Description
HyperX Cloud Stinger™ Core Wireless Gaming Headset
Enjoy wireless freedom at a great price. The wireless HyperX Cloud Stinger Core is a lightweight, durable headset that's ready to play on PS4™ and PS5™ systems. Chat with your friends online and enjoy clear communication with your squad thanks to its noise-cancelling microphone. Get immersed in your gaming and lose yourself in your audio entertainment with Cloud Stinger Core’s rich sound. It also features onboard audio controls on the ear cup and a convenient swivel-to-mute mic.
Gaming-grade wireless
Provides freedom from cords with its solid 2.4GHz gaming-grade wireless connection
Lightweight comfort
Game longer with this lightweight headset and its soft, breathable ear cushions.
Immersive in-game audio
The closed-cup design will help block out distractions while the 40mm drivers and enhanced bass keep you immersed in your game.
Durable steel sliders
Built to be reliable with sturdy steel sliders that adjust to provide a comfortable fit
Onboard audio controls
Convenient onboard audio controls so you can adjust volume without having to dig into system menus
Swivel-to-mute noise-cancelling mic
The flexible, noise-cancelling mic will give you a clear line of communication with your squad mates and can be easily muted by swiveling it upwards.
Compatible with PS5™, PS4™, and PC
Wireless gaming audio ideal for PlayStation systems and also compatible with PC.
- Lightweight Comfort
- Durable steel Sliders
- Swivel-to-mute noise cancelling mic
- Compatible with PS5™, PS4™, and PC
- Part Number: HHSS1C-KB-WT/G
Headphone |
|
Driver |
Dynamic, 40mm with Neodymium magnets |
Type |
Close-back |
Frequency response |
20-20kHz |
Impedance |
16 ohms |
Sound pressure level |
95.5dBSPL, 1mW at 1kHz |
T.H.D |
≦2% |
Battery life |
up to 17 hours |
Wireless Range |
2.4Ghz – Up to 12 meters (Open Field) |
Microphone |
|
Element |
Electret condenser microphone |
Polar pattern |
Uni-directional, Noise-cancelling |
Frequency response |
50Hz-18kHz |
Sensitivity |
-40dBV (1V/Pa at 1kHz) |