30dBi Indoor DVB-T/FM Digital Antenna - TV HDTV Wireless Aerial for PC Laptop

30dBi Indoor DVB-T/FM Digital Antenna - TV HDTV Wireless Aerial for PC & Laptop

Boost your digital and analog signal strength with the 30dBi DVB-T/FM Indoor Antenna, designed for exceptional TV reception and improved viewing quality. Perfect for use with DVB-T USB sticks or digital terrestrial TV receivers, this antenna ensures a clear, uninterrupted connection for your PC or laptop.

Key Features:

• Enhanced Signal Strength:
  The 30dBi gain provides powerful signal reception, improving both digital and analog signal quality for a better viewing experience.

• Magnetic Base Mounting:
  Featuring a magnetic base, this antenna is easily attachable to any metal surface for stable positioning and enhanced signal reception.

• Wide Frequency Range:
  Designed to operate across the 174-230 MHz & 470-862 MHz frequency range, making it suitable for DVB-T digital terrestrial TV receivers, and compatible with FM radio signals.

• Easy Installation:
  Quick and simple to install. Just connect the antenna to your DVB-T stick for immediate use without any complicated setup. Ideal for both indoor and outdoor use.

• Portable & Convenient:
  Compact and lightweight, this antenna is perfect for use at home or on the go. Whether you’re watching TV on your laptop or using a digital TV receiver, this antenna ensures clear reception in all environments.

Specifications:

• Gain: 30dBi
• Frequency Range:
  • 174-230 MHz (FM Radio)
  • 470-862 MHz (DVB-T TV)
• Impedance: 75 Ohm
• Connector: TV Coaxial Male
• Base Diameter: 6.5 cm
• Height: 12 cm
• Cable Length: 1.5 m
• Color: Black
• Net Weight: 230g

Package Includes:

• 1 x DVB-T/FM Antenna
• 1 x Magnetic Base

Note:

• Please allow a 1-3cm measurement error due to manual measurement.
• Ensure compatibility with your DVB-T USB stick before purchase.

Upgrade your TV viewing experience with the 30dBi DVB-T/FM Indoor Antenna. Get clearer reception and enjoy your favorite shows and FM stations without interruptions.