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Network slicing has become a popular topic in telecoms discussions, particularly in relation to the benefits of 5G for industrial or business applications. It is believed to improve the reliability and performance of connectivity in situations where network congestion or mission-critical operations are at stake. With the rollout of 5G Standalone, network slicing is becoming an increasingly important aspect of B2B installations.

Telxius leads the global subsea cable market with 82,000 km of advanced digital infrastructure, recently announcing the Tikal project to enhance connectivity between Guatemala and the United States. Exploring potential in regions like Europe and Latin America, Telxius remains dedicated to offering improved connectivity and faster data transmission worldwide.

Verizon Business has announced that it will provide a variety of network connectivity options to Siemens, a German global technology business, in order to maintain the security of its employees’ devices and data. The solutions will provide Siemens employees in smaller office locations with a smooth “plug and play” user experience while emphasizing security and zero trust principles. Siemens’ zero-trust initiative demands that all employee devices be verified, approved and continually checked before access to mission-critical applications and data is granted or retained. Verizon Business will implement an “internet only” connection, such as a global Managed Wide Area Network based on Cisco Meraki technology, which is vital to the success of the Siemens’ “never trust, always verify” program. According to Sanjiv Gossain, EMEA Vice President, Verizon Business, an intelligent network may make underlying architectures more agile by controlling traffic and improving operational efficiency. He noted that while every…

The EU Secure Connectivity Program has welcomed Rivada Space Networks, a wireless technology company focused on open access wholesale and the fusion of terrestrial and satellite communications.   The EU space-based, secure communication system proposes to use the most recent quantum communication technology for secure encryption in order to accommodate growing and changing governmental and business demands. The program aims to enable access to advanced, dependable and high-speed connectivity for citizens and businesses across Europe, including coverage of communication dead zones. This initiative is aimed at ensuring cohesion among Member States, and providing the long-term availability of worldwide uninterrupted secure and cost-effective satellite communication services.   In its submission to the EU Secure Connectivity Program’s preliminary market consultation, Rivada Space Networks outlined the main characteristics of its laser-linked LEO constellation architecture. The business also suggests that the member nations and project stakeholders should use its Open Access Wireless Marketplace platform…

Telinta, a global leader in cloud-based softswitch solutions for VoIP service providers, and Hurricane Electric, the world’s largest IPv6-native Internet backbone, announced today that Telinta is adding Hurricane Electric’s IP network to connect its cloud-based TeliCoreTM Softswitch and Billing platform, providing world-class connectivity to Internet Telephony Service Providers (ITSPs). The collaboration is significant and brings together Telinta’s TeliCore platform, the largest hosted softswitch of its type anywhere in the world, with Hurricane Electric’s global IPv6 network, the largest IPv6 backbone in the world. As part of Telinta’s redundant connectivity with multiple Tier-1 carriers, Hurricane Electric will enhance Telinta’s global reach in providing hosted solutions to customers worldwide.  This includes white label solutions for popular VoIP and UCaaS services such as Hosted PBX, SIP Trunks, VoIP calling from brandable Mobile and Desktop softphones, WebRTC, and more. “By leveraging our rich global network, Telinta can further serve the needs of VoIP providers,” said…

Airbus and NTT DOCOMO have tested the possibility of supplying future wireless broadband access using the solar-powered Zephyr High Altitude Platform Station (HAPS). The experiment was conducted in August in the United States, when the Zephyr S aircraft flew in the stratosphere for 18 days to assess different capabilities.   The Airbus Zephyr S, which is equipped with an onboard radio transmitter, offered a highly flexible data link during its stratospheric flight to mimic future direct-to-device connection. Test data was collected at different altitudes and during various hours of the day and night, with the goal of determining how weather conditions, varied elevation angles and aircraft flight patterns influence connectivity in the stratosphere.   Various bandwidths were used in the tests to replicate direct-to-device services from the HAPS to end-users at low, nominal and high capacity. The demonstration proved the practicality and adaptability of the 2GHz spectrum for HAPS-based services,…