40results about How to "Increase the number of ports" patented technology

There is provided port switches SWP1 to SWP4, fabric switches SWF1 and SWF2, and user switches SWU1 and SWU2, the port switches SWP1, SWP2 functioning logically as one switch by being connected with a shared communication line between redundancy ports Pr. The port switch SWP2 may receive frames from the user switch SWU1, and when the frames are to be originally transferred from a port P1 to the fabric switch SWF1, the frames are transferred though the redundancy port Pr to the port switch SWP1 if there is a fault on the port P1 side. The port switch SWP1 transfers the frames received from the port switch SWP2 through the redundancy port Pr to the fabric switch SWF1 that is the original transfer destination.

A semiconductor device comprising one or more diffused memories and one or more diffused regions. The one or more diffused regions may be configured to provide one or more ports for the one or more diffused memories.

An infrared laser source system that combines laser emitters through an optical waveguide. Each emitter is coupled to a port of the optical waveguide and the waveguided signal is combined to provide a spatially combined laser source with a single common exit aperture. The materials used for waveguiding allow the propagation of wavelengths in the infrared. The system can be used for combining multiple laser emitters to increase the total output power and / or for combination of multiple emitters with different wavelength for increased spectral coverage out of the laser system.

The present invention discloses a router stacking method, a system and an apparatus based on fast peripheral equipment interconnecting PCIe exchange architecture. The method comprises the following steps: initializing non-transparent bridge NT port under the PCIe switch of a first router, the PCIe switch of the first router connects with the PCIe switch of a second router by the NT port; and realizing message interaction between the first router and the second router. The router stacking method based on PCIe exchange architecture stacks two or more PCIe exchange architecture routers into a more high-end router system which has more ports and greatly-improved process ability, and is applied to higher-required networking environment.

The invention provides an Ethernet bridge or router comprising a network fabric adapted to provide interconnectivity to a plurality of Ethernet ports, each of the Ethernet ports being adapted to receive and / or transmit Ethernet frames, and wherein the Ethernet bridge or router further comprises an encapsulator connected to receive Ethernet Protocol Data Units from the Ethernet ports, wherein the encapsulator is operable to generate a Fabric Protocol Data Unit from a received Ethernet Protocol Data Unit, the Fabric Protocol Data Unit comprising a header portion, and a payload portion which comprises the Ethernet Protocol Data Unit concerned, and wherein the encapsulator is operable to transform Ethernet destination address information from the Ethernet Protocol Data Unit into a routing definition for the network fabric, and to include this routing definition in the header portion of the Fabric Protocol Data Unit. Also provided is a method of data delivery across a network.

Provided are a wavelength selective switch device, a communication device, and a wavelength switching method. The wavelength selective switch device includes: an incident unit, including a plurality of incident lights; an exit unit, including a plurality of outgoing lights; a wavelength dispersion synthesis unit, which disperses and multiplexes each incident light in the first axial direction according to the wavelength; a light control unit , used to make the light of each wavelength dispersed on the first axis not to disperse on the second axis; the liquid crystal beam deflection unit, wherein a plurality of pixels are divided into sub-regions respectively corresponding to each wavelength, by changing the sub-region The phase shift characteristics of the pixels in the area are used to deflect the light of each wavelength; the reflection unit is arranged in parallel with the liquid crystal beam deflection unit; the deflection drive unit drives the electrodes of the pixels in each sub-area to generate the required phase shift characteristics, thereby deflecting the light entering the respective sub-regions. In the technical solutions according to the embodiments of the present application, the number of ports of the wavelength selective switch device is greatly increased.

The invention discloses a method, a device and a system for packet switching, and belongs to the field of packet switching. The method comprises the following steps: receiving an original switching request sent by an uplink switching module; copying the original switching request to obtain a plurality of switching requests, arbitrating the switching requests according to the states of ports connected to a vertical-horizontal cross switching module and a downlink switching module, outputting the obtained arbitration result to the uplink switching module; receiving cells sent by the uplink switching module; and according to the arbitration result, forwarding the cells to the downlink switching module. The device comprises an input request processing module, an arbitration module and an output permission processing module. The method, the device and the system have the advantages of realizing the intercommunication between the packets, expanding the number of ports of the packet switching system, enhancing the switching capacity, simultaneously being compatible with the original SM system, and reducing the cost of the switching system, along with strong expandability.

The invention discloses a method of structuring a multiport asynchronous storage module and relates to buffer storage and interchange of multichannel parallel data in the process of data interchange and processing. The method of structuring the multiport asynchronous storage module aims at solving the problem that in the process of design of a current semi-custom integrated circuit, a used storer of a technological library just has two types of single ports or double ports and can not meet certain situations of high data throughput rates. An addressing manner of address decoding control partitioning reading and writing is adopted by a plurality of double-port type storers in the technological library to structure the multiport asynchronous storage module, so that the aim that a simple port storage module is structured to the multiport storage module is achieved, and the requirement for the high data throughput rates is reached. The method of structuring the multiport asynchronous storage module has the advantages of flexibly expanding capacity and available access ports of the storer according to design requirements, reducing design difficulty, and shortening development time. Relative to a full-custom multiport storer, the method of structuring the multiport asynchronous storage module has the advantages of being good in flexible performance, high in reliability, small in design risk and the like.

A port switch includes ports that are to serve as communication sources of communication lines extending to a plurality of fabric switches, and sets a link aggregation for the ports. The port switch further includes a fabric switch table indicating a correspondence relationship between each of the addresses of the fabric switches and the corresponding one of the ports. When the port switch receives a frame from a terminal, the port switch detects a destination address in the frame, determines, if the destination address is one of the addresses in the fabric switch table, a port corresponding to the one of the addresses, on the basis of the fabric switch table to transfer the frame from the port.

A communication system and a network relay device capable of improving failure tolerance are provided. For example, three port switches, fabric switches, and user switches are provided, and two of the port switches configure a multi-chassis link aggregation device. Each of the fabric switches detects the number of the port switches (for example, two switches) connected without failure while logically regarding the port switches configuring the multi-chassis link aggregation device as one switch, and transmits the number of the switches (two switches) from three ports. Each of the port switches sets a link aggregation group for two of the ports which have received the largest number of the switches (two switches).

The invention discloses a method, a device and a system for transmitting and receiving service data. A transmitting terminal encapsulates service data to be transmitted into GEM frames in a passive optical network encapsulating mode and transmit the encapsulated GEM frames to optical fibers for transmission, wherein the GEM frames comprise service type identifiers which indicate the types of service data; accordingly, a receiving terminal receives the GEM frames and decapsulates the GEM frames to obtain the service data and the service type identifiers of the service data; and the receiving terminal identifies the service types of the service data according to the service type identifiers and carries out service processing corresponding to the service types. The method for encapsulating the service data comprises the steps: allocating the service data to be transmitted into a payload field; adding an internal field carrying port identifiers on the basis of the payload field; and addingexternal GEM frame headers carrying port identifiers on the basis of the internal field, thus the port identifiers carried by the external GEM frame headers and the port identifiers carried by the internal field together identify the port information of the service data.

There is provided port switches SWP1 to SWP4, fabric switches SWF1 and SWF2, and user switches SWU1 and SWU2, the port switches SWP1, SWP2 functioning logically as one switch by being connected with a shared communication line between redundancy ports Pr. The port switch SWP2 may receive frames from the user switch SWU1, and when the frames are to be originally transferred from a port P1 to the fabric switch SWF1, the frames are transferred though the redundancy port Pr to the port switch SWP1 if there is a fault on the port P1 side. The port switch SWP1 transfers the frames received from the port switch SWP2 through the redundancy port Pr to the fabric switch SWF1 that is the original transfer destination.

The present application provide a reference signal transmitting method, including: notifying a User Equipment (UE) of a grid index and a reference signal port index of the UE, wherein a coverage area of a base station is divided into grids, the grid index of the UE is an index of a grid where the UE is located; generating a reference signal based on the grid index; and transmitting the reference signal on corresponding time-frequency resources based on the grid index and the reference signal port index. The present application further provides a corresponding reference signal transmitting apparatus, and a scheduling method and apparatus. According to the technical solution provided by the present application, it is possible to increase the number of ports that the system can support at the same time with low reference resource overhead, and to ensure that the interference of the reference signal is controllable and eliminable, thereby ensuring transmission reliability.