Antena interior Hama Classic cabo 2 m preta 105x150x195mm

The Hama Classic indoor antenna with a 2m cable and compact dimensions of 105x150x195mm is intended to improve television reception in indoor environments. Its black finish and unobtrusive shape allow it to be placed near TVs or windows where signal strength is better. The antenna connects directly to compatible TV sets or set-top boxes to help achieve clearer picture and sound from available terrestrial broadcast signals.

Advantages

The Hama Classic indoor antenna combines a compact footprint with a 2 meter cable to provide flexible placement options without additional cabling. Its streamlined black housing is designed to blend with typical living-room equipment while the physical size (105x150x195mm) makes it easy to position on stands, shelves or window sills. The product is intended to support improved reception when used in suitable indoor locations.

Suitable for

• Receiving terrestrial TV broadcasts in apartments and houses
• Placement near a TV, window or elevated shelf to optimize signal
• Use with flat-screen TVs and digital set-top boxes that accept external antenna input

Key specifications

• Product colour: Black
• Cable length: 2 m
• Dimensions (W×H×D): 105 × 150 × 195 mm
• Type: Indoor antenna for terrestrial TV reception

How to use

Connect the antenna’s 2 m cable to the antenna input on your TV or set-top box following the device manufacturer’s instructions. Place the antenna vertically on a flat surface or near a window, and adjust its position to find the strongest reception. Use the TV’s channel scan or auto-tuning function to detect available channels after connection. If reception is weak, try relocating the antenna to a higher position or closer to an exterior wall and repeat the channel scan.

Recommendations

For best results, place the antenna clear of large metallic objects and electronic devices that may cause interference. In buildings with poor indoor reception, consider positioning the unit near an outer wall or window and experimenting with orientation until optimal signal quality is achieved.