Description
Protect your TV signal from interference caused by 4G and 5G mobile networks with this high-performance in-line LTE signal filter.
Designed to reduce channel loss and eliminate annoying signal disruptions from nearby mobile phone towers, this filter ensures clearer, more reliable TV reception.
Fully shielded and easy to install, it plugs directly between your TV aerial cable and tuner via standard F connectors. It also supports DC pass-through, allowing masthead amplifiers to remain powered without interruption.
- Product: 5G LTE In-Line TV Signal Filter
- Function: Filters out interference from 4G and 5G mobile signals to improve TV reception
- Connection: F-type connectors – plug and play installation inline with TV aerial cable
- Technical Specifications: Frequency Range VHF: 5 – 300 MHz
- Frequency Range UHF: 470 – 694 MHz
- Insertion Loss: 4 dB
- Out of Band Rejection: >30 dB
- DC Pass: 12 – 24 V DC, max 300mA (supports masthead amplifier power)
- Dimensions: 75mm x 27mm x 16mm
- Fully shielded casing for minimal signal interference
Key Features:
- Eliminates 4G and 5G mobile phone interference on TV signals
- Compatible with UK TV frequencies and standards
- Easy inline installation with F connectors
- Supports DC pass-through to power external amplifiers
- Compact and durable metal housing
- Ideal for areas with high mobile network traffic or signal disruptions
What’s Included:
- 1x 5G LTE In-Line TV Signal Filter
Great For:
- Improving digital TV reception in urban and suburban areas
- Reducing pixelation, signal dropouts, and interference caused by mobile signals
- Users with external masthead amplifiers needing DC pass-through
- Homeowners, installers, and professional AV setups
Usage Tips:
- Install the filter inline between your aerial and TV or set-top box
- Ensure connectors are securely tightened for best performance
- Use with powered masthead amplifiers as DC pass-through supports power supply
- Ideal for digital terrestrial TV (Freeview) and satellite setups needing interference reduction
