPARCO, emphasized that the primary objective behind Pak-Sat MM-1 is to fortify Pakistan's communication infrastructure. This strategic move is envisioned to expand the horizons of connectivity, catering to previously underserved areas. Furthermore, it will facilitate tele-education, e-health/telemedicine, e-governance, and e-commerce initiatives, thereby propelling Pakistan into a formidable digital powerhouse.
He said that communication infrastructure is the backbone of any country and plays an important role in the development of the country and this satellite will help provide connectivity to the remote areas of the country. This satellite is a communication satellite which will be sent in Geostationary Orbit.
The GEO orbit is at an altitude of about 36000 km from the Earth, he added. Earlier, Pakistan’s historic lunar mission (ICUBE-Q) was launched on May 3 on board China’s Chang’E6 from Hainan, China. The satellite iCube-Qamar mission marks Pakistan’s first lunar exploration effort which is a significant milestone for the country’s space endeavours.
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The satellite iCube-Q was designed and developed by the Institute of Space Technology (IST) in collaboration with China’s Shanghai University SJTU and Pakistan’s national space agency SUPARCO. The satellite, weighing about 7kg, was developed by the Electrical Engineering Department of the Institute of Space Technology (IST) in Islamabad.
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On August 11, 2011, PAK-SAT-1R, a geostationary correspondences satellite by "SUPARCO", was sent off from the "Xichang Satellite" Send off Center in China, further reinforcing Pakistan's presence in space. Adding to this collection, PRSS-1, the country's debut remote detecting satellite, was sent off on July 09, 2018, from the Jiuquan Satellite Send off Center in China. These progressive undertakings highlight Pakistan's obligation to propelling its abilities in space investigation and satellite innovation.
Notwithstanding PRSS-1, Pakistan's remote detecting satellite PAKTES-1A was sent off on July 09, 2018, from the Jiuquan Satellite Send off Center in China, denoting one more huge step in the country's space investigation attempts.
Furthermore, Pakistan's pioneering lunar satellite iCube-Qamar, launched on May 03, 2024, stands as the country's latest contribution to space research, further solidifying its presence in the realm of space exploration.
Highlighting the invaluable benefits of satellites, SUPARCO emphasized their pivotal role in enhancing communication, navigation, environmental monitoring, scientific exploration, and various facets of daily life. Satellites are deemed indispensable for humanity's progress and well-being, playing a crucial role in advancing technology and fostering global connectivity.
Satellites stand as invaluable assets for humanity, serving critical roles in communication, navigation, weather forecasting, earth observations, scientific research, disaster management, remote sensing, and telemedicine.
For any country, three essential types of satellites are requisite: Firstly, communication satellites facilitate global connectivity and information exchange. Secondly, remote sensing and reconnaissance satellites enable precise monitoring of Earth's surface for various applications such as environmental assessment and security surveillance. Lastly, navigation satellites provide accurate positioning and navigation services, essential for transportation, logistics, and personal navigation systems.
These three categories of satellites collectively contribute to enhancing national infrastructure, security, and technological advancement on a global scale.
