CN206686254U - A kind of ADSL wireless routers and voice call all-in-one - Google Patents

Abstract

This utility model provides an ADSL wireless router and voice telephone all-in-one device. The device integrates three parts: ADSL modem, telephone and wireless router. This allows end users to complete the network by simply plugging the incoming ADSL line into the device. No additional accessories or cables are required for network setup, and no additional telephone and wireless router terminals are needed. Therefore, the network setup is relatively simple, and the overall power consumption is also reduced compared to three separate devices.

Description

An ADSL wireless router and voice telephone integrated machine

Technical field:

The utility model relates to the field of routers, in particular to an all-in-one device that simultaneously integrates an ADSL Modem, a wireless router and a voice telephone terminal.

Background technique:

At present, the Internet has been rapidly popularized and developed around the world, and people rely on the Internet in all aspects of work, study, and life. With the continuous development of home and personal smart terminals, consumers have higher and higher demands on wireless networks. Traditional ADSL Modem, telephone, and wireless router are products with separate functions. The three need additional lines to connect to each other, and the network construction is relatively cumbersome. At the same time, there are technical problems such as high comprehensive power consumption and insufficient environmental protection. Therefore, it is urgent to provide a network device that can integrate various functional components to adapt to the existing network development situation.

Utility model content

The utility model provides an ADSL wireless router and a voice telephone all-in-one machine, which integrates an ADSL Modem, a telephone set and a wireless router at the same time, so that end users only need to insert the home ADSL line into the machine to complete the network without additional accessories or cables. Therefore, the establishment of a wireless local area network is relatively simple, and the overall power consumption is also lower than that of three separate devices. In addition, since the all-in-one machine already includes a voice telephone module and a wireless router module, the user does not need to add a telephone set and a wireless router terminal.

The utility model provides an ADSL wireless router and a voice telephone integrated machine, comprising: a voice data separation module, an ADSL Modem module, a wireless router module, an MCU control module, a voice telephone module and a power supply module, wherein,

Described voice data separation module connects voice telephone module and ADSL Modem module, the signal on the telephone line is separated into voice signal and data signal according to frequency, sends to voice telephone module and ADSL Modem module respectively;

The ADSL Modem module completes the mutual conversion of analog signals and digital signals, and is connected with the wireless router module;

The wireless router module is wirelessly connected to the wireless terminal through a WiFi signal;

Described MCU control module is connected with described ADSL Modem module by UART bus, wireless router module, voice telephone module;

The power supply module is used to connect the above-mentioned ADSL Modem module, wireless router module, voice telephone module and supply power.

Preferably, the all-in-one machine further includes a button and a display module, which are connected to the MCU control module, input the button data signal to the MCU control module, and display the information to be displayed.

Preferably, the wireless router module further includes a routing master module and a WiFi module.

Further, the routing main control module is connected and communicated with the WiFi module through a set of PCle bus interfaces, wherein the data input pins (110), (111) of the routing main control module are connected to the data output of the WiFi module Pins (32), (33), the data output pins (106), (107) of the routing master control module are connected to the data input pins (36), (37) of the WiFi module, and the routing master The clock pins (108), (109) of the control module are connected to the clock pins (34), (35) of the WiFi module.

Further, the routing main control module is connected and communicated with the MCU control module through a group of UART bus interfaces, and the UART pins (92), (93) of the routing main control module are connected to the UART pipes of the MCU control module. Feet (44), (45).

Further, the routing main control module is connected and communicated with the ADSL Modem module through the AFE interface, wherein the clock pin (4) pin of the routing main control module is connected to the clock pin (122) of the ADSL Modem module , the data output pins (75), (76) of the routing master control module are connected to the data input pins (1), (2) of the ADSL Modem module, and the data input pins ( 71), (72) are connected to the data output pins (6), (7) of the ADSL Modem module.

Preferably, the routing main control module uses a chip RTL8676S, the ADSL Modem module uses a chip RTL8271B, and the WiFi module uses a chip RTL8192.

Further, the chip RTL8676S includes multiple sub-modules: processing module, arbitration module, interrupt control module, OBG module, ATM SAR module, DMT module, enhanced joint test working group EJTAG module, universal asynchronous transceiver module, general input and output Module, Serial Peripheral Interface Module, Memory Controller Module, Clock & System Control Module, and ENET PHY Module.

Preferably, the processing module includes a central processing unit and I-CACHE, D-CACHE, I-RAM, and D-RAM memory, and the storage controller module includes a 16-bit serial peripheral interface flash memory control module and a DRM module.

The utility model enables the end user to complete the network by simply inserting the home ADSL line into the machine, without additional accessories or cables to form the network, and without additional telephones and wireless router terminals. Therefore, the network is relatively simple and comprehensive. Power consumption is also reduced compared to three separate devices.

Description of drawings

Fig. 1 is a structural schematic diagram of the all-in-one machine module of the present invention

Fig. 2 is the hardware circuit structural diagram of the all-in-one machine of the present utility model

Figure 3 is the architecture diagram of the SoC chip RTL8676S

detailed description

Specific embodiments of the inventive concept will now be described in detail with reference to the accompanying drawings.

Referring to Fig. 1, the all-in-one device of the present utility model comprises six parts: voice data separation module, ADSLModem module, wireless router module, MCU control module, voice telephone module and power supply module, wherein,

The voice data separation module is connected to the voice telephone module and the ADSL Modem module, and the signal on the telephone line is separated into a voice signal and a data signal according to the frequency, and is sent to the voice telephone module and the ADSL Modem module respectively. The household ADSL line can be plugged into the machine to complete the network, without additional accessories or cables to form the network;

The ADSLModem module completes the mutual conversion of analog signals and digital signals, and is connected with the wireless router module;

The wireless router module and the wireless terminal are wirelessly connected and exchange data through WiFi signals, since the all-in-one machine already includes the wireless router module, no additional wireless router terminal is needed;

Described MCU control module is connected with ADSLModem module, wireless router module, voice telephone module, and this MCU control module communicates with ADSLModem module, wireless router module, voice telephone module by UART bus, realizes control and state information feedback;

Described power supply module (not shown in Fig. 1) is used for for above-mentioned ADSL Modem module, wireless router module, voice telephone module supplies power, and each module can enter dormancy mode automatically when not working, makes whole machine power consumption low, energy saving and environmental protection.

Fig. 2 has shown the all-in-one machine hardware circuit structure diagram of the present utility model, and voice or data signal enters after voice data separation module, and voice signal is transmitted to voice telephone module, and data signal is transmitted to ADSLModem module, routing main control module and The WiFi module together forms a wireless router module, and the MCU control module connects the routing main control module and the voice phone module. The all-in-one machine in FIG. 2 also includes a button and a display module, connected to the MCU control module, for inputting button data signals into the MCU control module, and displaying information to be displayed.

In the structural diagram of Fig. 2, the routing main control module adopts RTL8676S chip, which is an integrated SOC of RISC architecture, including hardware ATMSAR, packet accelerator, five 10/100Mbps Ethernet switch chips and multiple network ports RJ45/ RJ11 and USB interface; WiFi module adopts RTL8192 chip, RTL8192 integrates 802.11n 300Mbps wireless routing function, and its cooperation with RTL8676S is equivalent to the wireless router module in Figure 1; the routing master module is connected to the WiFi module through a set of PCIe bus interfaces communication, wherein the data input pins 110 and 111 of the routing main control module are connected to the data output pins 32 and 33 of the WiFi module, and the data output pins 106 and 107 of the routing main control module are connected to the The data input pins 36 and 37 of the WiFi module, and the clock pins 108 and 109 of the routing master control module are connected to the clock pins 34 and 35 of the WiFi module.

The routing main control module is connected and communicated with the MCU control module through a set of UART bus interfaces. Specifically, the UART pins 92 and 93 of the routing main control module are connected to the UART pins 44, 93 of the MCU control module. 45 feet.

The routing main control module is connected and communicated with the ADSL Modem module through the AFE interface, and the ADSL Modem module adopts the RTL8271B chip, which is responsible for DSL line data conversion; wherein, the clock pin 4 of the routing main control module is connected to the ADSL Modem module 122 pins of the clock pin, the data output pins 75 and 76 of the routing main control module are connected to the data input pins 1 and 2 of the ADSL Modem module, and the data input pins 71 of the routing main control module and 72 pins are connected to the data output pins 6 and 7 of the ADSL Modem module.

Figure 3 shows the architecture diagram of the above-mentioned SoC chip RTL8676S, as can be seen from the figure, the RTL8676S chip includes a plurality of sub-modules: processing module, arbitration module, interrupt control module, OBG module, ATM SAR module, DMT module, EJTAG module, Universal Asynchronous Receiver Transmitter Module, Universal Input and Output Module, Serial Peripheral Interface Module, Storage Controller Module, Clock & System Control Module, ENET PHY Module, wherein the processing module includes a central processing unit and I-CACHE, D- CACHE, I-RAM, D-RAM, the storage controller module includes a 16-bit serial peripheral interface flash memory control module and a DRM module.

The all-in-one device integrating ADSL wireless router function and voice telephone terminal function of the utility model integrates the functions of traditional single-function products ADSL Modem, telephone set and wireless router into one device, and the network construction and setting are relatively simple, and the comprehensive function Power consumption is also reduced compared to three separate devices.

The above embodiments are only used to illustrate the utility model, but not to limit the utility model. Those of ordinary skill in the relevant technical fields can also make various changes and modifications without departing from the spirit and scope of the utility model , so all equivalent technical solutions also belong to the category of the utility model, and the patent protection scope of the utility model should be defined by the claims.

Claims (9)

1. a kind of ADSL wireless router and voice telephone all-in-one machine, comprising: voice data separation module, ADSL Modem module, wireless router module, MCU control module, voice telephone module and power supply module, wherein, Described voice data separation module connects voice telephone module and ADSL Modem module, the signal on the telephone line is separated into voice signal and data signal according to frequency, sends to voice telephone module and ADSL Modem module respectively; The ADSL Modem module completes the mutual conversion of analog signals and digital signals, and is connected with the wireless router module; The wireless router module is wirelessly connected to the wireless terminal through a WiFi signal; Described MCU control module is connected with described ADSL Modem module by UART bus, wireless router module, voice telephone module; The power supply module is used to connect the above-mentioned ADSL Modem module, wireless router module, voice telephone module and supply power. 2. ADSL wireless router as claimed in claim 1 and voice telephone all-in-one machine, it is characterized in that: described all-in-one machine also comprises button and display module, and button and display module are connected described MCU control module, and button data signal is inputted Describe the MCU control module and display the information that needs to be displayed. 3. The ADSL wireless router and voice telephone all-in-one machine according to claim 1, characterized in that: the wireless router module further comprises a routing master control module and a WiFi module. 4. ADSL wireless router and voice telephone all-in-one machine as claimed in claim 3, it is characterized in that: described routing main control module is connected and communicated with described WiFi module by a group of PCle bus interfaces, wherein the routing main control module The data input pins (110), (111) are connected to the data output pins (32), (33) of the WiFi module, and the data output pins (106), (107) of the routing master control module are connected to the The data input pins (36), (37) of the WiFi module, the clock pins (108), (109) of the routing master control module are connected to the clock pins (34), (35) of the WiFi module. 5. ADSL wireless router and voice telephone integrated machine as claimed in claim 4, it is characterized in that: described routing main control module is connected with described MCU control module by a group of UART bus interface communication, the routing main control module The UART pins (92), (93) are connected to the UART pins (44), (45) of the MCU control module. 6. ADSL wireless router and voice telephone all-in-one machine as claimed in claim 5, it is characterized in that: described routing main control module is connected and communicated with described ADSL Modem module by AFE interface, wherein, the clock of described routing main control module Pin (4) pin connects the clock pin (122) of described ADSL Modem module, and the data output pin (75), (76) of described routing main control module connects the data input pin ( 1), (2), the data input pins (71), (72) of the routing main control module are connected to the data output pins (6), (7) of the ADSL Modem module. 7. The ADSL wireless router and voice telephone all-in-one machine according to claim 6, characterized in that: said routing main control module adopts chip RTL8676S, said ADSL Modem module adopts chip RTL8271B, and said WiFi module adopts chip RTL8192. 8. ADSL wireless router and voice telephone all-in-one machine as claimed in claim 7, is characterized in that: described chip RTL8676S comprises a plurality of submodules: processing module, arbitration module, interruption control module, OBG module, ATM SAR module, DMT module , Enhanced Joint Test Working Group EJTAG module, Universal Asynchronous Receiver Transmitter module, Universal Input and Output module, Serial Peripheral Interface module, Memory Controller module, Clock & System Control module, and ENET PHY module. 9. ADSL wireless router and voice telephone integrated machine as claimed in claim 8, is characterized in that: described processing module comprises central processing unit and I-CACHE, D-CACHE, I-RAM, D-RAM memory, described The storage controller module includes a 16-bit serial peripheral interface flash memory control module and a DRM module.