So, if an operator plans to deploy lots of massive MIMO (mMIMO) configurations, that require more layer 1 processing, it makes sense to do that extra processing on a L1 accelerator card which is more cost- ef fective for layer 1 processing. In this case, the vDU will be limited by ...
Red Hat has been theleading contributorto the open source Kubernetes project. While Kubernetes is a community-maintained project, Red Hat has taken it a step further with OpenShift—a Kubernetes product built to be robust, scalable, and highly resilient. It offers a service provider-grade Kuberne...
{ "total": 1234, "ipv4": 1234, "ipv6": 0 }, "source": { "address": "1.2.3.4", "port": { "operator": "equals", "ports": [ 80, 443 ] } }, "destination": { "address": "2.3.4.5", "port": [ { "operator": "range", "ports": [ 80, 89 ] } ] } } ], "error...
Centralized control:In a vRAN deployment, the real-time lower-layer RAN processing takes place on the distributed unit (DU), with higher-layer functions on the central unit (CU), each with different latency requirements. It is possible to consolidate DU processing in a hub up to 20 km from...
Open vRAN Open Yes: Off-the-shelf hardware with all software-based RAN components, including vDU Cloud RAN Open Yes: Cloud-based off-the-shelf hardware with all software-based RAN components, including vDU Download the eBook, Make the Business Case for Open and Virtualized RAN, for a more ...