Knik TV Mast
Knik TV Mast, located near Knik, Alaska, is a 246 metres (807 ft) tall guyed mast used for FM radio and television broadcasting. The mast is operated by Alaska Public Telecommunications, Inc. The mast gained the distinction as the tallest structure in Alaska, following the April 28, 2010 demolition of the 411 metres (1,348 ft) guyed mast at LORAN-C transmitter Port Clarence.
The following transmitters are radiated:
Television
| Program | Channel Number | Transmission Power |
|---|---|---|
| KYES-TV | 7 | 50 kW |
| KAKM | 8 | 50 kW |
| KTUU-TV | 10 | 50 kW |
| KYUR | 12 | 41 kW |
FM radio
| Program | Channel Number | Transmission Power |
|---|---|---|
| KNBA | 90.3 MHz | 100 kW |
| KSKA | 91.1 MHz | 100 kW |
gollark: Secondly, the disk in the server *does* have an OS? If you're booting it off a disk drive, make sure that's valid, and is connected.
gollark: So, firstly, is your terminal server connected to the, er, server, in the rack GUI?
gollark: Well, maybe not that slow, I don't know the exact details of OC networking, but at least would make latency a bit higher, and stress any relays you use.
gollark: 4 drives to a server would allow... 12MB? each, which is much more than you can do now, and would give each node a decent amount of computation power (especially with data cards), but splitting everything across the network would be sloooow.
gollark: You could possibly make some sort of storage clustering thing - servers can have 4 drives each, after all, and use all of them for remote-accessible storage if they network-boot with an EEPROM.
External links
- http://www.fcc.gov/fcc-bin/fmq?state=&call=&city=&arn=&serv=&vac=&freq=0.0&fre2=107.9&facid=&class=&dkt=&list=1&dist=1&dlat2=61&mlat2=25&slat2=20&NS=N&dlon2=149&mlon2=52&slon2=28&EW=W&size=9
- http://wireless2.fcc.gov/UlsApp/AsrSearch/asrRegistration.jsp?regKey=112366
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