Übersetzung für "Packet core" in Deutsch

It is advantageous when every straight portion of the polygon toroidal coil is enclosed by a core packet.

The high reliability of the Evolved Packet Core and base station together contributes to high availability.

Particularly the core surface regions which come in contact with corresponding counterfaces of other cores in order to form a core packet, thus retain their dimensions very accurately over a long service life and thus lead to a noticeable improvement in the quality of the resulting castings.

With rectangular lamp sockets this design provides the possibility, in connection with a rectangular polygon toroidal coil, by enclosing only the long straight portions of the polygon toroidal coil by one core packet respectively, of achieving a centre-point symmetrical external basic form of the adapter.

In one expedient embodiment, however, it is possible for only every second straight portion of the polygon toroidal coil to be surrounded by a core packet.

Also known from practice is the fact that the cores that are to be joined together to form a core packet are produced in a production line with a series of core shooters or shooting stations that incorporate a plurality of shot hoods, when the core packet has an additional core added to it at each shooting station that incorporates a shot hood.

In order to cast shaped pieces, casting cores are in most instances manufactured in separate parts, combined, and then joined together to form a casting mold or a core packet.

The project, to be implemented at the promoter's locations in Sweden and in Finland, includes the development of hardware and software for the Radio Access Network (RAN) and the Enhanced Packet Core (EPC) and for the next generation of transmission technologies.

The Brocade vEPC (virtual Evolved Packet Core) software solution that is powered by VMware eSXi 5.5 release software tested against the ng4t LTE simulator on industry-standard, high-volume servers.

In the GTB Telecom Innovation Awards “Mobile Infrastructure Innovation” category, the Brocade Virtual Evolved Packet Core (vEPC) and SmartSky Networks LLC were awarded for building a pioneering air-to-ground high-speed data service.

Mitelâ€TMs Packet Data Network Gateway (PGW) is 3GPP compliant Evolved Packet Core (EPC) network element, which anchors network mobility while functioning as the termination point of the packet data network interface towards internal and external Packet Data Networks (PDNs).

Virtualizing large network investments such as an Evolved Packet Core (EPC) dramatically reduces infrastructure costs and creates the agile environment necessary to quickly provide new services.

The following four pillars will become decisive in making 5G a success story.Integration: Existing broadband mobile and fixed-line access networks – including Wi-Fi, LTE, satellite and DSL – have to be integrated seamlessly into the high-performance 5G core network (5G Packet Core).Flexibility: Software-based technologies such as SDR (software-defined radio), SDN (software-defined networking) and NFV (network function virtualization) enable new programmable signal processing and network platforms, which allow network infrastructures to be created in the cloud with low-cost standard hardware.

The core packets 14 can also consist, as shown in FIG.

Apparatuses to manufacture core packets of the type under discussion herein are already known from numerous publications.

We use our machine to manufacture core packets and cast pieces at a local foundry.

The core packets can be made of planar sheet laminations 15 form locked on each other in the winding direction of the polygon toroidal coil 13 with combined U,L or I-shaped cross-sections) (cf. also the lefthand side of FIG. 6).

For the further simplification of production, it is advantageous to design the coil as a polygon toroidal coil, and the magnetic circuit consists of individual laminated core packets which surround the straight portions of the polygon toroidal coil on all sides with form locking, which contact each other or almost contact each other on an inscribed circle.

Thereby the core packets can consist expediently of sheet laminations superimposed on each other to be form locked in the winding direction of the coil with combined U, L or I-shaped cross-sections, or the core packets can consist of lamination packets superimposed on each other to be form locked transversely to the winding direction of the coil.

The toroidal coil 2 can be regarded as a limiting case of a polygon toroidal coil 13 with a very high angle number, whereby the core packets 14 then have only the length equalling the thickness of the laminations 9, as shown in FIG.

Alternatively the magnetic circuit can advantageously be designed so that the core packets consist of lamination packets superimposed on each other to be form locked transversly to the winding direction of the coil, combined with planar sheet laminations superimposed on each other to be form locked in the winding direction of the coil, having U,L or I-shaped cross-sections.

Then, in order to produce, for example, metal work pieces, these core packets are filled with molten metal, whereafter, in series production, the core packets that are to be filled with molten metal pass through the production line lined up one behind the other.

In order to further improve security, it may be expedient to additionally encrypt the communication via HTCP between wireless stations 10, 11 in order to prevent eavesdropping or corruption of the HTCP packets in the core network.

Such edge routers are connected to the switching nodes (core routers) in the core network and transfer the data packets between the core network and the connection network.

On one hand, high initial strengths are desired in order to be able to transport the cores or combine them into whole core packets without problems immediately after their production, and on the other hand, the final strengths should not be too great, in order to avoid problems during core disintegration after pouring, i.e., the mold base material should be able to removed from the casting mold cavities without problems immediately after casting.

On the one hand, high initial strengths are desirable, in order to be able to transport the cores without problem after their manufacture or to be able to assemble them into complete core packets, and, on the other hand, the final strengths should not be excessively high in order to prevent difficulties at the time of the disintegration of the core after the casting, i.e., it should be possible after the casting to remove the basic molding material without problem from the hollow spaces of the casting mold.

As an alternative to sheet metal packets, toroidal tape cores are employed that, however, exhibit the disadvantage compared to sheet metal packets that the coils required for the drive must be slipped on before closing the magnetic circuit.

It is also assumed that the computer PCB 1 has sent a series of data packets into the core network CORE in the recent past.