In this technical paper, we analyze the architecture, semiconductor technology, and RF front-end (RFFE) design needed to deliver mmWave FWA services. Discussing topics such as: Scan-angle requirements, Tradeoffs of Hybrid-beamforming versus All-Digital Beamforming for the Base Transceiver Station (BTS),Analyze BTS semiconductor technology and RF front-end components, and Gallium-Nitride on Silicon Carbide (GaN-on-SiC) front-end modules (FEMs) designed specifically for the 5G FWA https://goo.gl/b35qJd
Nokia Signs Frame Agreements Worth Over EUR 2B with 3 Chinese Operators
Nokia has signed three separate frame agreements worth a combined value of more than EUR 2 billion with China Mobile, China Telecom and China Unicom. https://goo.gl/gtvmmQ
Distributed Event-Driven Infrastructure to Augment Your Existing API Architecture
The latest Streamdata.io Distribute™ release has a number of new features, but one of the most significant shifts for the product is the move to be a containerized solution over just being a SaaS solution. We feel this shift represents where the API infrastructure space has been headed for a while now. While we still need a SaaS solution to help folks get up and running quickly, having a containerized solution reflects how API infrastructure will be delivered, scaled, and allow companies to deliver seamless API-driven solutions across their operations.
The latest release of Streamdata.io event-driven infrastructure, which we now call “Distribute,” can be deployed as a Docker container. Allowing our streaming infrastructure to be deployed alongside existing infrastructure, and controlled using microservices. All the features of the new solutions are available through a set of management APIs, allowing for orchestration of the entire platform, and seamless integration with existing API infrastructure. Dramatically shifting how you can put Streamdata.io to work within the enterprise, augmenting your existing API infrastructure with event-driven solutions. https://goo.gl/46DX7j