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HE-AACv2 (High-Efficiency Advanced Audio Coding version 2) is a type of audio codec that is commonly used in radio broadcasting. HE-AACv2 is an improvement upon the original HE-AAC codec, which was introduced in 2003 as a way to reduce the bandwidth required to transmit audio over the internet.
HE-AACv2 achieves even greater efficiency by using a technique called Spectral Band Replication (SBR), which allows for the transmission of high-quality audio using less data than traditional audio codecs. SBR works by analyzing the original audio signal and identifying parts of the signal that can be replicated using less data, while still preserving the overall sound quality.
HE-AACv2 is particularly well-suited for use in radio broadcasting, as it allows stations to transmit high-quality audio over limited bandwidth connections, such as those used for streaming audio over the internet. This means that listeners can enjoy high-quality audio even on slower internet connections or on mobile devices with limited data plans.
In addition to its efficiency, HE-AACv2 also offers several other benefits for radio broadcasters. For example, it supports both mono and stereo audio, as well as a wide range of bitrates, allowing stations to choose the best settings for their specific needs. HE-AACv2 is also compatible with a wide range of playback devices, including computers, smartphones, and internet radios.
Overall, HE-AACv2 is a powerful and efficient audio codec that has become an essential tool for radio broadcasters. It allows stations to transmit high-quality audio over limited bandwidth connections, while also providing flexibility and compatibility with a wide range of playback devices. As such, it has become a crucial element of the modern radio broadcasting landscape, helping to bring high-quality audio to listeners around the world.
HE-AACv2 achieves even greater efficiency by using a technique called Spectral Band Replication (SBR), which allows for the transmission of high-quality audio using less data than traditional audio codecs. SBR works by analyzing the original audio signal and identifying parts of the signal that can be replicated using less data, while still preserving the overall sound quality.
HE-AACv2 is particularly well-suited for use in radio broadcasting, as it allows stations to transmit high-quality audio over limited bandwidth connections, such as those used for streaming audio over the internet. This means that listeners can enjoy high-quality audio even on slower internet connections or on mobile devices with limited data plans.
In addition to its efficiency, HE-AACv2 also offers several other benefits for radio broadcasters. For example, it supports both mono and stereo audio, as well as a wide range of bitrates, allowing stations to choose the best settings for their specific needs. HE-AACv2 is also compatible with a wide range of playback devices, including computers, smartphones, and internet radios.
Overall, HE-AACv2 is a powerful and efficient audio codec that has become an essential tool for radio broadcasters. It allows stations to transmit high-quality audio over limited bandwidth connections, while also providing flexibility and compatibility with a wide range of playback devices. As such, it has become a crucial element of the modern radio broadcasting landscape, helping to bring high-quality audio to listeners around the world.