Starsong Communication - Revision history

Seeker of Dragons: Adding Category:Technology

2026-08-27T23:06:35Z

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	=== [[Order of the Holy Star-Chorus]] ===		=== [[Order of the Holy Star-Chorus]] ===
	Sole network of the Kingdom of the Amber Suns, a religious order dedicated to sacred mysteries of the Aether.		Sole network of the Kingdom of the Amber Suns, a religious order dedicated to sacred mysteries of the Aether.
			[[Category:Technology]]

Seeker of Dragons at 20:18, 5 November 2025

2025-11-05T20:18:06Z

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	Starsong Communication refers to the use of large space stations in low solar orbits to communicate information by obscuring the Starheart radiation that the star emits. This obfuscation can be detected by observatories in nearby star systems, allowing for communication to occur at the (near-infinite) speed of propagation of Starheart radiation. Starheart stations are functionally enormous arrays of very large shutters which can be opened and closed very rapidly, which allows for detailed patterns to be formed in the star’s starheart emissions. For practical communication, resolution is limited by the observatory in neighboring systems. Higher bandwidths are possible at shorter range. While Starsong messages require a shutter station for transmission, they can be detected from anywhere with the right instruments, including orbital and planetary installations and some starships. Starsong transmissions can only occur while the station is transiting the star relative to its target. To ensure frequent transmission windows, it is common to have stations orbiting as low as possible, although operation close to stars is difficult and expensive. Constellations of stations are the most frequent solution. Some systems actually have their Starsong arrays actively maintained in a constant position relative to the solar surface, although such stations are very expensive to maintain.		Starsong Communication refers to the use of large space stations in low solar orbits to communicate information by obscuring the Starheart radiation that the star emits. This obfuscation can be detected by observatories in nearby star systems, allowing for communication to occur at the (near-infinite) speed of propagation of Starheart radiation. Starheart stations are functionally enormous arrays of very large shutters which can be opened and closed very rapidly, which allows for detailed patterns to be formed in the star’s starheart emissions. For practical communication, resolution is limited by the observatory in neighboring systems. Higher bandwidths are possible at shorter range. While Starsong messages require a shutter station for transmission, they can be detected from anywhere with the right instruments, including orbital and planetary installations and some starships. Starsong transmissions can only occur while the station is transiting the star relative to its target. To ensure frequent transmission windows, it is common to have stations orbiting as low as possible, although operation close to stars is difficult and expensive. Constellations of stations are the most frequent solution. Some systems actually have their Starsong arrays actively maintained in a constant position relative to the solar surface, although such stations are very expensive to maintain.

	Starsong bandwidth varies between a handful of bits per second for the cheapest, or longest-range transmisson, to megabytes per second for high-resolution systems within their optimal ranges. Due to low bandwidth, starsong transmission is expensive, and message sizes are strictly limited.		Starsong bandwidth varies between a handful of bits per second for the cheapest, or longest-range transmisson, to megabytes per second for high-resolution systems within their optimal ranges. Due to low bandwidth, starsong transmission is expensive, and message sizes are strictly limited. It is the fastest method for [[Interstellar Media Distribution\|interstellar communication]].

	Where present, Starsong networks are typically funded by government agencies. Building up a starsong network is typically among the first major projects of new interstellar polities or alliances, presuming they have the funds to afford it.		Where present, Starsong networks are typically funded by government agencies. Building up a starsong network is typically among the first major projects of new interstellar polities or alliances, presuming they have the funds to afford it.

Seeker of Dragons at 18:33, 5 November 2025

2025-11-05T18:33:14Z

← Older revision		Revision as of 11:33, 5 November 2025
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	Where present, Starsong networks are typically funded by government agencies. Building up a starsong network is typically among the first major projects of new interstellar polities or alliances, presuming they have the funds to afford it.		Where present, Starsong networks are typically funded by government agencies. Building up a starsong network is typically among the first major projects of new interstellar polities or alliances, presuming they have the funds to afford it.

			== Starsong Networks ==
			There are several distinct Starsong networks in the galaxy, typically understood as contiguous systems of transmission and recpetion stations using common standards. Several standards for encoding information in Starsong transmission are in use throughout the galaxy. Systems in which multiple networks with different standards operate are called interchange points. Redundancy concerns mean that in most cases, the most common method of interchange is to have dedicated runner ships which provide a slower but relatively inexpensive connection between nearby systems within their different networks. Notable Starsong networks are listed below:

			=== [[Nova Bridge Starsong Carrier Group]] ===
			Consortium of local and regional relay operators spanning from Stall to the outer core regions.

			=== [[Order of the Holy Star-Chorus]] ===
			Sole network of the Kingdom of the Amber Suns, a religious order dedicated to sacred mysteries of the Aether.

Seeker of Dragons: Created page with "Starsong Communication refers to the use of large space stations in low solar orbits to communicate information by obscuring the Starheart radiation that the star emits. This obfuscation can be detected by observatories in nearby star systems, allowing for communication to occur at the (near-infinite) speed of propagation of Starheart radiation. Starheart stations are functionally enormous arrays of very large shutters which can be opened and closed very rapidly, which a..."

2025-11-04T18:48:00Z

Created page with "Starsong Communication refers to the use of large space stations in low solar orbits to communicate information by obscuring the Starheart radiation that the star emits. This obfuscation can be detected by observatories in nearby star systems, allowing for communication to occur at the (near-infinite) speed of propagation of Starheart radiation. Starheart stations are functionally enormous arrays of very large shutters which can be opened and closed very rapidly, which a..."

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Starsong Communication refers to the use of large space stations in low solar orbits to communicate information by obscuring the Starheart radiation that the star emits. This obfuscation can be detected by observatories in nearby star systems, allowing for communication to occur at the (near-infinite) speed of propagation of Starheart radiation. Starheart stations are functionally enormous arrays of very large shutters which can be opened and closed very rapidly, which allows for detailed patterns to be formed in the star’s starheart emissions. For practical communication, resolution is limited by the observatory in neighboring systems. Higher bandwidths are possible at shorter range. While Starsong messages require a shutter station for transmission, they can be detected from anywhere with the right instruments, including orbital and planetary installations and some starships. Starsong transmissions can only occur while the station is transiting the star relative to its target. To ensure frequent transmission windows, it is common to have stations orbiting as low as possible, although operation close to stars is difficult and expensive. Constellations of stations are the most frequent solution. Some systems actually have their Starsong arrays actively maintained in a constant position relative to the solar surface, although such stations are very expensive to maintain.

Starsong bandwidth varies between a handful of bits per second for the cheapest, or longest-range transmisson, to megabytes per second for high-resolution systems within their optimal ranges. Due to low bandwidth, starsong transmission is expensive, and message sizes are strictly limited.

Where present, Starsong networks are typically funded by government agencies. Building up a starsong network is typically among the first major projects of new interstellar polities or alliances, presuming they have the funds to afford it.