2.4GHz 20W Indoor Bandpass Filter Channel 5 2422–2442MHz ACASOM | Chipomi

The ACASOM indoor bandpass filter is designed for operation in the 2.4GHz band on Channel 5 with a working range of 2422–2442MHz and a bandwidth of 20MHz. It is an 8-pole ultra-high-Q cavity filter built for professional wireless communication systems.

The filter provides out-of-band rejection of ≥80dB, helping reduce interference from adjacent channels and nearby RF devices. This improves the stability and performance of wireless equipment installed in the same location.

The module features a rugged aluminum housing designed for industrial environments. With nominal insertion loss of about 1.5dB, it maintains signal quality while delivering effective RF filtering.

The filter has a bi-directional structure. Either RF port can be connected to an antenna or access point. The unit is designed for indoor installation or integration inside weather-resistant enclosures.

Technical Specifications:

Why Choose This Module:

• Designed specifically for Channel 5 operation in the 2.4GHz band.
  
• 8-pole ultra-high-Q cavity structure enables precise signal filtering.
  
• ≥80dB rejection helps reduce adjacent channel interference.
  
• Low insertion loss helps maintain stable signal strength.
  
• Aluminum housing supports reliable infrastructure deployment.
  
• Bi-directional RF design simplifies system integration.
  
• N-Female connectors support professional RF installations.

Applications:

• Professional WiFi infrastructure systems.
  
• 2.4GHz wireless communication installations.
  
• RF environments with multiple transmitters nearby.
  
• Signal filtering for access points and network equipment.
  
• Wireless engineering projects and RF testing setups.
  
• Indoor telecom cabinets and communication systems.
  
• Wireless network infrastructure installations.

Package Includes:

1 PCS cavity filter

Important Notes:

• These bandpass filters are bi-directional and either side can be connected to the antenna.
  
• Both RF ports are identical and can connect to the antenna or the access point.
  
• The filter is designed for indoor installation or placement inside weather-resistant enclosures.

FAQ:

1. Which WiFi channel is this filter designed for?
   This version is designed for Channel 5 operating in the 2422–2442MHz range.
2. Can either side of the filter be connected?
   Yes, both RF ports are equivalent because the filter is bi-directional.
3. What connector type is used in this model?
   The filter uses N-Female RF connectors.
4. What is the maximum supported RF power?
   The maximum supported power is 20W.
5. Where is this filter typically installed?
   It is commonly installed in indoor wireless infrastructure or protected RF enclosures.
6. Why use a bandpass filter in a WiFi system?
   It helps reduce adjacent channel interference and improves network stability.
7. Is this filter suitable for professional installations?
   Yes, it is designed for industrial-grade wireless communication systems.

The ACASOM 2.4GHz Channel 5 bandpass filter is designed for wireless systems operating in the 2422–2442MHz frequency range with a bandwidth of 20MHz. Built with an 8-pole ultra-high-Q cavity structure, this filter provides accurate signal filtering and improved RF performance in environments where multiple wireless devices operate close to each other.

With ≥80dB out-of-band rejection, the filter significantly reduces unwanted signals from nearby channels and external RF sources. This helps maintain stable communication and improves the overall reliability of wireless network infrastructure.

The module supports RF power up to 20W and uses N-Female connectors for compatibility with professional RF cables and equipment. Its durable aluminum housing and compact dimensions of 122x63x26mm allow easy installation inside telecom cabinets and wireless communication systems.

The bi-directional RF design allows either port to be connected to the antenna or the device, simplifying system integration. The ACASOM 2.4GHz Channel 5 cavity filter available on Chipomi is suitable for WiFi infrastructure, RF engineering projects, and wireless communication environments that require reliable filtering and reduced interference.