JBL's new party speaker comes with a karaoke mic that helps you hit those high notes

"The On-The-Go 2 Plus is now available for preorder from the company's website for $419.95, with availability expected to start on April 5th. It's an update to JBL's original PartyBox On-The-Go speaker, and while it still delivers up to 100W of sound, there are some notable improvements. The newer model pairs a 5.25-inch woofer with two upgraded 20mm silk-dome tweeters, and its replaceable battery can now deliver up to 15 hours of playtime."

"It connects to the speaker using a USB-C dongle and uses JBL's EasySing Algorithm to reduce vocals from a song by 25 percent, 50 percent, or remove them entirely. The algorithm also enhances live vocals using a feature called Voice Boost that reduces echo and noise, adds reverb, and adjusts, corrects, and boosts a performer's pitch in real time."

"Karaoke is more fun for everyone when the person holding the mic sounds as good as a song's original performer. So the latest addition to JBL's PartyBox Bluetooth speaker line, the On-the-Go 2 Plus, comes with one of the company's new EasySing wireless microphones, which use an algorithm to silence a song's vocals while also helping a karaoke singer stay on pitch and hit more challenging high notes."

JBL released the PartyBox On-the-Go 2 Plus, a portable Bluetooth speaker designed for karaoke enthusiasts. Priced at $419.95 with availability starting April 5th, it features a 5.25-inch woofer, two upgraded 20mm silk-dome tweeters, and 100W of sound output. The replaceable battery provides up to 15 hours of playtime, double the previous model. The speaker includes improved portability with a flexible handle and wider shoulder strap, plus Auracast support for syncing multiple units and interactive RGB LED lighting. The standout feature is the included EasySing wireless microphone, which uses an algorithm to reduce or eliminate vocal tracks by 25%, 50%, or completely, while Voice Boost enhances live vocals through pitch correction, reverb, and noise reduction in real time.

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