CN1527535A - Multimode radio netowrk card capable of receiving and processing different radio signals - Google Patents
Multimode radio netowrk card capable of receiving and processing different radio signals Download PDFInfo
- Publication number
- CN1527535A CN1527535A CNA031192734A CN03119273A CN1527535A CN 1527535 A CN1527535 A CN 1527535A CN A031192734 A CNA031192734 A CN A031192734A CN 03119273 A CN03119273 A CN 03119273A CN 1527535 A CN1527535 A CN 1527535A
- Authority
- CN
- China
- Prior art keywords
- packet information
- wireless
- mode
- network interface
- interface card
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Images
Landscapes
- Small-Scale Networks (AREA)
- Mobile Radio Communication Systems (AREA)
Abstract
The present invention is multimode radio network card capable of receiving and processing different radio signals. By means of the said network card, 802.11 envelope information is first received with radio module and WLAN antenna and other radio protocol envelope information is received with multimode radio module and multimode antenna; the other radio protocol envelope information is then read out and temporarily stored with one outer storage in medium access and control layer; 802.11 envelope information or other radio protocol envelope information is processed by means of the medium access and control layer; and the processed 802.11 envelope information or other radio protocol envelope information is finally transmitted to computer system unit via bridge interface. The present invention has greatly reduced internal member cost and reduced volume.
Description
Technical field
The present invention relates to wireless communication technique and network connection technology, particularly a kind of multi-mode radio network interface card that receives and handle the different radio signal.
Background technology
Development along with radio network technique, utilize wireless network to carry out browsing page, message transmission, inquiry, transaction, teaching, line recreation and send and receive e-mail, not only become considerable part in the current computer user life, but also be the important shortcut that people link up fast.Wireless network card is exactly that a kind of modern connects the considerable connection device of wireless network, if computer just can't not be wired on the Internet by wireless network card; And development along with wireless transmission, Radio Transmission Technology slowly develops and different communication protocols and technology (example: GPRS, 802.11, BlueTooth, CDMA etc.), except being available for users to according to the demand selection use, also slowly replaced traditional Radio Transmission Technology, afterwards be widely used on various occasions and the equipment the considerable transmission medium when above-mentioned Radio Transmission Technology also just becomes the online of modern computer user employing wireless network gradually.
As shown in Figure 1a, for having the connection schematic diagram of network interface card now.As seen, in existing technology,, the network interface card A of a GPRS just need be installed on host computer, so that connect with GPRS signal base station A1 if carry out the transmission of GPRS signal; And if carry out the connection and the transmission of wireless network, a wireless network card B just need be installed, on host computer so that connect with radio area network B1.This situation causes the user must purchase network interface card A, the wireless network card B of GPRS respectively, and not only cost is too high, and carries and use also very inconvenient.
Shown in Fig. 1 b, be the internal structure schematic diagram of the network interface card C of existing function with GPRS and WLAN.As seen, if the network interface card A of GPRS will be combined with wireless network card B, then must the antenna C1 of WLAN, the radio module C2 that is used for WLAN, the medium access control layer C3 that is used for WLAN, shared bridging interface C4 will be used for, maybe will be used for GPRS antenna C5, be used for GPRS radio module C6, be used for whole members of the medium access control layer C7 of GPRS, shared bridging interface C4 is arranged in the network interface card C of function of existing GPRS of having and WLAN.Yet, though above-mentioned this method has solved problem easy to carry, again can be too many because of internal structure, and not only can't avoid the too high problem of cost, and cause the too big shortcoming of volume.
Summary of the invention
Main purpose of the present invention is to provide a kind of multi-mode radio network interface card, and this network interface card has adopted the combination of multi-mode radio module and multi-mode antenna, can not only significantly reduce costs, and can also receive the different radio agreement.
Secondary objective of the present invention is to provide a kind of multi-mode radio network interface card that receives the different radio agreement, and this network interface card volume dwindles greatly, therefore carries easily.
Another object of the present invention is to provide a kind of multi-mode radio network interface card, this network interface card comes the packet information or 802.11 packet information of other wireless agreements of individual treated by medium access control layer, thereby can allow the user transmit the packet information of different radio agreement.
Technical scheme of the present invention is achieved in that
A kind of multi-mode radio network interface card that receives and handle the different radio signal is characterized in that: this multi-mode radio network interface card can receive and handle the packet information of multiple different radio agreement simultaneously, and can carry out wireless transmission individually or simultaneously; Wherein, this multi-mode radio network interface card is combined by antenna, a multi-mode radio module, a multi-mode antenna, a medium access control layer, an external memory storage and a bridging interface that a radio module, is used for WLAN
Wherein, this radio module is used to change the wireless signal of 802.11 communication protocols, and as the approach that transmits packet information between antenna that is used for WLAN and the medium access control layer;
This antenna that is used for WLAN is used to receive or send the wireless signal of 802.11 communication protocols, and as the media that transmits wireless signal between this multi-mode radio network interface card and the radio area network;
This multi-mode radio module is used to change the wireless signal of other wireless agreements, and as the approach that transmits packet information between multi-mode antenna and the medium access control layer;
This multi-mode antenna is used to receive or send the wireless signal of other wireless agreements, and as the media of this multi-mode radio network interface card and wireless signal base station transmissions packet information;
802.11 packet information that described medium access control layer is used for individual treated and reads radio module, or individual treated and the packet information or the packet information that read other wireless agreements of multi-mode radio module;
Described external memory storage is used to read and the packet information of temporary other wireless agreements, when making medium access control layer handle 802.11 packet information, the packet information of other wireless agreements can be waited for and be temporary, and can not influence the work of medium access control layer, or cause the packet information of other wireless agreements to be conflicted mutually, and then avoided clogging with 802.11 packet information;
Described bridging interface is as the approach that packet information is transferred to host computer; Described bridging interface is to be arranged to different interfaces according to environmental demand.
Described multi-mode radio module can be according to user or environmental demand and is set and replace to different wireless communication protocols.
Described multi-mode antenna can be according to user or environmental demand and is set and replace to different wireless communication protocols.
Described bridging interface is to be arranged to different interfaces according to environmental demand.
The present invention mainly provides a kind of multi-mode radio network interface card that receives and handle the different radio signal, this network interface card at first receives 802.11 packet information by radio module and the antenna that is used for WLAN, receives the packet information of other wireless agreements by multi-mode radio module and multi-mode antenna; Utilize an external memory storage of medium access control layer then, the packet information of other wireless agreements is read or temporary; Come the packet information or 802.11 packet information of other wireless agreements of individual treated again by medium access control layer; Other wireless agreement packet information or 802.11 packet information after will being handled by bridging interface at last are sent to host computer, thereby have reduced the internal structure cost in a large number, have dwindled volume.
Description of drawings
Fig. 1 a is the connection schematic diagram of existing network interface card
Fig. 1 b is the internal structure schematic diagram that has the network interface card C of the function with GPRS and WLAN now
Fig. 2 is an internal structure schematic diagram of the present invention
Fig. 3 a is that GPRS package of the present invention and WLAN package are implemented view
Fig. 3 b is GPRS package of the present invention and WLAN package transmission schematic flow sheet
The figure number explanation:
The network interface card of A----GPRS
A1----GPRS signal base station
The B----wireless network card
The B1----radio area network
The existing network interface card of C----with function of GPRS and WLAN
C1----is used for the antenna of WLAN
C----is used for the radio module of WLAN
C3----is used for the medium access control layer of WLAN
The shared bridging interface of C4----
C5----is used for the antenna of GPRS
C6----is used for the radio module of GPRS
C7----is used for the medium access control layer of GPRS
1----multi-mode radio network interface card
The 11----radio module
111----is used for the antenna of WLAN
12----multi-mode radio module
121----multi-mode antenna
The 13----medium access control layer
The 131----external memory storage
The 14----bridging interface
The 2----host computer
The 3----radio area network
4----GPRS signal base station
Embodiment
Below in conjunction with accompanying drawing, be described in detail as follows:
Shown in Fig. 2 and Fig. 3 a, the invention provides a kind of multi-mode radio network interface card that receives and handle the different radio signal.A kind of multi-mode radio network interface card 1, it can receive and handle the packet information of multiple different radio agreement simultaneously, and carries out wireless transmission individually or simultaneously.
Wherein, this multi-mode radio network interface card 1 is combined by antenna 111, a multi-mode radio module 12, a multi-mode antenna 121, a medium access control layer 13, an external memory storage 131 and a bridging interface 14 that a radio module 11, is used for WLAN.
Wherein, this radio module 11 is used to change the wireless signal of 802.11 communication protocols, and as the approach that transmits packet information between antenna 111 that is used for WLAN and the medium access control layer 13.
This antenna 111 that is used for WLAN is used to receive or send the wireless signal of 802.11 communication protocols, and as the media that transmits wireless signal between this multi-mode radio network interface card 1 and the radio area network 3.
This multi-mode radio module 12 is used to change the wireless signal of other wireless agreements, and as the approach that transmits packet information between multi-mode antenna 121 and the medium access control layer 13; In addition, this multi-mode radio module 12 can be according to the demand of user or environment, and sets and replace to different wireless communication protocol (for example: GPRS, 802.11, BlueTooth, CDMA etc.).
This multi-mode antenna 121 is used to receive or send the wireless signal of other wireless agreements, and as the media of this multi-mode radio network interface card 1 with wireless signal base station 4 transmission packet information.With aforementioned multi-mode radio module 12 in like manner, this multi-mode antenna 121 also can be according to the demand of user or environment, and sets or replace to different wireless communication protocol (example: GPRS, BlueTooth, CDMA etc.).
802.11 packet information that this medium access control layer 13 is used for individual treated and reads radio module 11, or individual treated and the packet information or the packet information that read other wireless agreements of multi-mode radio module 12.
This external memory storage 131 is used to read and the packet information of temporary other wireless agreements, when making medium access control layer 13 handle 802.11 packet information, the packet information of other wireless agreements can be waited for and be temporary, thereby can not influence the work of medium access control layer 13, or cause the packet information of other wireless agreements to be conflicted mutually, and then avoided clogging with 802.11 packet information.
This bridging interface 14 is as the approach that packet information is transferred to host computer 2; This bridging interface 14 also can be according to the demand of environment, and is arranged to different interface (example: PCMCIA, CF, USB etc.).
Shown in Fig. 3 a and Fig. 3 b, be GPRS package of the present invention and WLAN package enforcement view and GPRS package of the present invention and WLAN package transmission schematic flow sheet.As seen, to receive and handle the transfer process of different radio communications protocol packet information simultaneously as follows for this multi-mode radio network interface card 1:
It mainly is multi-mode radio module 12 and the multi-mode antenna 121 that this multi-mode radio module 12 and multi-mode antenna 121 is provided with, changes to the wireless communication protocol that can transmit the GPRS packet information;
This multi-mode radio network interface card 1 is like this transmission from the packet information of radio area network 3: the wireless signal that receives or send 802.11 communications protocols by the antenna 111 that is used for WLAN, and the wireless signal that receives transferred to radio module 11, utilize this radio module 11 that wireless signal is converted to packet information, and packet information is sent to medium access control layer 13, again by the agreement sublevel of these medium access control layer 13 controls to the access of essence transfer medium, and the processing of 802.11 packet information, provide transmission packet information approach by bridging interface 14 at last, this packet information is sent to host computer 2.Like this, just make host computer 2 be connected on the radio area network 3, the user just can browsing page or transmission information.
Meanwhile, this multi-mode radio network interface card 1 is to make between GPRS signal base station 4 and the host computer transmission information mutually like this: at first receive or send the GPRS signal by multi-mode antenna 121, and the GPRS signal that receives transferred to multi-mode radio module 12, utilize this multi-mode radio module 12 that the GPRS signal is converted to packet information, and the GPRS packet information is sent to external memory storage 131, utilize external memory storage 131 temporary GRPS packet information, so just can be when medium access control layer 13 work be busy, temporary GPRS signal and wait, thereby neither can influence the work of medium access control layer 13, can not cause the GPRS packet information to be conflicted mutually again with 802.11 packet information; And then the agreement sublevel that utilizes this medium access control layer 13 to handle to the access of essence transfer medium, and the packet information of reading external memory 131, provide transmission GPRS the approach of packet information by bridging interface 14 at last, the GPRS packet information is sent to host computer 2.Like this, just make host computer 2 be connected on the GPRS signal base station 4, the user just can browsing page or message transmission.
And, this multi-mode radio module 12 and multi-mode antenna 121 also can be provided with, change to the multi-mode radio module 12 and the multi-mode antenna 121 that can transmit different wireless communication protocol (example: BlueTooth, CDMA etc.), make its this multi-mode radio network interface card 1 can transmit and handle different radio agreement signal.
Combination utilization by above-mentioned member, this multi-mode radio network interface card 1 just can receive 802.11 packet information with radio module 11 by the antenna 111 that is used for WLAN, or utilize multi-mode radio module 12 and multi-mode antenna 121 to transmit and conversion GPRS signal, read by external memory storage 131 again and temporary GPRS packet information, by medium access control layer 13 individual treated GPRS packet information and 802.11 packet information, by bridging interface 14 this packet information is offered host computer 2 at last then.As seen, this scheme of the present invention neither can influence the work of medium access control layer 131, and cause the GPRS packet information to be conflicted mutually with 802.11 packet information, can transmit or receive packet information again simultaneously from radio area network 3 or GPRS signal base station 4, but also can reduce internal structure cost and reduced volume in a large number, and then have the cost of saving and portable characteristics.
In order to be illustrated more clearly in the present invention compared with prior art, the progressive that has and practicality, it is as follows now to do a comparative analysis:
The shortcoming of prior art is:
1. member is many, volume big, carry inconvenience;
2. cost is higher, and is unfavorable to the consumer;
3. do not have a practicality.
Advantage of the present invention is:
1. member is few, volume is little, carrying convenience;
2. cost is lower;
3. utilize external memory storage to keep in packet information, can avoid packet information mutually to conflict;
4. but the packet information of the multiple different radio communications protocol of individual treated;
5. has practicality;
The above specific embodiment only is explanation technical scheme of the present invention, and can not be used for limiting the present invention.
Claims (4)
1. multi-mode radio network interface card that can receive and handle the different radio signal is characterized in that: it be for can receiving and handle the packet information of multiple different radio agreement simultaneously, and can carry out the multi-mode radio network interface card of wireless transmission individually or simultaneously; Wherein, described multi-mode radio network interface card is combined by antenna, a multi-mode radio module, a multi-mode antenna, a medium access control layer, an external memory storage and a bridging interface that a radio module, is used for WLAN;
Wherein, described radio module is used to change the wireless signal of 80211 communication protocols, and as the approach that transmits packet information between antenna that is used for WLAN and the medium access control layer;
The antenna of the described WLAN of being used for is used to receive or send the wireless signal of 80211 communication protocols, and as the media that transmits wireless signal between described multi-mode radio network interface card and the radio area network;
Described multi-mode radio module is used to change the wireless signal of other wireless agreements, and as the approach that transmits packet information between multi-mode antenna and the medium access control layer;
Described multi-mode antenna is used to receive or send the wireless signal of other wireless agreements, and as the media of described multi-mode radio network interface card and wireless signal base station transmissions packet information;
80211 packet information that described medium access control layer is used for individual treated and reads radio module, or individual treated and the packet information or the packet information that read other wireless agreements of multi-mode radio module;
Described external memory storage is used to read and the packet information of temporary other wireless agreements, when making medium access control layer handle 80211 packet information, the packet information of other wireless agreements can be waited for and be temporary, and can not influence the work of medium access control layer, or cause the packet information of other wireless agreements to be conflicted mutually, and then avoided clogging with 80211 packet information;
Described bridging interface is as the approach that packet information is transferred to host computer; Described bridging interface is to be arranged to different interfaces according to environmental demand.
2. multi-mode radio network interface card as claimed in claim 1 is characterized in that, described multi-mode radio module can be according to user or environmental demand and set and replace to different wireless communication protocols.
3. multi-mode radio network interface card as claimed in claim 1 is characterized in that, described multi-mode antenna can be according to user or environmental demand and set and replace to different wireless communication protocols.
4. multi-mode radio network interface card as claimed in claim 1 is characterized in that, described bridging interface is to be arranged to different interfaces according to environmental demand.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA031192734A CN1527535A (en) | 2003-03-06 | 2003-03-06 | Multimode radio netowrk card capable of receiving and processing different radio signals |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA031192734A CN1527535A (en) | 2003-03-06 | 2003-03-06 | Multimode radio netowrk card capable of receiving and processing different radio signals |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1527535A true CN1527535A (en) | 2004-09-08 |
Family
ID=34285045
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA031192734A Pending CN1527535A (en) | 2003-03-06 | 2003-03-06 | Multimode radio netowrk card capable of receiving and processing different radio signals |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1527535A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101350633B (en) * | 2008-08-28 | 2013-04-17 | 苏州佳世达电通有限公司 | Communication equipment |
-
2003
- 2003-03-06 CN CNA031192734A patent/CN1527535A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101350633B (en) * | 2008-08-28 | 2013-04-17 | 苏州佳世达电通有限公司 | Communication equipment |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN104467925B (en) | Dual-mode Bluetooth communication control method and dual-mode Bluetooth communication switching device | |
| EP1484865A3 (en) | Data transfer via a wireless network | |
| CN1832481A (en) | Method and system of share data in bluetooth device | |
| CN1297078C (en) | Reconnecting a CDMA2000 high speed packet data service from dormant state | |
| CN1833406A (en) | Information processing apparatus and connection control method | |
| CN1388670A (en) | USB communication controller, USB commnication system and USB communication controlling method | |
| CN1403926A (en) | Memory | |
| CN1538703A (en) | Hybrid-type data transmission appartus andmethod for high performance wireless LAN | |
| CN1427340A (en) | Electronic apparatus and method for controlling operation of electronic apparatus | |
| CN1819554A (en) | Data processing system and data interfacing method thereof | |
| CN1584816A (en) | Storing card with multi-interfae function and transmitting mode selective method | |
| CN1368798A (en) | Radio communication equipment and its method and radio communication system using it | |
| CN101080073A (en) | A between-module communication circuit and method of dual-mode communication terminal | |
| CN1419345A (en) | Multi-functional USB bluetooth RF communication module | |
| CN1956054A (en) | MP3 player of implementing music shared based on blue tooth technology and its method | |
| CN1797379A (en) | Method of data transmission by using mode of direct memory access | |
| CN101075938A (en) | System and method for converting between cell-phone telecommunication protocol and USB mass storage protocol | |
| CN1527535A (en) | Multimode radio netowrk card capable of receiving and processing different radio signals | |
| CN1353527A (en) | Paging control method and paging control system of communication system | |
| CN2694373Y (en) | Double nip wireless network card | |
| CN1430860A (en) | Personal digital assistant, wireless communication system and method of link establishment | |
| CN1614535A (en) | USB interface device for combining recording medium with wireless network card | |
| CN1243309C (en) | Automatic data back-up system and method for portable electronic device | |
| CN1744064A (en) | Multifunctional generalserial bus wireless bridge device and system device | |
| CN1627282A (en) | Method and equipment for carrying out synchronous data communication between one or more mobile terminals and computer |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |