Murata High-Frequency XBAR Filter

Murata High-Frequency XBAR Filter enables the extraction of desired signals while achieving low insertion loss and high attenuation, making it ideal for wireless applications, including wireless local-area network (WLAN), 5G, Wi-Fi® 6E, Wi-Fi 7, and emerging 6G technologies. This module was developed by combining Murata's proprietary surface acoustic wave (SAW) filter knowledge with XBAR technology from Murata's subsidiary, Resonant Inc. The module prevents out-of-band interference and maximizes system battery performance while meeting space limitations. The XBAR structure itself excites bulk acoustic waves via comb-shaped electrodes and a piezoelectric single-crystal thin film, delivering performance beyond the reach of conventional filter structures. Murata High-Frequency XBAR Filter effectively removes high-frequency interference, even in bands above 3GHz. This achievement provides improved performance and clearer signal detection, resulting in high-capacity, high-speed wireless communication for a variety of devices.

Features

  • High-frequency filter using XBAR technology
  • Combines Murata's proprietary SAW filter knowledge with XBAR technology
  • Excites bulk acoustic waves using comb-shaped electrodes and piezoelectric single-crystal thin film
  • Enables performance beyond the reach of conventional filter structures
  • Enables extraction of desired signals while achieving low insertion loss and high attenuation
  • Prevents out-of-band interference
  • Maximizes system battery performance
  • Meets strict space limitations
  • Effectively removes high-frequency interference, even in bands above 3GHz
  • Clearer signal detection and better performance contribute to high-speed, high-capacity, and high-quality wireless communication

Applications

  • Communication gateways
  • Smartphones
  • Wearables
  • Notebook PCs
  • Devices with embedded wireless functionality

Applications

  • Typical attenuation figures
    • 11dB at 4800MHz to 5000MHz
    • 28dB at 3300MHz to 4800MHz
    • 27dB at 7737MHz to 8237MHz
    • 26dB at 10300MHz to 14250MHz
  • 5150MHz to 7125MHz passband
  • 2.2dB typical insertion loss
  • 17dB typical return loss
Veröffentlichungsdatum: 2025-07-09 | Aktualisiert: 2025-07-10