Caltta Technologies
Caltta Technologies is one of the leading providers of telecommunications solutions for trunked communication systems. The company was founded in China and has long gone far beyond the local market. Caltta currently supplies communications solutions to commercial, private, and government customers in Asia, Africa, Latin America, and Europe.
Caltta Technologies is a subsidiary of ZTE, a Chinese radio equipment manufacturer that has won the local market with quality and reliable products. Caltta's core business is the production of digital DMR radios and PoC terminals, which use public and private networks to provide reliable connectivity anywhere in the world where cellular and wireless communications are available.
As official Caltta Technologies representative and distributor in Ukraine, DOLYA & CO. LTD supplies Ukrainian customers with the company's communication solutions, DMR radio stations, and PoC-terminals.
Reliability
Caltta Technologies was established in 2018, but it is powered by the experience and capacity of ZTE Corporation.
Relevance
Caltta builds equipment with the user in mind and adapts it for use in different environments.
Global Presence
Caltta Technologies products are known far beyond China and continue to conquer the world.
Caltta Technologies offers personal radios for use in private and public networks. Caltta's DMR radios are compatible with both digital and analog communications, and portable PoC terminals are created for communication of cellular and IP network subscribers.
LTE - a set of infrastructure solutions and devices to provide broadband wireless communication in public security services and emergency response teams in crisis situations.
PoC or "PTT Over Cellular" is a technology that uses broadband mobile and Wi-Fi networks to connect instantly with the push of a push-to-talk button. The technology is best known for its ability to provide fast communications over long distances without the cost of deploying and maintaining infrastructure and radio equipment alongside LMR networks.
