Available On Demand Digital business revolves around IT. Service providers are increasingly using integrated data and application programming interfaces (APIs) to better connect with their customers — and new revenue streams. Network equipment providers (NEPs) can do the same thing to boost their own business. Integrate data across your organization to gain greater insight into […]
Available On Demand Network Equipment Providers (NEPs) are engaged with communications service providers (CSPs) in a variety of areas. NEPs’ offerings for CSPs include custom hardware/systems, VM and container-based software applications and platforms, and value-added services including design, operations and support. For these dynamic and complex networks and offerings, the importance of automation has dramatically […]
This webinar is a dual broadcast Date: 8th October Click here to register for the 9AM broadcast (London BST), 10AM (Berlin CEST), 4PM (Beijing CST) Click here to register for the 5PM broadcast (London BST), 6PM (Berlin CEST), 12PM (New York EDT) This webinar uses a real case study from the first pervasive 5G network in Europe to examine the […]
Date: 26th September Time: 10am UK Time 5G networks deployments will offer greatly increased speeds and capacity, but will also require a significant increase of the number of antennas and demand high capacity transport networks. During this webinar, you will learn why fiber is an essential enabler of 5G transport and how to best cope […]
Date: 25th September Time: 5pm UK Time As both mobile networks and the number of connected devices grow, delivering consistently high network performance becomes increasingly difficult. Red Hat Consulting delivers supported open source technology that enables digital service providers to create solutions that increase automation and agility in network management and business operations, improving customer […]
Date: 17th September Time: 10am UK Time 5G is here — we’ve seen mobile and operator 5G NR Sub6 launches roll out across Europe in 2019. In addition to sub-6GHz frequencies, 5G NR is the first generation of wireless communication systems to use above millimetre wave (mmWave) — a set of higher frequency bands that […]
Network slicing enables operators to offer slices of networks with their own characteristics, such as guaranteed quality of service or defined low latency. This opens up opportunities to sell specific services to different groups / sectors. These can include untapped sectors such as enterprise IoT, healthcare, gaming and many more. Join this webinar to learn how template ‘blueprints’ can enable ease of setup and even automated realisation and monetisation of network slices
The global digital ecosystem is being re-defined around emerging technologies such as artificial intelligence, Internet of Things, blockchain, etc. These ecosystems add new dimensions to the increasing volume, speed and nature of data capture and advanced analytics capabilities. To get an edge, leading telcos are heavily investing in analytics engines and capabilities to get structured customer insights. This will help them to improve their core business by offering more targeted products and services and hence elevating the end customer experience. To delve deeper into this, join us for an informative webinar.
With the proliferation of 4G LTE across the globe and evolution of WiFi standards to support Gigabit connectivity in building (home, enterprise, high-density venues, etc.), there has been a steady rise in data consumption at the network’s edge. This demand for high bandwidth on the radio access has led to growing demand for high-bandwidth backhaul connectivity. The natural choice for backhaul connectivity has been fiber, and networks across the world are extending fiber reach to as close to the network edge as possible. But can a converged infrastructure or fiber++ bring better value to the end consumer and make case for a better economics?
In this webinar, we focus on how the partnership between ATOS and Red Hat is helping to raise the security bar even higher by providing a secure NFV foundation which leverages the ATOS Hardware Security Module (HSM) and Red Hat OpenStack Platform (OSP) for key management.
CommScope has been busy preparing for the next big thing in the mobile industry’s evolution – 5G New Radio (NR). Yet optimal radio access networks transition path remains unclear for many operators. In this webinar, we share our experience and insights and provide RF evolution strategies for successful 5G NR deployment.
As specifications for 5G continue to solidify, with early service launches in the market and the imminent arrival of 5G-capable smartphones, attention has now shifted to the question of how to make money from the ‘next G.’ In this webinar, we focus on how 5G will act as a catalyst for a new wave of monetization innovation by opening up unique opportunities and driving incremental value throughout the telco business model.
In this webinar we will review key measurements and performance indicators that can help address initial problems occurring when deploying and testing a 5G New Radio network in the field – from interference to optimal coverage and from signal carrier to beam level.
It’s no secret that network functions virtualization (NFV) holds great promise for telecommunications service providers. NFV helps businesses move beyond traditional, proprietary hardware to achieve greater efficiency and agility, while reducing operational costs.
Every stage of a network’s lifecycle, from planning, rollout, to maintenance and restoration, needs to be built on solid data from multiple dimensions. This includes data not only from the services providers but also from their engineering, construction, and equipment vendors. A “geospatial data model” of the core information is critical to the successful management of assets throughout the “life-of-the-network”. Therefore, all the parties involved in the network lifecycle management should collaborate to acquire and maintain physical network data to build workflows and adopt technology that enables speed and accuracy.
Visibility, control, security and maintaining governance and compliance are all critical for managing your infrastructure — for virtual networking and operations. However, these are becoming more difficult and time consuming as your infrastructure evolves to a mix of bare metal, virtual, cloud and container environments. How can you maintain security, governance, compliance and reduce risk amid this growing complexity?
The roll out of 5G NR will initiate a worldwide deployment in an unknown radio environment where unwanted transmitters can degrade end user QoE and in some cases cause outages of critical services. Prior to deployment, operators need to ensure the radio environment is free from interference by conducting spectral clearance and interference hunting. This webinar defines the particular challenges of 5G NR, highlights a robust approach to prepare the spectrum and shares real field data at 3.5GHz and 28GHz.
As networks get smarter, network infrastructure needs to get simpler. Once IoT applications scale up, the number of connected devices will increase exponentially, making infrastructure provisioning increasingly complex.
This webinar looks to take you behind the scenes of Red Hat’s Open Innovation Labs to understand how our telco customers can jump start cloud native development teams on Red Hat platforms.
This webinar will discuss how operators can create new values by upgrading from traditional cybersecurity methods to artificial intelligence based security solutions. The stake is very high, as if operators fail the security test, it will be more than financial loss they will suffer from.
Indian government backpedals over operator fees https://t.co/qAyvNyW7No #Operator #Regulation
23 January 2020 @ 17:33:04 UTC
UK officials reportedly set to recommend a limited role for Huawei in UK 5G https://t.co/FqUwkCaycE #5G #Security
23 January 2020 @ 12:53:03 UTC
Smartphone democracy precedent to be set in Seattle https://t.co/LH5QvaKBPd #ContentApplications #HandsetsDevices
23 January 2020 @ 11:22:32 UTC
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