Good news for those wireless operators with business plans not based on WiMAX: The 3rd Generation Partnership Project (3GPP), an ITU-based standards organization, has completed its latest round of work clarifying the specifications for Long-Term Evolution (LTE) wireless.
Researchers at Nokia Siemens Networks' (NSN) Munich facility recently demonstrated relaying technology proposed for its standards-based LTE-Advanced solution, which would resolve coverage issues at the cell edge, where users are farthest from the mobile broadband base station.
Tuvalu Telecommunications Corporation (TTC) provides fixed-line telephone, internet, and mobile services on islands across Tuvalu. To support the new network offerings, it decided to upgrade from its legacy ADSL network to LTE and WiFi so it could provide faster speeds and improved connectivity to its subscribers.
Are you curious about the role of a dedicated PCRF in VoLTE? Look no further! Dive into our latest blog post by Alepo to explore the significance of a dedicated PCRF in enabling seamless voice communication over LTE networks.
In this blog video, we uncover the importance of VoLTE and how a dedicated PCRF optimizes voice network resources to deliver high-quality voice calls. Discover how it treats voice networks independently, enhances security, and prepares for the future of 5G VoNR.
Ready to enhance your understanding of VoLTE and the role of a dedicated PCRF? Click the link below to read the full blog post and stay ahead in the dynamic world of telecom. bit.ly/VoLTE-PCRF
Don't miss out on this valuable insight into the role of a dedicated PCRF in VoLTE. Watch the video now!
Discover how Tishknet, a pioneering telecom operator from Iraq, revolutionized its network operations by partnering with Alepo. This video explores Tishknet's journey to introduce a high-speed LTE network alongside its existing services while addressing the challenge of modernizing its billing platform to improve revenue management for legacy offerings.
Integral to the Evolved Packet Core (EPC) network, Alepo's 3GPP Release 16 compliant Home Subscriber Server (HSS) lets operators register and authenticate LTE use cases.
Bosnia and Herzegovina's leading telecommunications provider, m:tel, deployed Alepo's Carrier WiFi solution to improve network capacity of its 3G and LTE networks by offloading traffic to WiFi. It also wanted to bolster its monetization capabilities with paid and sponsored WiFi services.
Alepo modernized Eswatini Mobile's network with its 5G-ready Digital BSS, eliminating frequent network disruptions, reducing churn and boosting digital CX and revenue.
Alepo's 5G Core (5GC) enables operators to rapidly launch 5G use cases while continuing to support their 4G services.
Alepo's solution provides a unified platform to manage 4G (EPC, IMS), C-IoT, and non-3GPP networks like WiFi alongside 5G. So, operators can shift to a fully virtualized service-based environment using one solution to support LTE as well as 5G.
The cloud-native solution has one of the lowest resource footprints in the industry. It provides key 5GC components, including SDM (AUSF, UDM+HSS, UDR) and converged policy control (PCF+PCRF).
The modular and scalable microservice-based architecture is 3GPP standards-compliant, ensuring operators can upgrade to a next-generation network without disrupting existing services.
Alepo's 5GC lets operators of all sizes swiftly introduce next-gen capabilities. It is also beneficial for operators who want to deploy private enterprise networks for diverse industry applications.
Download the flyer to learn how Alepo's solution helps operators seamlessly transition to 5G: https://bit.ly/3gXbExm
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In this insightful video, we explore how ChatGPT, powered by OpenAI, can revolutionize the efficiency of telecom operators worldwide.Alepo, a leading provide...