Telecommunication giant BT, in collaboration with Nokia and MediaTek, is exploring the potential of 5G Reduced Capability (RedCap) for Internet of Things (IoT) applications. Recently conducted trials at BT’s research centre aimed at uncovering new use-cases for this technology, which, simplified and less complex than 4G, promises a more efficient IoT ecosystem. As suggested by BT’s Chief Networks Officer, Greg McCall, the RedCap technology could “unlock a new wave of innovation” within the 5G landscape.
Nokia takes a significant leap in telecom landscape with a unique Cloud RAN trial, persistently striving to achieve parity between Cloud RAN and purpose-built RAN. This strategic move, involving Elisa, explores In-Line acceleration potential, positioning Nokia in a subtle competition with Ericsson’s ‘Look-Aside’ approach. The latter’s reticence adds intrigue to this telecommunication rivalry. However, will Nokia’s In-Line strategy prove to be the more efficient route?
Intriguingly, SpaceX’s Starlink offers an innovative Direct to Cell feature allowing existing LTE phones to function even in remote locations – a potential boon for those often out of terrestrial coverage. With a rollout plan targeting texts by 2024, and full voice, data, and IoT compatibility by 2025, Starlink seems poised for a breakthrough. While the proposition seems formidable, concerns around possible limitations of Starlink’s proprietary technology remind us advantages of relying on industry best practices. Without disclosed pricing details, we can only anticipate how this venture will fare against other satellite connectivity contenders.
Climate change casts a menacing shadow over the infrastructure underpinning the Internet, including fiber optic cables and colocation facilities. The predicament Saint-Martin island faced after Hurricane Irma’s assault prompted Setics Sttar to reimagine their rebuilding strategy. Subterranean framework emerged as a key defense against future environmental disasters, demonstrating the necessity to fuse climate risk considerations with infrastructure planning. Seeking a climate risk assessment for your FTTH Network design has become not only optimal but essential in the face of a changing world.
Huawei’s Richard Jin turned heads at UBBF 2023 with a keynote speech outlining a future-oriented, three-phase network construction plan. This innovative plan hinges on enhancing video experiences, improving network user experiences and integrating AI. By striving to transition from traditional copper lines to FTTH all-optical networks, it aims to ensure seamless video interactions. Subsequently, it intends to cater to increasing demand for diversified digital applications via gigabit services. The finale points towards an AI-integrated, all-optical computing plan aligned with F5.5G development, potentially revolutionizing current industry norms.
First Orion introduces SENTRY™, combatting fraudulent calls and preserving brand integrity. CO-OP KINKI enhances customer security with Vonage’s 2FA technology for online shopping. Cloud communications market soars, set to reach $180.7 billion by 2027. T-Mobile shifts users to pricier plans, raising concerns over rate plan commitments.
BT, a dominant force in the UK’s telecommunications landscape, is setting the stage for a drone revolution with the unveiling of the country’s first-ever Drone SIM. Designed to act as the linchpin for beyond visual line of sight (BVLoS) drone operations, this groundbreaking technology combines EE network connectivity with resistance to hazardous conditions, opening up innovative possibilities across several sectors. From enabling swift healthcare supplies delivery and comprehensive infrastructure monitoring to enhancing goods transportation, BT’s Drone SIM offers promising applications. The unlimited data plans and high-priority connectivity contribute to a safer drone usage while facilitating ultra-high definition video streaming from towering heights.
The GSMA’s recent State of Mobile Internet Connectivity Report reveals intriguing trends in global smartphone use. While a majority, about 57%, of the global populace now connects to the mobile internet, there’s a stark division in technology adoption. Most users in developed markets rely on 4G or even 5G-enabled devices, while developing regions substantially depend on older 3G and even 2G tech. Surprisingly, the pace of mobile internet user growth also appears to be decelerating. So, how can the world’s telecom industry respond to the challenges of this digital divide? An engrossing discussion waiting to happen at the upcoming Total Telecom Congress!
Anticipation builds as the international telecommunication industry readies for the 2023 Global Telecoms Awards, offering a glimpse of the brightest advancements in the sector. This year’s fierce competition promises a thrilling revelation on November 30th, stretching from top-shelf 5G innovations to groundbreaking strides in AI and sustainable telecom solutions. Coinciding with the awards, the Future Vision Executive Summit promises to stimulate discussion on pressing telecom industry topics. Don’t miss out, the future of telecommunications unfolds here.
Thierry Breton, Internal Market commissioner of the European Commission, is advocating for a unified European telecoms market, anticipating advancements in growth, innovation, and swift adaptability to emerging technologies. Arguing against the current market fragmentation, he believes regulatory easing on issues like spectrum acquisition could invite investors to support future networks. Simultaneously, telecom operators suggest cross-border consolidation as a potential path when local financial conditions improve.