Translation of "Infrastructure layer" in German

The Evolved Programmable Network solutions are part of the infrastructure layer consisting of physical and virtual devices working together to form an end-to-end unified fabric for a programmable network.

In an IT environment that has been virtualized, the virtual infrastructure is a layer that consists of the shared pool of processors, storage, memory and other resources.

How your physical layer infrastructure can help mitigate risk and increase data security in today’s diverse and expanding enterprise network.

The Infrastructure & Resources layer 615 conceals any kind of user-specific implementation towards the upper layers, so that the remaining systems can be used optimally for different slices.

Components of the infrastructure and resources layer 615 are based on hardware and software or firmware that is needed for each operation and that is provided to the overlying layers as resource objects.

As the term “virtual” implies, the infrastructure and resources layer 615 provides the objects in the form of an “infrastructure as a service”, i.e. in an abstracted, virtualized form to the next higher layer.

It uses the objects of the infrastructure & resources layer 615 and adds additional functionality to these objects, for example in the form of (non-physical) software objects/VNFs (virtual network functions) to enable generation of any type of network slices and hence to provide a platform as a service to the next higher layer 613 .

Objects of infrastructure & resources layer 615, for example, include virtual machines, virtual links or connections and virtual networks, for example, virtual access node, virtual network nodes and virtual computer nodes.

It defines the network slices for a given application scenario, ties together the relevant modular network functions, assigns the relevant performance configurations, and maps all the resources for the infrastructure & resource layer 105 .

Components of the infrastructure & resource layer 105 are based on hardware and software or firmware required for the respective operation and in this process is provided as infrastructure & resource layer 105 to the above layers as a resource objects.

As already suggested by the concept “virtual”, the infrastructure & resource layer 105 provides objects in the form of “infrastructure as a service” 251, i.e. in an abstract, virtualized form of the layer one step above 104 .

The infrastructure & resource layer 105 obscures any type of user specific implementation with respect to the upper layers, so that the remaining systems can be used for various slices in the best way possible.

It uses the objects of the infrastructure & resource layer 105 and adds to its additional functionality in the form of (for example, non-physical) software objects/VNFs to enable creation of any type of network slices, and to provide this way a platform as a services of the layer one step higher 103 .

With seamless integration of data gathered by the Internet of Things (IoT), the city's underlying infrastructure layer can be managed and optimized.

As with every element in the network, the physical layer infrastructure is a critical part of proper planning against intrusion or other worst-case scenarios.

Thus the city's underlying infrastructure layer, such as energy, water, transportation, security, buildings, and healthcare, provides data that is fed into a common data layer in order to enable analytics and preventive as well as prescriptive measures.

However, over recent years it has been regularly reported in the press that a high proportion of network downtime is due to faults and mistakes at the physical (cabling) infrastructure layer.

Whether you’re building a new data center or combining traditional data center and central office functions in a single facility, your physical layer infrastructure must be designed to support the rapid growth in bandwidth.

Best practice data protection is essential all the way down the value chain, up to and including the infrastructure layer and the physical security inside data centres.

Forty additional authorities in South Tyrol are looking to follow suit and introduce blockchain as a new infrastructure layer for the entire IT landscape.

This infrastructure layer provides support for all heterogeneous servers and storage technology, such as standalone servers, blade servers, virtual machines and SAN and NAS environments.

From the structured cabling network to the multiple connected systems—like in-building wireless, building security and lighting—virtually every aspect of your building’s physical layer infrastructure plays a role in protecting lives and property.