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We’ve come a long way since mankind first used smoke signals to communicate, and even farther since cavemen drew pictures on walls. Today, we’re living in a world where we can communicate with anyone, anywhere in the world. Telecommunications has changed dramatically throughout the years. Let’s look at how it grew from its humble origins to what it is now. Rock carvings Petroglyphs are more commonly found than pictographs, and these images were created by carving, engraving or scratching the rock’s surface. Often, these images were important forms of pre-symbol writing and were used in the earliest forms of communication and signage. The oldest art in this particular category is the Bhimbetka Petroglyphs Cupules, in the Auditorium cave situated at Bhimbetka in India, that date back to the Acheulean period, which began between 1.7 million and 1.5 million years ago. Cave paintings Some of the earliest forms of communication are…

The telecommunications industry is one of the most dynamic industries in the world, driving innovation and having a significant impact both on society and business. In fact, regardless what industry you’re in, telecoms will most likely have an impact on your business. If you want to stay ahead of the competition, you must keep an eye on emerging trends and advancements in the telecom industry. So, what major telecom developments should we be on the lookout for in 2023? 5G satellites Looking ahead, we anticipate a surge in satellite access for both devices that directly access satellite connections as well as Non-Terrestrial Networks (NTNs) that employ spaceborne and airborne vehicles for transmission. It is an intriguing capability enabled by Low Earth Orbit (LEO) satellites, which are smaller, lighter, and far less expensive to manufacture, launch, and maintain than traditional geostationary and mid-orbit satellites. Many opportunities are made possible by 5G…

GCI to expand capacity for rural areas GCI, an Alaskan service provider, has signed a $150 million contract with Intelsat to increase the telecommunications service capacity in rural areas. GCI has been providing geosynchronous (GEO) satellite communications for 35 years to supply the state with data, video and voice services. The latest transaction gives GCI continued access to C-band and Ku-band capacities, which are already a part of GCI’s satellite services portfolio, and also provides new access to state-wide Ka-band capacity. Furthermore, Intelsat will provide the multi-satellite solution through a new and improved managed station platform and C- Ku- and Ka-bands networks. Read more at: https://tinyurl.com/w52yht6u South Sudan launches Digitel Network South Sudan has announced the launch of Digitel Network, the country’s first telecommunications company, which was introduced to celebrate 10 years of independence of the country. South Sudan has so far had the services of only two international mobile…

VCC Live partners with DIDWW VCC Live, a provider of innovative cloud-based contact center software for inbound, outbound and cross-channel contact centers, has announced a strategic partnership with global telecommunications operator DIDWW, which provides high quality VoIP and SIP trunking services to businesses and telecommunications operators around the world. As part of the partnership, VCC Live will take advantage of DIDWW’s extensive virtual telephone number coverage, which will allow VCC Lives’s contact center business to grow effectively in all geographic areas. DIDWW’s vast inventory of virtual phone numbers allows VCC Live to continue the rapid growth of their global business. Read more at: https://tinyurl.com/xhu9xheb Microsoft collaborates with O2 UK  Microsoft and O2 are developing a proof-of-concept investigation to determine the benefits of on-premises Mobile Edge Computing (MEC) inside a private 5G network, focusing on security and low latency. The possible benefits of this proposed architecture are noteworthy,  combining secure, high-bandwidth…

SES Networks, a provider of global connectivity and managed data services through the only multi-orbit satellite-enabled network and wide-ranging infrastructure on the ground, has announced that it will deliver dedicated, private network connectivity from any vessel, airplane, enterprise, energy or government site in the world to Microsoft Azure using its satellite systems. According to the announcement, SES is able to provide connectivity services across its global fleet of 50 Geostationary Earth Orbit (GEO) and 20 Medium Earth Orbit (MEO) satellites. The company’s 20 O3b MEO satellites are able to deliver MEF-certified data connectivity with low latency via Azure’s global gateway network and earth-bound network infrastructure, resulting in services that are suitable for edge computing. As the first Microsoft Azure ExpressRoute services partner with a cloud-scale satellite network, SES Networks will offer Azure customers the ability to leverage their satellite-enabled managed services to connect locations and sites in remote and…