Mini Portable Indoor/Outdoor Antenna With 5 dB Gain + Magnetic Base
This mini TV antenna is designed for digital and analog TV reception. This antenna connects via a standard coaxial F connector. Suitable for both indoor and outdoor use and great for TV tuner card, usb TV tuner stick, mobile TV or any other terrestrial TV receivers.

It is ideal for both analog and digital aerial TV broadcast or DAB broadcasting and supports ISDBT (Japan), ATSC (USA, Canada, Mexico), and DVBT (EU/Asia) standard.

It supports both NTSC and PAL antenna wire hookup and capable of receiving frequencies of VHF 174-230MHz and UHF 470-862MHz it is ideal for ATSC, DVB-T and DAB broadcasting.

Perfect for portable TVs and USB TV tuners for its small foot print, compact and lightweight. Users can easily carry it in a laptop bag or TV case without worrying about extra weight or space. 

5dB Gain
This mini portable is an amplified aerial antenna with 5 dB gain, designed specifically for digital reception. With a standard coaxial connection, it can be easily used with PC TV cards, USB TV tuners, portable TVs or any other set top boxes.

Detachable Rod
Its antenna rod could be detached from the magnetic base, easy for mobile and packing with portable TVs.

Long Antenna Wire
The wire attached to this DTV mini antenna is 5 feet long, sufficient for connection with TV, digital TV receiver or other terrestrial TV receivers.

Magnetic Base
Its magnetic base allows itself to be attached to flat metal objects for flexible mounting.  Magnetic base is advantageous for improving reception by harnessing large metal surfaces with much easier mounting.

Universal Hookup
This mini DTV antenna comes with RF/coaxial adapter for both NTSC and PAL antenna wire hookup. Works for all regions.

[Note]:  Digital TV reception is dependent upon various environmental factors, we cannot guarantee reception in all conditions. There may be difficulty receiving digital TV signal using a portable or indoor antenna in areas where the signal is not sufficiently strong. Reception capability may also be affected by various factors such as proximity to transmitters, tall buildings, thick walls and ceilings.