Deployment Modes for 5G Compact Core
The Compact Core solution supports several 5G enterprise and industrial use cases with its local, hybrid, public cloud, and 4G+5G combo deployment modes.
The Compact Core solution supports several 5G enterprise and industrial use cases with its local, hybrid, public cloud, and 4G+5G combo deployment modes.
5G service-based architecture (SBA) unlocks advanced use cases, opens monetization opportunities, and elevates CX. Read all about its benefits, potential, and how it works.
The digital transformation accelerated by the pandemic will continue through 2021. From 5G to IoB, a roundup of the telecom trends we expect to see.
5G standalone (SA) core is the end goal for all 5G operators, even early movers beginning their next-gen journey with 5G Non-Standalone (NSA). Here’s why.
There are two routes to 5G: Non-Standalone (NSA) and Standalone (SA) deployment. What’s the difference and which is best for you? A look at 5G SA vs 5G NSA.
The 5G core (5GC) enables telcos to introduce next-gen use cases in the 5G SA deployment mode. Learn the relevance and benefits of standalone 5G core architecture.
IBW launched multiple 4G networks in Central America using Alepo’s convergent LTE-ready 4G Online Charging System, supporting new prepaid data and voice services.
Alepo comprehensive, real-time, on-demand policy management helps CSPs enable interactive CX while optimizing network resources and enforcing fair access policies.
Integral to 4G LTE and IMS networks, Alepo’s 3GPP Policy and Charging Rules Function (PCRF) supports dynamic policy management and network optimization.
The convergent solution will enable a consistent user experience for fixed and mobile services, lowering OPEX, automating service activation and support, and more.