CN106375098A - Bandwidth integration network device, motherboard and network card - Google Patents
Bandwidth integration network device, motherboard and network card Download PDFInfo
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- CN106375098A CN106375098A CN201510429955.3A CN201510429955A CN106375098A CN 106375098 A CN106375098 A CN 106375098A CN 201510429955 A CN201510429955 A CN 201510429955A CN 106375098 A CN106375098 A CN 106375098A
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Abstract
The invention provides a bandwidth integration network device, a motherboard and a network card. The bandwidth integration network device comprises a plurality of first connection ports, at least one second connection port, and a processing circuit. The first connection ports are connected to at least one internet provider by using at least one network access technology and carry out packet data transmission according to a plurality of first bandwidths, wherein the first bandwidths correspond to the first connection ports respectively and are designated by the internet provider. The sum of the first bandwidths corresponding to the first connection ports respectively represents a combined bandwidth. The second connection port carries out packet data transmission according to at least one second bandwidth corresponding to the second connection port. And the processing circuit converges the first bandwidths to configure the second bandwidth of the second connection port.
Description
Technical field
The present invention relates to a kind of network equipment, and particularly to a kind of frequency range integration networkses device, motherboard with
Network card.
Background technology
Access the Internet has become a part for modern's daily life.People access the Internet so as to do shopping,
Chat, pay taxes or make friends.More and more many services can provide via network.In the past, people via
Phone is talked to each other, and nowadays people can talk by network connectivity.Even TV all can be via net at present
Network line is broadcast.People are via network service supplier (internet service provider, isp)
Provider network access the Internet.Application with the Internet is more and more wide, the loading of provider network
Also more and more big with the traffic flow of network.In general, Internet service provider can select according to user
Rate provides limited transmitting bandwidth.
Additionally, in order to allow the network equipment of more than can use network service, in general family or company
All it is equiped with to share the network sharing device of network, seem network sharing device, the network switch, wirelessly
Network access point or router etc., with allow connect to network sharing device the multiple stage network equipment can be based on single
The network service that Internet service person is provided is surfing the Net.However, being provided it in single Internet service person
Under the limited situation of frequency range, these network equipments can occur not enough the showing of frequency range because of sharing frequency range
As.If additionally, there is shakiness, have some setbacks or fault in the network connectivity that single Internet service person is provided
Situation, these network equipments also will be unable to swimmingly access network.
Content of the invention
In view of this, it is an object of the invention to provide a kind of frequency range integration networkses device, motherboard and network
Card, can avoid because sharing the network service generation problem that limited frequency range or single Internet service person are provided
And cannot smoothly access network, thus lift the fluency of network access.
The present invention proposes a kind of frequency range integration networkses device, it include multiple first connectivity ports, at least 1 the
Two connectivity ports and a process circuit.These first connectivity ports are connected using at least one network access technology
To at least one the Internet supplier (internet service provider, isp), and according to respective
Multiple first frequency ranges corresponding to the first connectivity port receive at least one download packet or send at least one upload
Package.Corresponding first frequency range in each first connectivity port one of them connected by each first connectivity port
The Internet supplier is assigned one of them, and the summation of the first frequency range is to merge frequency range.Process circuit couples
First connectivity port, and converge the first frequency range to configure at least one second frequency range according to merging frequency range, second
The summation of frequency range is to merge frequency range.Second connectivity port couples this process circuit, is configured according to process circuit
Second frequency range receive at least one download packet or send at least one upload package.
In one embodiment of this invention, above-mentioned process circuit passes through the second connectivity port reception from main frame
The order package at end, and order package is sent to the first connectivity port.Process circuit passes through the first connection end
Mouth receives the multiple data packets returning in response to order package, and process circuit will be associated with identical life
The data packet making package is sent to one of second connectivity port, causes host side to utilize the Internet supply
The first frequency range receiving data package that person is assigned.
In one embodiment of this invention, above-mentioned process circuit recognize that the first connectivity port each connects because
Whether special net supplier is identical.If the first connectivity port connects to identical Internet service provider, process
Circuit passes through the first connectivity port, and one of them sends order package and passes through the first connectivity port receiving data
Package.If the first connectivity port connects to different Internet service provider, process circuit passes through first even
Connect port therein at least two to send order package and pass through the first connectivity port receiving data package.
In one embodiment of this invention, the network access technology that the first above-mentioned connectivity port is utilized is phase
Same or different.Network access technology includes digital customer loop (digital subscriber line, xdsl)
Network access technology, cable (cable) network access technology, optical fiber (fiber to the x) network
Access technology, wireless fidelity (wireless fidelity, wifi) network access technology are logical with mobile
One of news network access technology or a combination thereof person.
In one embodiment of this invention, access skill when above-mentioned network access technology includes mobile communication network
Art, the first connectivity port therein at least connects to subscriber identification module card (sim card).
In one embodiment of this invention, each self-corresponding second frequency range in the second above-mentioned connectivity port identical or
Different, and the transmission that process circuit is sent according to package flow or second connectivity port of the second connectivity port
The data type of package is configuring the second frequency range.
In one embodiment of this invention, above-mentioned the Internet supplier assigns a little first frequencies according to user right
Width, and the first frequency range is identical or different.
The present invention proposes a kind of motherboard, and it includes multiple first connectivity ports, process circuit, the second connection
Port, and chipset.First connectivity port is connected at least one because of spy using at least one network access technology
Net supplier, and receive at least one download according to multiple first frequency ranges respectively correspond toing the first connectivity port
Package or transmission at least upload package.Corresponding first frequency range in each first connectivity port one of them be by each
The Internet supplier that first connectivity port is connected is assigned one of them, and the summation of the first frequency range is to close
And frequency range.Process circuit couples the first connectivity port, and converges the first frequency range.Second connectivity port, couples
Process circuit simultaneously receives this at least one download packet according to the second frequency range or sends this at least one upload package, its
In the second frequency range be merge frequency range.Chipset couples the second connectivity port, to receive via the second connectivity port
Download packet or transmission upload package.
In one embodiment of this invention, the second above-mentioned connectivity port includes supporting the advanced Technical Appendix of tandem
(serial advanced technology attachment, sata) specification, acceleration version perimeter component
Interconnection (peripheral component interconnect express, pcie) specification, or periphery
Assembly interconnects the data transmission interface of (peripheral component interconnect, pci) specification.
The present invention proposes a kind of network card, and it includes multiple first connectivity ports, process circuit, and second
Connectivity port.First connectivity port is connected at least one the Internet supply using at least one network access technology
Person, and receive at least one download envelope according to multiple first frequency ranges respectively correspond toing those the first connectivity ports
Bag or transmission at least upload package.Corresponding first frequency range in each first connectivity port one of them be by each the
The Internet supplier that one connectivity port is connected is assigned one of them, and the summation of the first frequency range is to merge
Frequency range.Process circuit couples the first connectivity port, and converges the first frequency range.Second connectivity port couples process
Circuit, receives download packet according to the second frequency range or sends upload package, the wherein second frequency range is to merge frequency range.
Based on above-mentioned, the frequency range integration networkses device of the present invention can merge one or more the Internets supplier and be supplied
The frequency range answered, interest concessions frequency range integration networkses device accesses the frequency range increasing that the network equipment of network can use
Plus.So, a large amount of frequency range of single network hold facility can be avoided and lead to other network equipments cannot smoothly on
Net.In addition, the motherboard of the present invention also can merge, with network card, the frequency range that multiple the Internet suppliers are supplied,
The spendable frequency range of host side can effectively be lifted.In addition, by using multiple the Internet supplier institutes
The network service providing and frequency range, the present invention can avoid single Internet service person to occur problem to lead to user
Cannot be using the situation of network equipment online.
Describe the present invention below in conjunction with the drawings and specific embodiments, but not as to the present invention's
Limit.
Brief description
Fig. 1 is the schematic diagram according to the frequency range integration networkses device depicted in one embodiment of the invention；
Fig. 2 is the schematic diagram according to the frequency range integration networkses device depicted in one embodiment of the invention；
Fig. 3 is the schematic diagram according to the frequency range integration networkses device depicted in one embodiment of the invention；
Fig. 4 is the schematic diagram according to the motherboard depicted in one embodiment of the invention；
Fig. 5 is the schematic diagram according to the network card depicted in one embodiment of the invention.
Wherein, reference
10th, 40,70: frequency range integration networkses device
101_1～101_n, 401_1～401_2,701_1～701_3,110_1～110_2,411_1～412_1:
First connectivity port
103_1～103_p, 403_1～403_2,703_1～703_5,41: the second connectivity ports
102nd, 402,702,112,412: process circuit
20th, 60_1～60_2,90_1～90_4: host side
30_1～30_m, 50_1～50_2,80_1～80_2,12_1～12_2,42_1～42_2: the Internet supplies
Ying Zhe
11: motherboard
113: data transmission interface
114_1: chipset
413: network card
Specific embodiment
Below in conjunction with the accompanying drawings the structural principle and operation principle of the present invention is described in detail:
With detailed reference to this one exemplary embodiment, the example of described one exemplary embodiment is described in the accompanying drawings.
Fig. 1 is the schematic diagram according to the frequency range integration networkses device depicted in one embodiment of the invention.Refer to
Fig. 1, frequency range integration networkses device 10 include multiple first connectivity port 101_1～101_n, at least 1
Two connectivity port 103_1～103_p and process circuit 102, wherein n is the integer (n more than or equal to 2
2) and p is the integer (p 1) more than or equal to 1.First connectivity port 101_1～101_n is using extremely
A few network access technology connect to one or more the Internets supplier (internet service provider,
Isp) 30_1～30_m, wherein m be more than or equal to 1 and less than or equal to n integer (n m 1).
The Internet supplier 30_1～30_m determines and assigns the first connectivity port 101_1～101_n each self-corresponding
First frequency range, and the first connectivity port 101_1～101_n is according to respectively correspond toing the first connectivity port
Multiple first frequency ranges of 101_1～101_n carry out packet data transmission, and above-mentioned packet data transmission includes connecing
Receive at least one download packet or send at least one upload package.That is, the first connectivity port
The wideband resource that first frequency range of 101_1～101_n is provided by the Internet supplier 30_1～30_m, the
The package flow that one connectivity port 101_1～101_n can transmit is lifted with the increase of respective first frequency range.
In an application situation, the Internet supplier 30_1～30_m generally determines according to paying and the selection of user
Great first frequency range is provided surely.That is, the Internet supplier 30_1～30_m is according to user right
Assign these the first frequency ranges, and these first frequency ranges can be identical or different.
Hold above-mentioned, each first connectivity port 101_1～corresponding first frequency range of 101_n one of them be by
One of them institute of the Internet supplier 30_1～30_m that each first connectivity port 101_1～101_n is connected
Assign, and the summation of these the first frequency ranges is a merging frequency range.In the present embodiment, the first connectivity port
101_1 connects to the Internet supplier 30_1, and the first connectivity port 101_1 is according to the Internet supplier
The first frequency range that 30_1 determines carries out packet data transmission.First connectivity port 101_2 connects to the Internet
Supplier 30_2, and the first frequency range that the first connectivity port 101_2 determines according to the Internet supplier 30_2
Carry out packet data transmission.Similar, the first connectivity port 101_n connects to the Internet supplier 30_m,
And first connectivity port 101_n according to the Internet supplier 30_m determine the first frequency range carry out packet data
Transmission.However, the present invention is not restricted to this, in another embodiment, the first connectivity port 101_1
Can be connected to identical because of spy by different special line (leased line) with the first connectivity port 101_2
Net supplier 30_1.For example, as network tenant as the Internet supplier 30_1 applies for two adsl
Special line, then the first connectivity port 101_1 and the first connectivity port 101_2 can pass through identical the Internet access
Technology simultaneously transmits package using each self-corresponding first frequency range respectively.
That is, the first connectivity port 101_1～101_n can be utilized at least one network access technology to connect
To one or more the Internets supplier 30_1～30_m, the first connectivity port 101_1～101_n is utilized
Network access technology can be identical or different, and the present invention is not intended to limit to this.According to the first connectivity port
The network access technology that 101_1～101_n is used, the first connectivity port 101_1～101_n can support not
Same network entity interface.For example, the first connectivity port 101_1～101_n can include supporting
The adapter of rj45, optical fiber or hybrid optical fibre-coaxial cable (hybrid fiber coax, hfc), and
First connectivity port 101_1～101_n may also comprise support wireless fidelity (wireless fidelity, wifi)
Or the wireless network module of 3g mobile communication, but the present invention is not restricted to this.
Relative, above-mentioned network access technology may include digital customer loop (digital subscriber
Line, xdsl) network access technology, cable (cable) network access technology, optical fiber (fiber to the
X) network access technology, wireless fidelity network access technology and mobile communication network access technology wherein it
One or a combination thereof person, but the present invention is not restricted to this.It is noted that in an embodiment, working as net
Network access technology is mobile communication network access technology (such as 3g), the first connectivity port 101_1～101_n
Therein at least one will connect to subscriber identification module card (sim card) accessed with receiving 3g signal to
The Internet supplier of subscriber identification module card is provided.
In the present embodiment, the summation of each self-corresponding first frequency range of the first connectivity port 101_1～101_n
For merging frequency range.For example it is assumed that the first connectivity port 101_1～101_n each self-corresponding first frequency
Wide identical and be all 2g bit/second (bps), then merging frequency range is (2g*n) bit/second, but the present invention
It is not restricted to this.It is assumed that the first connectivity port 101_1～101_n is each self-corresponding in another example
First frequency range be b1, b2, b3 ..., bn, then merge frequency range be (b1+b2+b3+ ...+bn) position
Unit/second.
Process circuit 102 couples the first connectivity port 101_1～101_n and the second connectivity port
103_1～103_p, and converge every one first frequency range corresponding to the first connectivity port 101_1～101_n with according to
To configure at least one second frequency range according to merging frequency range.That is, process circuit 102 can configure the second connection
Each self-corresponding second frequency range of port 103_1～103_p.Wherein, the second connectivity port 103_1～103_p
The summation of each self-corresponding second frequency range is aforesaid merging frequency range.Base this, the second connectivity port
103_1～103_p receives according to the second frequency range respectively correspond toing the second connectivity port 103_1～103_p and downloads
Package or transmission upload package.In the present embodiment, host side 20 connects the second connectivity port 103_1,
And host side 20 passes through the second connectivity port 103_1 and utilization is corresponding to the of the second connectivity port 103_1
Two frequency ranges carry out packet data transmission.It is appreciated that connecting the second connectivity port 103_1～103_p
Host side (such as host side 20) still multiple first frequency ranges can be merged based on process circuit 102 and can make
Access network with higher merging frequency range.For example it is assumed that merging frequency range is (2g*n) bit/second,
The spendable average frequency range of host side then connecting the second connectivity port 103_1～103_p can be promoted to
(2g*n/p)bps.Additionally, when as the Internet supplier 30_1～30_m, one of them occurs problem, even
The host side (such as host side 20) meeting the second connectivity port 103_1～103_p still can not had using other
The Internet supplier of fault is accessing network.
It is noted that in the present embodiment, process circuit 102 can pass through the second connectivity port
103_1～103_p receives the order package from host side (such as host side 20), and order package is sent
To the first connectivity port 101_1～101_n connecting different the Internet supplier.Above-mentioned order package in order to
Ask downloading data to a servomechanism or other network equipments.In an embodiment, when process circuit 102
When receiving the order package that host side 20 sends, order package can be sent to each by process circuit 102
First connectivity port 101_1～101_n, with the network being provided by the Internet supplier 30_1～30_m
Service carrys out the data of download host end 20 request.Afterwards, process circuit 102 passes through the first connectivity port
Multiple data packets that 101_1～101_n reception returns in response to same order package, process circuit 102
The data packet being associated with identical order package is merged and is sent to the second connectivity port
One of 103_1～103_p, causes the host side 20 sending out order package can receive order envelope
Wrap asked partial data.
Specifically, in an embodiment, process circuit 102 more can recognize the first connectivity port
Whether the Internet supplier 30_1～30_m that 101_1～101_n each connects is identical.For being connected to
First connectivity port of one the Internet supplier, order package only need be sent to connection by process circuit 102
One of first connectivity port of same the Internet supplier.Specifically, process circuit 102 identification the
Whether the Internet supplier 30_1～30_m that one connectivity port 101_1～101_n each connects is identical.If
First connectivity port 101_1～101_n connects to identical Internet service provider, process circuit 102
By the first connectivity port 101_1～101_n, one of them sends order package and passes through the first connectivity port
101_1～101_n receives multiple data packets.On the other hand, if the first connectivity port 101_1～101_n
Connect to different Internet service provider, process circuit 102 passes through the first connectivity port
101_1～101_n therein at least two sends order package and passes through the first connectivity port 101_1～101_n
Receiving data package.So, connect host side (the such as host side of the second connectivity port 103_1～103_p
20) can be downloaded using the frequency range that multiple the Internet supplier 30_1～30_m each provide or upload data.
Fig. 2 is the schematic diagram according to the frequency range integration networkses device depicted in one embodiment of the invention.Need to first say
Bright, Fig. 2 will be with two the first connectivity ports (n=2), two the second connectivity ports (p=2) and two
Illustrate as a example the Internet supplier (m=2), but the present invention is not limited thereto.Refer to Fig. 2, frequently
Wide integration networkses device 40 includes the first connectivity port 401_1～401_2, process circuit 402, and second
Connectivity port 403_1～403_2.Frequency range integration networkses device 40 is, for example, ip Wireless Router, switch, road
Network-connectivity is had by device etc. and the electronic installation to the multiple stage network equipment for the network can be shared.First connection
Port 401_1～401_2 is respectively connecting to different the Internet supplier 50_1～50_2, and the second connection end
Mouth 403_1～403_2 is respectively connecting to host side 60_1～60_2.It is whole that host side 60_1～60_2 passes through frequency range
Close network equipment 40 and use the network service that the Internet supplier 50_1～50_2 provided to access network.
So, the first connectivity port 401_1～401_2 carries out package number according to each self-corresponding first frequency range
According to transmission, and the summation of the first above-mentioned frequency range is to merge frequency range.Second connectivity port 403_1～403_2
Carry out packet data transmission according to the second frequency range respectively correspond toing the second connectivity port.Process circuit 402
Couple the first connectivity port 401_1～401_2 and the second connectivity port 403_1～403_2, and converge first even
Connect first frequency range of port 401_1～401_2 to configure second frequency of the second connectivity port 403_1～403_2
Wide.Wherein, the summation of the second frequency range is to merge frequency range.Base this, host side 60_1～60_2 can pass through frequency range
Integration networkses device 40 and the network service that simultaneously provided using the Internet supplier 50_1～50_2.
It is noted that each self-corresponding second frequency range of the second connectivity port 403_1～403_2 can be
Identical or different.In an embodiment, process circuit 402 can be according to the second connectivity port 403_1～403_2
Package flow or the data type of transmission package that sent of the second connectivity port 403_1～403_2 joining
Put corresponding second frequency range.Specifically, process circuit 402 can each second connectivity port of mean allocation
The frequency range flow of 403_1～403_2.Or, process circuit 402 can be according to the second connectivity port
The each self-corresponding package flow of 403_1～403_2 and determine a package flow proportional, and according to package flow-rate ratio
Example is configuring each self-corresponding second frequency range of the second connectivity port 403_1～403_2.Or, process circuit
402 can configure corresponding second frequency range according to the data type of transmission package.For example, electric when processing
Road 402 finds that the second connectivity port 403_1 is transmitting the package for delay-sensitive, process circuit 402
Configurable the second larger frequency range gives the second connectivity port 403_1.
Fig. 3 is the schematic diagram according to the frequency range integration networkses device depicted in one embodiment of the invention.Need to first say
Bright, Fig. 3 will be with three the first connectivity ports (n=3), six the second connectivity ports (p=6) and two
Illustrate as a example the Internet supplier (m=2), but the present invention is not limited thereto.Refer to Fig. 3, frequently
Wide integration networkses device 70 includes the first connectivity port 701_1～701_3, process circuit 702, and second
Connectivity port 703_1～703_5.Frequency range integration networkses device 70 is, for example, ip Wireless Router, switch, road
Network-connectivity is had by device etc. and the electronic installation to the multiple stage network equipment for the network can be shared.First connection
Port 701_1～701_3 is respectively connecting to different the Internet supplier 80_1～80_2, and the second connection end
Mouth 703_1～703_5 is respectively connecting to host side 90_1～90_4.It is whole that host side 90_1～90_4 passes through frequency range
Close network equipment 70 and use the network service that the Internet supplier 80_1～80_2 provided to access network.
Specifically, in the present embodiment, the first connectivity port 701_1～701_2 connect to identical because
Special net supplier 80_1, and network is accessed by different special lines.Additionally, in the present embodiment, the
Two connectivity port 703_4～703_5 includes supporting the wireless communication module of wifi agreement, causes host side 90_4
Can reach an agreement on to access network by wifi.
Similar with previous embodiment, the first connectivity port 701_1～701_3 is according to each self-corresponding first frequency
Width carries out packet data transmission, and the summation of the first above-mentioned frequency range is to merge frequency range.Second connectivity port
703_1～703_5 carries out packet data transmission according to the second frequency range respectively correspond toing the second connectivity port.Place
Reason circuit 702 couples the first connectivity port 701_1～701_3 and the second connectivity port 703_1～703_5, and
The first frequency range converging the first connectivity port 701_1～701_3 is to configure the second connectivity port 703_1～703_5
The second frequency range.Wherein, the summation of the second frequency range is to merge frequency range.Base this, host side 90_1～90_4
The net that simultaneously can be provided using the Internet supplier 80_1～80_2 by frequency range integration networkses device 70
Network services.
Fig. 4 is the schematic diagram according to the motherboard depicted in one embodiment of the invention.Need to first illustrate, figure
4 will with two the first connectivity ports (n=2), the second connectivity port for a high speed data transmission interface (p=1) with
And illustrate as a example two the Internet suppliers (m=2), but the present invention is not limited thereto.Refer to figure
4, motherboard 11 includes the first connectivity port 110_1～110_2, process circuit 112, data transmission interface
113, and chipset 114_1.Chipset 114_1 is, for example, central processing unit, platform courses hub
(platform controller hub, pch) or a combination thereof, the present invention does not limit to this.
In the present embodiment, the first connectivity port 110_1～110_2 is using at least one network access technology even
It is connected to multiple the Internet supplier 12_1～12_2, and according to respectively correspond toing the first connectivity port
Multiple first frequency ranges of 110_1～110_2 carry out packet data transmission.It should be noted that, in another embodiment
In, the first connectivity port 110_1～110_2 is possible with least one network access technology and connects to one because of spy
Net supplier, and according to respectively correspond to the first connectivity port 110_1～110_2 and by connect first connection
Multiple first frequency ranges that the Internet supplier of port 110_1～110_2 is assigned carry out packet data transmission.
The summation of first frequency range of the first connectivity port 110_1～110_2 is to merge frequency range.Process circuit 112 couples
First connectivity port 110_1～110_2 simultaneously converges the first connectivity port 110_1～110_2 each self-corresponding first
Frequency range.Data transmission interface 113 couples process circuit 112 and chipset 114_1, enters according to the second frequency range
Row packet data transmission, this second frequency range is the summation (merging frequency range) of the first frequency range.Process circuit 112
Function is similar to the process circuit 102,402,702 of previous embodiment to detailed start, repeats no more in this.
Based on the setting of the first connectivity port 110_1～110_2, the host computer being equiped with motherboard 11 can be simultaneously
Access network using the first frequency range that the Internet supplier 12_1～12_2 is provided.
Data transmission interface 113 may include support tandem advanced Technical Appendix (serial advanced
Technology attachment, sata) specification, accelerate version perimeter component interconnection (peripheral
Component interconnect express, pcie) specification, or perimeter component interconnection (peripheral
Component interconnect, pci) specification data transmission interface, but the present invention is not restricted to this.
For the different enforcement aspects becoming apparent from from describe the present invention in detail, Fig. 5 is according to the present invention one enforcement
The schematic diagram of the network card depicted in example.It should be noted that, Fig. 5 will with two the first connectivity ports (n=2),
As a example second connectivity port is a high speed data transmission interface (p=1) and two the Internet suppliers (m=2)
Illustrate, but the present invention is not limited thereto.Refer to Fig. 5, network card 413 includes the first connection end
Mouth 411_1～412_1, process circuit 412, and the second company port 41.
In the present embodiment, the first connectivity port 411_1～412_1 is using at least one network access technology even
It is connected to multiple the Internet supplier 42_1～42_2, and according to respectively correspond toing the first connectivity port
Multiple first frequency ranges of 411_1～412_1 carry out packet data transmission.It should be noted that, in another embodiment
In, the first connectivity port 411_1～412_1 is possible with least one network access technology and connects to one because of spy
Net supplier, and according to respectively correspond to the first connectivity port 411_1～412_1 and by connect first connection
Multiple first frequency ranges that the Internet supplier of port 411_1～412_1 is assigned carry out packet data transmission.
The summation of first frequency range of the first connectivity port 411_1～412_1 is to merge frequency range.Process circuit 412 couples
First connectivity port 411_1～412_1 simultaneously converges the first connectivity port 411_1～412_1 each self-corresponding first
Frequency range.Second connectivity port 41 couples process circuit 412, carries out packet data transmission according to the second frequency range,
This second frequency range is the summation (merging frequency range) of the first frequency range.The function of process circuit 412 and detailed start with
The process circuit 102,402,702 of previous embodiment is similar, repeats no more in this.Based on the first connection end
The setting of mouth 411_1～412_1, the host computer being equiped with network card 413 can be supplied using the Internet simultaneously
The first frequency range that person 42_1～42_2 is provided is to access network.Wherein, the present invention is for the second connectivity port
41 data transmission interfaces supported are not particularly limited.In an exemplary embodiment, the second connectivity port
41 may include the golden finger supporting acceleration version perimeter component interconnection specification or perimeter component interconnection specification, but this
Invention is not restricted to this.
In sum, the present invention is by converging the first frequency range of being determined of multiple the Internet suppliers, allows user
Spendable transmitting bandwidth can increase.Further, since the frequency range integrating apparatus of the present invention, motherboard and net
Network card has multiple the second connectivity ports being respectively connecting to multiple the Internet suppliers, it is possible to provide the network user
Or network manager elasticity configuration is used and frequency range growing space is big.Additionally, the present invention can avoid single because of spy
The situation that net server is occurred problem and leads to user cannot be surfed the Net using the network equipment, the true network user will not
Face the awkward situation that cannot surf the Net.
Certainly, the present invention also can have other various embodiments, in the feelings spiritual and its substantive without departing substantially from the present invention
Under condition, those of ordinary skill in the art work as and can make various corresponding changes and deformation according to the present invention, but
These change accordingly and deform the protection domain that all should belong to appended claims of the invention.
Claims (10)
1. a kind of frequency range integration networkses device is it is characterised in that include:
Multiple first connectivity ports, are connected at least one the Internet supply using at least one network access technology
Person, and receive at least one download envelope according to multiple first frequency ranges respectively correspond toing those the first connectivity ports
Bag or transmission at least upload package, wherein those first connectivity ports each those first frequency ranges corresponding are wherein
One of be one of them indication of this at least one the Internet supplier being connected by those first connectivity ports each
Group, and the summation of those the first frequency ranges is a merging frequency range；
One process circuit, couples those the first connectivity ports, converges those first frequency ranges with according to this merging frequency
Wide configuring at least one second frequency range, wherein the summation of this at least one second frequency range is this merging frequency range；And
At least one second connectivity port, is coupled to this process circuit, configured according to this process circuit this extremely
Few one second frequency range receives this at least one download packet or sends this at least one upload package.
2. frequency range integration networkses device according to claim 1 is it is characterised in that this process circuit
An order package from a host side is received by this at least one second connectivity port, and by this order package
Send to those the first connectivity ports,
Wherein this process circuit is received by those first connectivity ports and returns in response to this order package
Multiple data packets, those data packets being associated with this order package of identical are sent to by this process circuit
One of this at least one second connectivity port, causes this host side to utilize this at least one the Internet supplier institute
Those first frequency ranges assigned receive those data packets.
3. frequency range integration networkses device according to claim 2 is it is characterised in that this process circuit
Whether identical recognize those world-wide webs supplier that those first connectivity ports each connect,
If those first connectivity ports connect to identical the Internet supplier, this process circuit pass through those the
One of them this order package of transmission of one connectivity port simultaneously receives those data by those first connectivity ports
Package,
If those first connectivity ports connect to different the Internet supplier, this process circuit pass through those the
One connectivity port at least two this order package of transmission therein simultaneously receive those by those first connectivity ports
Data packet.
4. frequency range integration networkses device according to claim 1 it is characterised in that those first even
Connecing this at least one network access technology that port utilized is identical or different, this at least one network access technology
Including digital customer loop network access technology, cable system access technology, fiber optic network access technology, no
One of line fidelity network access technology and mobile communication network access technology or a combination thereof.
5. frequency range integration networkses device according to claim 4 it is characterised in that when this at least one
Network access technology includes mobile communication network access technology, and those first connectivity ports therein at least are even
It is connected to a subscriber identification module card.
6. frequency range integration networkses device according to claim 1 it is characterised in that this at least 1
Each self-corresponding second frequency range in two connectivity ports is identical or different, and this process circuit is according to this at least one second company
Connect the data type transmitting package that the package flow of port or this at least one second connectivity port are sent
Configure this at least one second frequency range.
7. frequency range integration networkses device according to claim 1 is it is characterised in that those the Internets
Supplier assigns those the first frequency ranges according to a user right, and those first frequency ranges are identical or different.
8. a kind of motherboard is it is characterised in that include:
Multiple first connectivity ports, are connected at least one the Internet supply using at least one network access technology
Person, and receive at least one download envelope according to multiple first frequency ranges respectively correspond toing those the first connectivity ports
Bag or transmission at least upload package, wherein those first connectivity ports each those first frequency ranges corresponding are wherein
One of be one of them indication of this at least one the Internet supplier being connected by those first connectivity ports each
Group, and the summation of those the first frequency ranges is a merging frequency range；
One process circuit, couples those the first connectivity ports, and converges those the first frequency ranges,
One second connectivity port, couples this process circuit, receives this at least one download envelope according to one second frequency range
Wrap or send this at least one upload package, wherein this second frequency range is this merging frequency range；And
One chipset, couples this second connectivity port, to receive this at least once via this second connectivity port
Carry package or send this at least one upload package.
9. motherboard according to claim 8 is it is characterised in that this second connectivity port includes propping up
Help tandem advanced Technical Appendix specification, accelerate version perimeter component interconnection specification, or perimeter component interconnection specification
Data transmission interface.
10. a kind of network card is it is characterised in that include:
Multiple first connectivity ports, are connected at least one the Internet supply using at least one network access technology
Person, and receive at least one download envelope according to multiple first frequency ranges respectively correspond toing those the first connectivity ports
Bag or transmission at least upload package, wherein those first connectivity ports each those first frequency ranges corresponding are wherein
One of be one of them indication of this at least one the Internet supplier being connected by those first connectivity ports each
Group, and the summation of those the first frequency ranges is a merging frequency range；
One process circuit, couples those the first connectivity ports, and converges those the first frequency ranges；And
One second connectivity port, couples this process circuit, receives this at least one download envelope according to one second frequency range
Wrap or send this at least one upload package, wherein this second frequency range is this merging frequency range.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510429955.3A CN106375098A (en) | 2015-07-21 | 2015-07-21 | Bandwidth integration network device, motherboard and network card |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201510429955.3A CN106375098A (en) | 2015-07-21 | 2015-07-21 | Bandwidth integration network device, motherboard and network card |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103262483A (en) * | 2011-02-02 | 2013-08-21 | 塔塔咨询服务有限公司 | System and method for aggregating and estimating the bandwidth of multiple network interfaces |
| CN103516625A (en) * | 2012-06-28 | 2014-01-15 | 美国博通公司 | Bandwidth virtualization |
| CN103906141A (en) * | 2012-12-26 | 2014-07-02 | 财团法人工业技术研究院 | Bandwidth integration method and device for wireless access on multiple networks |
-
2015
- 2015-07-21 CN CN201510429955.3A patent/CN106375098A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103262483A (en) * | 2011-02-02 | 2013-08-21 | 塔塔咨询服务有限公司 | System and method for aggregating and estimating the bandwidth of multiple network interfaces |
| CN103516625A (en) * | 2012-06-28 | 2014-01-15 | 美国博通公司 | Bandwidth virtualization |
| CN103906141A (en) * | 2012-12-26 | 2014-07-02 | 财团法人工业技术研究院 | Bandwidth integration method and device for wireless access on multiple networks |
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