Crazy thoughts.. Would this be practical? Would be sweet though

[RooTxBeeR]

Its good you are thinking of ideas.

The main drawbacks are these.

Magnetic woofer connections - Not a solid connection, current and voltage transfer capabilities would be on the low end. Susceptible to vibration and high power may induce arcing at connection which would create heat at connector.

Bluetooth amp signal input. - Bluetooth is basically a radio transmitter and receiver. Because of this, interference from outside sources is possible, signal to noise ratio is diminished from standard hard lines, signal voltage is limited, and frequency response is limited.

well poop

[Hotdog]

Bluetooth amp signal input. - Bluetooth is basically a radio transmitter and receiver. Because of this, interference from outside sources is possible, signal to noise ratio is diminished from standard hard lines, signal voltage is limited, and frequency response is limited.

Might want to rethink on the Bluetooth. Everything requires a hand shake to make a connection. Can you imaging what you could do with this technology. Picture everyone at a car show being able to use Bluetooth to connect to a server playing music. 50 cars with thousands of watts playing the exact same track. Would make for an awesome concert.

Bluetooth: Low Power and Low Cost!

Bluetooth wireless technology operates on an open frequency within the 2.4 gigahertz band, which is the same as WiFi, cordless phones and various other wireless devices. Bluetooth is able to share the same frequency band without experiencing any interference because it utilizes various key technologies.

One of the ways Bluetooth avoids interference is through the use of low power signals (around one milliwatt). Devices using the Bluetooth Core Specification Version 1.1 or later (To learn about the different Bluetooth versions, click: Bluetooth Core Specification Versions) are able to avoid interference with other wireless devices because their signal is so weak.

Take into consideration that powerful cell phones use a signal of around three watts. Even though the signal is weaker, Bluetooth still offers a range of up to 30 feet (Newer versions can have a range over 100 feet).

The signal is also capable of passing through the walls in your home, making it useful for controlling several devices in different rooms. Data can be transferred at a rate of up to one Megabyte per second (Mbps).

Also, because Bluetooth transmitters require minimal amounts of power, they are relatively inexpensive to manufacture. Simply put, Bluetooth uses low-power radio waves to reliably communicate in an inexpensive way.

Edited May 8, 2012 by Hotdog

[Ray]

Want to get rid of noise and resolution problems.

Just go optical all the way back.

Funny how far behind "most" car audio products are when related to the home side.

[Emmet]

Bluetooth amp signal input. - Bluetooth is basically a radio transmitter and receiver. Because of this, interference from outside sources is possible, signal to noise ratio is diminished from standard hard lines, signal voltage is limited, and frequency response is limited.

Not for bluetooth 3.0 + hs, that basically uses bluetooth for negotiation and establishment then the actual data is transferred over a 802.11 link.

Could be possible. Plus with speeds up to a theoretical 24 mbits/s you wouldn't have bandwidth issues.

[Ray]

S/n = poop

[n8ball2013]

its very easy to mess iwth blue tooth signals.

[Emmet]

its very easy to mess iwth blue tooth signals.

Ah. You know people. There will always be somebody who tries to fuck with other people's stuff and if not that then someone will cry tampering when they lose.