Powering the decentralised global IoT data network

whitePaper | January 17, 2023

5G expansion is continuing throughout the world, with networks providing new communication capabilities and services that are set to transform society. The next wave of development is now taking place through 5G Advanced, with improved capabilities in the areas of enhanced Mobile Broadband (eMBB), ultra-reliable low latency communication (URLLC), and massive Machine Type Communication (mMTC).

whitePaper | May 17, 2022

Currently, traditional RAN vendors are delivering to operators a ready for deployment RAN solution, which is already fully tested and pre-integrated in their own facilities. Each vendor manages its own lab and testing resources, so that the associated overhead in integration complexity is transparent to the operator. Hardware and software are tied, and product roadmap is built according to 3GPP specifications for radio functionalities. Logical interfaces between subsystems of the radio site are proprietary defined, so no interoperability between different vendors is possible.

whitePaper | February 10, 2020

Deepwave Digital has leveraged the Artificial Intelligence Radio Transceiver (AIR-T) to create the first deep learning sensor for a 5G network. This network, the Citizens Broadband Radio Service (CBRS), will be the first spectrum sharing service provided by the telecommunications industry that leverages real time RF sensing. Critical to the operation of CBRS is the ability to determine if priority users are active on specific frequency channels. When no priority users are present, the spectrum may be reallocated for commercial networks to provide new enterprise services or additional bandwidth to existing services.

whitePaper | April 19, 2021

The 5G vision, outlined in successive NGMN White Papers [1,2] sets out a framework for enabling digital transformation for society and across industry, with a wide range of use cases and associated requirements. Commercial deployments of 5G are now progressing around the globe, delivering new capabilities and improved performance for customers. For Mobile Network Operators (MNOs), a set of features that underpin 5G, including disaggregation, softwarization, cloud-native design and operation, autonomous and distributed computing and intelligence, and a multiaccess composable core, are enabling new technologies and business models.

whitePaper | October 1, 2022

Mobile communications has brought about profound changes in people's lives. In order to cope with a burst of traffic growth in 2020, the industry is witnessing the arrival of massive device connections, and emerging new services and scenarios, and celebrating the fifth generation of mobile communications.

whitePaper | June 21, 2021

The disaggregation of optical networks will bring numerous benefits to service providers including enabling best-in-class innovation for each network element or sub-system; freedom from vendor lock-in enabling solution flexibility and price competition; and staggered network evolution. For example, a faster cycle for transmission subsystems with a longer life for optical line systems. Most service providers are pursuing one of two approaches to building disaggregated optical networks. The Partially Disaggregated and the Fully Disaggregated approach. This paper explains the benefits of both and how service providers can reap the rewards of disaggregated networks regardless of which approach they choose.