UP-FM Transmitter - Revision history

Pasy: /* DIPOLE ANTENNA */

2016-03-07T14:24:02Z

DIPOLE ANTENNA

← Older revision		Revision as of 14:24, 7 March 2016
Line 212:		Line 212:

	==DIPOLE ANTENNA==		==DIPOLE ANTENNA==
			* See [[Dipole Antenna for UPFM]]





	==RF AMPLIFIER==		==RF AMPLIFIER==

Sarmiento.jhonmark at 02:57, 13 May 2014

2014-05-13T02:57:08Z

← Older revision		Revision as of 02:57, 13 May 2014
Line 228:		Line 228:
	* Jhon Mark Sorio		* Jhon Mark Sorio
	* Nestor Tiglao (consultant)		* Nestor Tiglao (consultant)
	* Daniel Villareal(consultant)		* Daniel Villareal (consultant)
	* Peter Sy (project management)		* Peter Sy (project management)

Sarmiento.jhonmark at 02:56, 13 May 2014

2014-05-13T02:56:26Z

← Older revision		Revision as of 02:56, 13 May 2014
Line 228:		Line 228:
	* Jhon Mark Sorio		* Jhon Mark Sorio
	* Nestor Tiglao (consultant)		* Nestor Tiglao (consultant)
			* Daniel Villareal(consultant)
	* Peter Sy (project management)		* Peter Sy (project management)

Uvle: /* DESCRIPTION */

2014-05-10T11:08:11Z

DESCRIPTION

← Older revision		Revision as of 11:08, 10 May 2014
Line 2:		Line 2:
	==DESCRIPTION==		==DESCRIPTION==

	A Raspberry Pi-based program FM transmitter that plays online [[UP-FM]] music radio. Radio receivers can be tuned in to 87.5MHz if the transmitter is in range.		A robust, stable, inexpensive Raspberry Pi-based program FM transmitter that plays online [[UP-FM]] music radio. Radio receivers can be tuned in to 87.5MHz if the transmitter is in range.

	Individuals from the different UP campuses, UP alumni and friends in different locations, lovers of Filipino indie music are encouraged to build and use this device to broadcast UP-FM in their areas.		Individuals from the different UP campuses, UP alumni and friends in different locations, lovers of Filipino indie music are encouraged to build and use this device to broadcast UP-FM in their areas.

Uvle: /* DESCRIPTION */

2014-05-10T11:06:51Z

DESCRIPTION

← Older revision		Revision as of 11:06, 10 May 2014
Line 2:		Line 2:
	==DESCRIPTION==		==DESCRIPTION==

	A Raspberry Pi-based program FM transmitter that plays online [[UP-FM]] music radio. Radio receivers can ~~tune~~ in to 87.5MHz if the transmitter is in range.		A Raspberry Pi-based program FM transmitter that plays online [[UP-FM]] music radio. Radio receivers can be tuned in to 87.5MHz if the transmitter is in range.

	Individuals from the different UP campuses, UP alumni and friends in different locations, lovers of Filipino indie music are encouraged to build and use this device to broadcast UP-FM in their areas.		Individuals from the different UP campuses, UP alumni and friends in different locations, lovers of Filipino indie music are encouraged to build and use this device to broadcast UP-FM in their areas.
Line 11:		Line 11:
	\| __TOC__		\| __TOC__
	\|}		\|}


	==COMPONENTS==		==COMPONENTS==

Uvle: /* Notes */

2014-05-10T11:06:00Z

Notes

← Older revision		Revision as of 11:06, 10 May 2014
Line 252:		Line 252:
	==Notes==		==Notes==
	* The longer you keep this transmitter running, the hotter it gets. So you may need some extra cooling or heat dissipation. Possibilities include using repurposed heatsink from old computers (also with thermal paste), old power supply fans.		* The longer you keep this transmitter running, the hotter it gets. So you may need some extra cooling or heat dissipation. Possibilities include using repurposed heatsink from old computers (also with thermal paste), old power supply fans.
	* Use a better antenna if you wish to make this a "permanent" transmitter. Just make sure its signal does not interfere with any established broadcast. If you stick with 87.5MHz in Metro Manila, you should be ok.		* Use better antenna if you wish to make this a "permanent" transmitter. Just make sure its signal does not interfere with any established broadcast. If you stick with 87.5MHz in Metro Manila, you should be ok.
	* In this project, PIFM is using a dynamic IP address so you there's no need to configure the ethernet interface.		* In this project, PIFM is using a dynamic IP address so you there's no need to configure the ethernet interface.
	<br/>		<br/>

Uvle at 14:53, 7 May 2014

2014-05-07T14:53:59Z

← Older revision		Revision as of 14:53, 7 May 2014
Line 6:		Line 6:
	Individuals from the different UP campuses, UP alumni and friends in different locations, lovers of Filipino indie music are encouraged to build and use this device to broadcast UP-FM in their areas.		Individuals from the different UP campuses, UP alumni and friends in different locations, lovers of Filipino indie music are encouraged to build and use this device to broadcast UP-FM in their areas.

	~~The PIFM is using a '''Dynamic IP address''' so you don't need to configure the '''Ethernet Interface''' after it programmed.~~

	{\| align="right"		{\| align="right"
Line 253:		Line 253:
	* The longer you keep this transmitter running, the hotter it gets. So you may need some extra cooling or heat dissipation. Possibilities include using repurposed heatsink from old computers (also with thermal paste), old power supply fans.		* The longer you keep this transmitter running, the hotter it gets. So you may need some extra cooling or heat dissipation. Possibilities include using repurposed heatsink from old computers (also with thermal paste), old power supply fans.
	* Use a better antenna if you wish to make this a "permanent" transmitter. Just make sure its signal does not interfere with any established broadcast. If you stick with 87.5MHz in Metro Manila, you should be ok.		* Use a better antenna if you wish to make this a "permanent" transmitter. Just make sure its signal does not interfere with any established broadcast. If you stick with 87.5MHz in Metro Manila, you should be ok.
			* In this project, PIFM is using a dynamic IP address so you there's no need to configure the ethernet interface.
	<br/>		<br/>

Sarmiento.jhonmark at 09:11, 7 May 2014

2014-05-07T09:11:53Z

← Older revision		Revision as of 09:11, 7 May 2014
Line 5:		Line 5:

	Individuals from the different UP campuses, UP alumni and friends in different locations, lovers of Filipino indie music are encouraged to build and use this device to broadcast UP-FM in their areas.		Individuals from the different UP campuses, UP alumni and friends in different locations, lovers of Filipino indie music are encouraged to build and use this device to broadcast UP-FM in their areas.

			The PIFM is using a '''Dynamic IP address''' so you don't need to configure the '''Ethernet Interface''' after it programmed.

	{\| align="right"		{\| align="right"
Line 207:		Line 209:
	'''Save it by pressing Ctrl+X, " Y", ENTER		'''Save it by pressing Ctrl+X, " Y", ENTER
	'''		'''



	Reboot your Rasperry Pi and UP-FM will run.		Reboot your Rasperry Pi and UP-FM will run.

Uvle: /* Notes */

2014-05-01T08:14:04Z

Notes

← Older revision		Revision as of 08:14, 1 May 2014
Line 252:		Line 252:
	==Notes==		==Notes==
	* The longer you keep this transmitter running, the hotter it gets. So you may need some extra cooling or heat dissipation. Possibilities include using repurposed heatsink from old computers (also with thermal paste), old power supply fans.		* The longer you keep this transmitter running, the hotter it gets. So you may need some extra cooling or heat dissipation. Possibilities include using repurposed heatsink from old computers (also with thermal paste), old power supply fans.
	* Use a better antenna if you wish to make this a "permanent" transmitter. Just make sure its signal does not interfere with established broadcast. If you stick with 87.5MHz in Metro Manila, you should be ok.		* Use a better antenna if you wish to make this a "permanent" transmitter. Just make sure its signal does not interfere with any established broadcast. If you stick with 87.5MHz in Metro Manila, you should be ok.

	<br/>		<br/>

Uvle: /* Notes */

2014-05-01T08:13:38Z

Notes

← Older revision		Revision as of 08:13, 1 May 2014
Line 252:		Line 252:
	==Notes==		==Notes==
	* The longer you keep this transmitter running, the hotter it gets. So you may need some extra cooling or heat dissipation. Possibilities include using repurposed heatsink from old computers (also with thermal paste), old power supply fans.		* The longer you keep this transmitter running, the hotter it gets. So you may need some extra cooling or heat dissipation. Possibilities include using repurposed heatsink from old computers (also with thermal paste), old power supply fans.
	* Use a better antenna if you wish to make this a "permanent" transmitter.		* Use a better antenna if you wish to make this a "permanent" transmitter. Just make sure its signal does not interfere with established broadcast. If you stick with 87.5MHz in Metro Manila, you should be ok.

	<br/>		<br/>

	==See Also==		==See Also==
	* [[UP-FM]]		* [[UP-FM]]