60dB Rejection 868MHz Cavity Filter for Helium Network 868M SAW Lora Filter HNT 863M
Product overview
1.Descriptions
60dB Rejection 868MHz Cavity Filter for Helium Network 868M SAW Lora Filter HNT 863M
60dB Rejection 868MHz Cavity Filter for Helium Network is a high-performance cavity filter designed for Helium network and LoRa applications, supporting the 868MHz frequency band and having excellent signal rejection capability (up to 60dB). The filter uses SAW (surface acoustic wave) technology to effectively filter interference signals and ensure communication stability and signal quality in applications such as LoRaWAN and HNT (Helium Network Token).
2.Product Specifications
Center frequency | 866.5MHz |
Bandwidth | 7 MHz(4 MHz 2MHz) |
Insertion Loss | ≤1.4dB |
VSWR | ≤1.3 |
Power | 20w |
Rejection | >60dB100-853MHz>60dB@880-2700MHz |
Port | Shenzhen/Shanghai |
Color | Black |
3.Product Advantages
- Powerful signal suppression (60dB) The filter provides up to 60dB of signal suppression in the 868MHz band, effectively reducing interference from other bands, improving network stability and communication quality.
- Designed for Helium and LoRa applications Optimized for Helium networks, LoRaWAN and other Internet of Things (IoT) applications, ensuring reliable long-distance communication in high-density network environments.
- SAW filter technology Using surface acoustic wave (SAW) filtering technology, with high selectivity and low insertion loss, it can accurately filter out signals of non-target frequencies to ensure system performance.
- Adapt to the 868MHz band Designed for the 868MHz band, it is widely used in Europe and other regions that adopt 868MHz as the LoRa or IoT communication standard to ensure compatibility with network equipment.
- Rugged cavity design The cavity filter has a rugged structure and is suitable for use in harsh industrial or outdoor environments, ensuring long-term stable performance and signal filtering effects.
Application scenarios:
Helium Network (HNT)
LoRaWAN network
Internet of Things (IoT) devices
Long-distance wireless communication system
4.Product details