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Turtle Beach has also developed sound cards, MIDI synthesizers, and various audio software packages and network audio devices. In 1988, Turtle Beach developed its first product, a hard disk–based audio editing system. The product was named the "56K digital recording system" and was released in 1990 and was considered the first of its kind.
AudioTron. The Turtle Beach AudioTron AT-100 and AT-101 are 1U rack-mountable, hi-fi network music players. An AudioTron can stream digital music files from personal computers or NAS devices without the need to install server software on these storage devices since the AudioTron is based on Windows CE and is therefore a computer that looks like audio hardware. [1]
Monte Carlo 928 – Monte Carlo was the first Turtle Beach sound card that was not designed in-house. It was based on OPTi 928 reference design with Crystal Semiconductor codec for a "Sound Blaster and Windows Sound System Compatible" card. Featuring Yamaha OPL3, Wave Blaster connector and 3x AT-BUS CD-ROM interfaces.
Working on a solution While Voyager 1’s team wasn’t sure that the faint S-band signal would be detectable due to the spacecraft’s distance from Earth, Deep Space Network engineers located it.
An American flamingo was also sighted at Chapin Beach on June 2.In a phone interview with the Cape Cod Times, Mark Faherty, science coordinator for the Mass Audubon Wellfleet Bay Wildlife ...
Nearly all full-power FM stations in Wellington broadcast from the Mount Kaukau transmitter. As a general rule, frequencies in Wellington are spaced 0.8 MHz apart, starting from 89.3 MHz. Some Hutt Valley "infill" frequencies with transmitters at Towai or Fitzherbert have been allocated to the 0.4 MHz "gap" in between other stations.
It stopped broadcasting analogue television when the digital switchover was completed on 27 June 2012. When in analogue service, the broadcast power of 30 kW for a main transmitter was unique in the United Kingdom, the strength being limited by potential interference with transmitters in France and the Low Countries.
Much of the site is devoted to the enormous overhead wire antenna array that is necessary to efficiently radiate the VLF waves. The antenna, shown above, consists of ten catenary cables, 5,640–8,700 ft (1,719–2,652 m, 1.1–1.6 miles) long, suspended in a zigzag pattern over the valley between Wheeler mountain and Blue mountain on twelve 200 ft. towers on the mountains' crests.