For the Moon, optical capabilities up to 1.0 Gbps are planned for the Lunar Gateway. For Mars, laser communications could support high-definition video and massive science data returns. An interstellar proxy that incorporates both radio and optical links could dynamically switch between them based on link quality and data priority, creating a truly resilient deep-space backbone.
NASA is seriously considering an Interstellar Probe (ISP) as a large strategic mission candidate. A concept study completed in 2021 has shown that an ISP mission is realistic and could be designed, built, and launched by 2036. This probe would travel beyond the heliopause, into truly interstellar space. interstellar network proxy
The ultimate test will come when we send a probe to Proxima Centauri, 4.24 light-years away. A signal round trip takes 8.5 years. For the Moon, optical capabilities up to 1
Beyond simple browsing, it supports embedded gaming and cloud-based streaming tools like GeForce NOW. NASA is seriously considering an Interstellar Probe (ISP)
For the Moon, optical capabilities up to 1.0 Gbps are planned for the Lunar Gateway. For Mars, laser communications could support high-definition video and massive science data returns. An interstellar proxy that incorporates both radio and optical links could dynamically switch between them based on link quality and data priority, creating a truly resilient deep-space backbone.
NASA is seriously considering an Interstellar Probe (ISP) as a large strategic mission candidate. A concept study completed in 2021 has shown that an ISP mission is realistic and could be designed, built, and launched by 2036. This probe would travel beyond the heliopause, into truly interstellar space.
The ultimate test will come when we send a probe to Proxima Centauri, 4.24 light-years away. A signal round trip takes 8.5 years.
Beyond simple browsing, it supports embedded gaming and cloud-based streaming tools like GeForce NOW.