Space Travel 2 Ultra TWS Bluetooth 6.0 LDAC 13mm Wireless Earphones

Patent 13mm
Annular Single-Magnetic Planar Driver: The newly developed patented 13mm single-magnetic annular planar driver used in the Space Travel 2 Ultra is complemented by the flagship super-linear planar driver technology utilized in the Golden Ages series. This design preserves the excellent bandwidth and low distortion achieved through a unique double suspension and planar magnetic circuit while simplifying production processes, allowing for integration into more mainstream products. Committed to the Unremitting Pursuit of
Sound Quality: Based on the high-quality hardware of the patented planar driver, the Space Travel 2 Ultra has further optimized performance through the DSP integrated into the latest Bluetooth SoC chip. LDAC High-Definition Lossless
Audio Transmission Protocol: The Space Travel 2 Ultra supports the widely used LDAC high-definition lossless audio transmission protocol, which can transmit 24Bits/96kHz, fully meeting the dynamic range and broadband requirements of the hardware. Built-in NPU Hardware-Level AI
Noise Cancellation: The Space Travel 2 Ultra features a built-in Neuron Processor Unit (NPU) core and is equipped with an AI ENC (Environmental Noise Cancellation) algorithm that has been extensively trained and optimized. Compared to traditional ENC algorithms, this advanced technology effectively eliminates noise while enhancing vocal clarity.
55ms Low-Latency Game Mode: The Space Travel 2 Ultra allows easy switching between dual connection modes. In addition to music mode, users can switch to game mode by tapping the touch faceplate four times. In game mode, the signal transmission delay is as low as 55ms, providing a more comfortable gaming experience. Seamless Switching Between Monaural and
Binaural Modes: The Space Travel 2 Ultra supports automatic reconnection and seamless switching between monaural and binaural modes. It will reconnect to the paired device as long as one or both earpieces are removed from the charging case. Using mirror-image technology, it will remain connected to the paired device even when one or both earpieces are returned to the charging case