Gaming headset brand Turtle Beach has teamed up with PC accessories label ROCCAT to launch two new true wireless gaming earbuds: the Scout Air and the SYN Buds Air earphones.
Designed for on-the-go gamers, both new earbuds are compatible with iOS, Android, and other Bluetooth-enabled devices, including the Nintendo Switch, all Macs, and Windows PCs. Because the earphones were purpose-built for mobile gaming, they feature a 60ms low-latency Game Mode ensuring that users pick up every audio detail of their favorite games, even while they are in noisy environments.
The Scout Air and the SYN Buds Air earphones share a few other notable features as well. These include a dual-mic system, 20 hours of battery life, water resistant coating, and multiple ear tip options.
Mobile Gaming Earbuds
Turtle Beach Introduces the Scout Air and SYN Buds Air Earphones
Trend Themes
1. Mobile Gaming Earbuds - Turtle Beach and ROCCAT collaborated to create gaming earbuds designed for mobile gaming that have low-latency Game Mode, dual-mic system, water-resistant coating, and multiple ear tip options.
2. True Wireless Earbuds - The Scout Air and SYN Buds Air earphones by Turtle Beach and ROCCAT are true wireless earbuds with 20 hours of battery life for gaming on-the-go.
3. Low-latency Audio Technology - Turtle Beach and ROCCAT incorporated low-latency Game Mode into the Scout Air and SYN Buds Air earphones to allow users to pick up every audio detail of their favorite games, even in noisy environments.
Industry Implications
1. Gaming Accessories - Turtle Beach and ROCCAT have launched new gaming earbuds specifically designed for mobile gaming, which could disrupt the gaming accessories industry.
2. Headphone and Earbud - The Scout Air and SYN Buds Air earphones are two new earbuds that allow users to pick up every crucial audio detail of their favorite games, which could disrupt the headphone and earbud industry.
3. Mobile Technology - Turtle Beach and ROCCAT launched gaming earbuds specifically designed for mobile gaming for gaming enthusiasts on-the-go, which could disrupt the mobile technology industry.