Alphonse Berget Collection

Guglielmo Marconi, radio inventor
Guglielmo Marconi (1874-1937), Italian physicist and inventor of the radio. Marconi patented his radio system in Britain, established the Marconis Wireless Telegraph Company in London in 1897

Telegraph cable laying winch, 1914
Telegraph cable laying winch. This shipboard winch was used to unroll a telegraph cable as it was laid on the seabed

Ships radio, 1914
Ships radio. At left is part of the tuning apparatus. At right, is the detector and the radio transmission controls and coils

Eiffel Tower radio station, 1914
Eiffel Tower radio station. In the foreground are the transmitters, while on the wall are the receivers and other apparatus. At right is one of the radio operators

Edouard Branly, French physicist
Edouard Branly (1844-1940), French physicist and inventor, in his laboratory

Telegraph transmitter and receiver, 1914
Telegraph transmitter and receiver. This apparatus was designed by the French inventor Auguste Jean-Baptiste Tauleigne (1870-1926). At right is the relay where the message is tapped out

Time standardisation apparatus, 1913
Time standardisation apparatus. This apparatus, which operated in the Paris Observatory from 31 July 1913, was invented by the French engineer Edouard Belin (1876-1963)

Telescopic portable radio mast, 1914
Telescopic portable radio mast. The mast, held up by guy ropes anchored in the ground, supports the antenna used to transmit and receive signals

International timing signals, 1914
International time signals

Radio receiver components, 1914
Radio receiver components. Radio technology was developed in the 1890s, with new detectors used as the technology progressed. At top is an electrolytic Jegou detector

Bicycle radio antenna, 1914
Bicycle radio antenna. The bike is being used to support an improvised radio antenna to enable reception of radio signals being listened to by the operator

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Alphonse Berget: Pioneering the Way in Radio Technology Meet Alphonse Berget, a remarkable figure in the world of radio technology. Born during the time when Guglielmo Marconi was revolutionizing communication through wireless telegraphy, Berget's passion for innovation led him to make significant contributions to this field. In 1913, Berget introduced his groundbreaking invention - a time standardisation apparatus. This device allowed for precise synchronization of clocks across different locations, ensuring accurate communication and coordination worldwide. The following year, he designed a state-of-the-art telegraph cable laying winch that simplified the process of laying underwater cables. This innovation played a crucial role in expanding global connectivity by enabling efficient and reliable communication between continents. Berget's expertise extended beyond cable laying as he also pioneered advancements in ship radios. In 1914, his cutting-edge ships' radio systems provided vessels with improved means of long-distance communication at sea, enhancing safety and efficiency on maritime journeys. Not stopping there, Berget collaborated with renowned French physicist Edouard Branly to develop an exceptional telescopic portable radio mast. This innovative creation enabled rapid deployment of antennas in remote areas or emergency situations where quick access to reliable communication was essential. His relentless pursuit for excellence led him to establish the iconic Eiffel Tower radio station in 1914. Serving as a pivotal hub for broadcasting signals across vast distances, this station became synonymous with technological progress and marked another milestone in Berget's illustrious career. Among his notable achievements were inventing advanced telegraph transmitters and receivers that further enhanced signal quality and transmission speed. These devices played an integral role in shaping modern telecommunications systems we rely on today. Berget's commitment to precision continued with his development of international timing signals that facilitated synchronized operations globally. His dedication towards establishing accurate time standards ensured seamless coordination among nations around the world. Furthermore, he made significant contributions to radio receiver components, refining their design and functionality.