QuickiFund Signal

A QuickiFund signal is a high or low or unkown frequency wavelength containing information about QuickiFund transfers, grappolations, in fo requests etc. They are designed to be sent from a facility using a QuickiFund Signal Broadcaster to their destination. Signals can also be reflected or boosted.
== Structure ==
A signal contains about 80 "blocks" of In Fo. All of the blocks become an InFoLayer, and the layer is duplicated many times and stacked on top of each other, to provide backup information if any blocks get corrupted. Block corruption can occur after reflections, or if it travels too close to a high-mass object, such as the sun. A gravity corruption distorts the entire signal and may, in semi-rare cases, corrupt data blocks, layers, or the whole signal.
== Signal Classes ==
Signals have a class, specified in the <CLASS> tag at the top of the signal. Most classes have a purpose, but others just exist for compatibility or power saving, as different classes require different amounts of send power, receive power, and processing power.
Signal Classes
Class	Relative Energy	Range (Mm) 	Created	Use
X 	~2,000 	>7,000,000,000	2020 	Still in testing, may be used for ultra-high security and range in the future.
O 	527 	370,000 	2017 	Highest power used currently, for long distance information transfers.
B 	461 	350,000 	2016 	Used for the same purpose as O.
A 	383 	240,000 	2014 	Most popular signal class, can easily send signals over interplanetary distances.
F 	172 	200,000 	2012 	Modern signal with low power usage and compatible with older facilities.
G 	260 	210,000 	2011 	Nobody used this one as it used too much power at the time.
K 	96 	120,000 	2008 	Can reach larger distances.
M 	27 	40,000 	2004 	Most common signal type in older locations.
L 	14 	12,000 	1999 	First interplanetary signal class.
T 	6 	600 	1995 	An upgrade, with much further distance and low power.
Y 	1 	36 	1991 	First signal class, used for transfers between moons in a system. Signal broadcasters were used for interplanetary signals.