Avantree Oasis B Bluetooth Transmitter & Receiver for TV - Dual Link, Pass-Through, No Audio Delay, Long Range - LED Indicator

About this item

• [Transmitter and Receiver 2-in-1 Unit] Bluetooth-enable virtually any of your audio devices at home with this 2-in-1 transmitter/receiver unit. Use the Oasis B as a transmitter to stream audio from your TV/computer to a set of Bluetooth headphones or use it as a receiver and allow your home stereo/speakers to stream music from your cellphone.
• [Convenient Bluetooth / Bypass Switch] Toggle between Bluetooth and Bypass mode with a simple switch! No need to re-plug your TV's only optical port every time you want to switch from your headphones to your stereo.
• [WIDE COMPATIBILITY] The Oasis B supports TVs with optical (TOSLINK) and AUX (3.5mm) audio output ports. Please check your TV's audio output options before purchase to ensure compatibility. With this product, you can connect Bluetooth headphones or earbuds to the transmitter and enjoy audio from your TV wirelessly.
• 1. The cat is sleeping on the couch.
• 2. She is studying at the library.
• 3. The sun sets in the west.
• 4. They are playing basketball in the gym.
• 5. I like to read books in my free time.
• [Dual Bluetooth Support] Use two headphones or a Bluetooth soundbar with your headphone with the Oasis B! With dual Bluetooth support, the Oasis B can stream audio to two devices at once. (Wired stereos/soundbars connected through optical will need to use Bypass Mode.)
• [No Lip-Sync Delay] With AptX Low Latency codec support, the Oasis B pairs with other aptX LL products (such as the Avantree Aria Pro, Audition Pro, and Torpedo Plus) to virtually eliminate audio-visual lag. The Oasis B can also be paired with other Bluetooth products, but audio-lag may occur.
• [Extended Signal Range] Featuring Bluetooth Class I technology, our transmitter's signal reaches up to 164ft (50m) in open air, line-of-sight conditions and up to 50-70ft (20-30m) indoors. Please note that with all Bluetooth technology, range may be affected by physical obstructions, wireless interference, and supporting devices.