PHILIPS D1602B/53 Cable without phone

Automatic volume control compensates for unwanted volume fluctuations
Automatic volume control compensates for fluctuations in the audio signal - caused by distance, signal strength or the caller's phone - so what you hear is always balanced. By reducing the sound amplification in case of strong signals, and by increasing it in the case of weak signals, the device enables a balanced conversation without unwanted volume fluctuations.

Caller ID - so you always know who is calling you
Sometimes it's good to know who the caller is before you answer the call. Caller ID lets you see who is on the other end of the line.

Simple installation for perfect comfort
Easy commissioning for perfect comfort. Simplified installation - "Plug & Play" product

Low radiation and energy consumption
Philips phones are energy-efficient, and environmental protection was an important aspect of their design.

Textured back cover for a non-slip grip
For even greater comfort and a better grip, the back of the handset is equipped with a special coating.

Optimized antenna setup for great reception in every room
The optimized antenna setup ensures strong and stable reception - even in areas of the house where wireless transmission is difficult. From now on, you can answer calls anywhere in the house and have a long, undisturbed conversation, even changing your location inside the house.

The parametric equalizer provides a clean sound
Our telephones use parametric timbre control during digital audio processing to fine-tune the audio response to the desired linear frequency curve, thus ensuring a clear sound for every conversation.

Easy-to-read, 4.1 cm (1.6") display with backlight

Advanced sound testing and tuning for superior sound quality
We test the sound quality of our DECT phones in the same way as the manufacturers of high-end headphones. Using an advanced ear simulator, we can accurately reconstruct how people actually hear. This helps our acoustic engineers measure and fine-tune factors such as frequency response, distortion, and overall auditory perception. All this results in perfect sound reproduction.