Motorola developed the first truly global communication network using a set of 66 satellites.

In 1955, years after Motorola started its research and development laboratory in Phoenix, Arizona to research new solid-state technology, Motorola introduced the world's first commercial high-power germanium-based transistor.

Beginning in 1958 with Explorer 1, Motorola provided radio equipment for most NASA space-flights for decades including during the 1969 moon landing. A year later, it established a subsidiary to conduct licensing and manufacturing for international markets.

In 1960, Motorola introduced the world's first "large-screen" (19-inch), transistorized, cordless portable television.

In 1963, Motorola, which had very successfully begun making televisions in 1947 introduced the world's first truly rectangular color TV picture tube which quickly became the industry standard.

In 1969, Neil Armstrong spoke the famous words "one small step for a man, one giant leap for mankind" from the Moon on a Motorola Radio.[9]

In 1974, Motorola sold its television business to the Japan-based parent company of Panasonic.

In 1976, Motorola moved to its present headquarters in Schaumburg.

In September 1983, the firm made history when the U.S. Federal Communications Commission (FCC) approved the DynaTAC 8000X telephone, the world's first-only commercial cellular device. By 1998, cellphones accounted for two-third's of Motorola's gross revenue.[10] The company was also strong in semiconductor technology, including integrated circuits used in computers. In particular, it is well known for the 68000 family of microprocessors used in Atari ST, Commodore Amiga, Color Computer, and Apple Macintosh personal computers. The PowerPC family was developed with IBM and in a partnership with Apple (known as the AIM alliance). Motorola also has a diverse line of communication products, including satellite systems, digital cable boxes and modems.

In 1986, Motorola invented the Six Sigma quality improvement process. This became a global standard. In 1990, General Instrument Corporation, which was later acquired by Motorola, proposed the first all-digital HDTV standard. In the same year, the company introduced the Bravo numeric pager which became the world's best-selling pager.

In 1991, Motorola demonstrated the world's first working-prototype digital cellular system and phones using GSM standard in Hanover, Germany. In 1994, Motorola introduced the world's first commercial digital radio system that combined paging, data and cellular communications and voice dispatch in a single radio network and handset. In 1995 Motorola introduced the world's first two-way pager which allowed users to receive text messages and e-mail and reply with a standard response.

In 1998, Motorola was overtaken by Nokia as the world's biggest seller of mobile phone handsets.[9]

On September 15, 1999, Motorola announced it would buy General Instrument in an $11 billion stock swap. General Instrument had long been the No. 1 cable TV equipment provider, supplying cable operators with end-to-end hybrid fiber coax cable solutions. This meant that GI offers all cable TV transmission network components from the head-end to the fiber optic transmission nodes to the cable set-top boxes, now at the availability of Motorola.

In June 2000, Motorola and Cisco supplied the world's first commercial GPRS cellular network to BT Cellnet in the United Kingdom. The world's first GPRS cell phone was also developed by Motorola.

In 2002, Motorola introduced the world's first wireless cable modem gateway which combined a high-speed cable modem router with an ethernet switch and wireless home gateway.

In 2003, Motorola introduced the world's first handset to combine a Linux operating system and Java technology with "full PDA functionality".

In June 2006, Motorola acquired the world-class software platform (AJAR) developed by the British company TTP Communications plc.[11]

In 2007, Motorola acquired Symbol Technologies, Inc. to provide products and systems for enterprise mobility solutions, including rugged mobile computing, advanced data capture and radio frequency identification (RFID).