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WiFi1500CF Plug-In Hardware User Guide JA03-UM-WiFi

Page 9 Rev: P00 Date: 03/13/14

© Copyright 2014 Janus Remote Communications

Specifications subject to change without notice

All Rights Reserved See website for latest revision. Not intended for life support applications.

3. WiFi Module Continued

3.2 WiFi Module Operations continued

3.2.2 Operation examples

Below are several examples of configuring the GS1500M module.  The UDP Client example configures the
module to connect to an existing infrastructure WiFi network using command mode, then sends UDP data to
a server using data mode.  The Web Provisioning example is a command mode sequence of instructions that
initiates the module’s provisioning web server.  The Auto Connect example configures the unit to automatically
connect as a TCP server to a specific client.  Upon restart in the Auto Connect mode a connection is made
between the client and server, at which point data can be transparently passed back and forth between them.
These examples assume that the GS1500M WiFi module begins configured in its default state, and that no
encryption is used.

3.2.2.1 UDP Client

Issuing the following sequence of commands will set up the GS1500M module as a station in an existing infrastructure WiFi
network:

AT+WM=0

Mode (0=infrastructure).

AT+NDHCP=1

DHCP (1=enable).

AT+WA=<SSID>

Associate with a WiFi network having

designated SSID.

AT+NCUDP=<Dest-Address>,<Port>

Setup UDP Client. Successful Command will return

Returns:

CONNECT <CID>

a Connection Identifier number.

At this point UDP data can be sent to a server (at <Dest-address>, <port>) with the following command:

<Esc>S<CID><data><Esc>E

Send UDP data.

3.2.2.2 Web Provisioning

The web provisioning feature included in the default firmware load allows the GS1500M to host a few simple web pages
that allow for provisioning of the module. It can be set by issuing the following commands:

AT+NSET=<IP>,<SUBNET MASK>,<GATEWAY IP>

Static Configuration.

AT+WM=2

Mode (2=limited Access Point).

AT+WA=<SSID>,,<CHANNEL>

Start AP network using SSID on designated CHANNEL.

AT+DHCPSRVR=1

DHCP server (1=enable).

AT+WEBPROV=<USERNAME>,<PASSWORD>

Start web provisioning. The USERNAME and PASSWORD

will be required to login.

At this point a client can connect to the GS1500M module at it’s <IP> address. The GS1500M will request the
<USERNAME> and <PASSWORD> to be entered. This gives access to web pages hosted on the module that allow for
provisioning of the GS1500M.

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Содержание WiFi1500CF Plug-In

Страница 1: ...WiFi1500CF Plug In Modem User Manual Bulletin JA03 UM WiFi Revision P00 Date 13 March 2014 ...

Страница 2: ...dential and any disclosure to persons other than the officers employees agents or subcontractors of the owner or licensee of this document without the prior written consent of Connor Winfield is strictly prohibited Connor Winfield makes every effort to ensure the quality of the information it makes available Notwithstanding the foregoing Connor Winfield does not make any warranty as to the informa...

Страница 3: ...ailable through an optional firmware load A Telit JN3 GPS receiver is available as an option and provides a standard NMEA UART interface and 1PPS output for tracking solutions and precision timing requirements The power supply and I O signals are compatible with Janus CF Plug In host products such as the Terminus T2 and 400AP or the WiFi1500CF can be used in a custom based solution The WiFi1500 wa...

Страница 4: ... Overview continued Figure 1 WiFi1500CF Block Diagram LEVEL TRANSLATORS JN3 GPS MODULE GS1500M WiFi MODULE UART0 SPI GPIO UART1 RESET RESET RF RF I2C VIO POWER UART I O SPI I O GPIO10 31 PROGRAM SERVICE ANALOG I O LEVEL TRANSLATORS VIO POWER UART 1PPS WiFi POWER DISABLE ENABLE SUPPLY UART I O 1PPS VIO POWER WiFi ANTENNA CONNECTOR GPS ANTENNA CONNECTOR WiFi1500CF VIO VAUX GPS POWER Components not p...

Страница 5: ... 6 32 I2C_SCL GS1500M 12C Clock CMOS Bi Direction N A N A 5 6 33 GPS_RX GPS UART RX CMOS Input VIO N A 9 34 GPS_TX GPS UART TX CMOS Output VIO N A 9 35 N C No Connection N A N A N A 4 36 ASYNC GS1500M GPIO19 ASYNC CMOS Output VIO N A 37 GPIO10 GS1500M GPIO10 CMOS Bi Direction VIO N A 38 SPI_WAKE GS1500M SPI_WAKE CMOS Output VIO N A 39 GROUND Supply Reference Power N A N A 40 SPI_MISO GS1500M SPI_D...

Страница 6: ...ifters or are associated with the VIO supplies Pin Name Pin Name 4 RXD 34 GPS_RX1 6 CTS 35 GPS_TX1 8 1PPS1 36 ASYNC 9 TXD 37 GPIO10 11 RTS 38 SPI_WAKE 13 UART1_TX 40 SPI_MISO 14 UART1_RX 41 SPI_MOSI 15 GPIO301 42 SPI_CS 16 GPIO31 43 SPI_CLK 17 SERVICE2 1 These pins are not connected on the WiFi1500CF v2 0 w o GPS 2 This pin uses a discrete transistor implementation for a level shifter ENABLE Used ...

Страница 7: ...t these pins See the Configuration Option section 2 The GS1500M VOUT_1V8 pin can be jumpered to the JN3 module s BOOT pin See the Configuration Option section Antenna The GS1500M has an on board PCB printed circuit board antenna and a u FL RF connector to support an external WiFi antenna The u FL connector is located on the edge of the GS1500M module board that overhangs the WiFi1500CF board Comma...

Страница 8: ... 9600 baud 8 bits no parity 1 stop bit 8N1 Antenna selection The GS1500M has a printed circuit antenna that is selected by default Alternatively an external WiFi antenna may be connected to the u FL connector on the GS1500M module board In this case the U FL connector antenna must be selected via a AT command see the Basic Configuration section below Power Apply power to the unit by providing 5 0 ...

Страница 9: ...sed 3 2 2 1 UDP Client Issuing the following sequence of commands will set up the GS1500M module as a station in an existing infrastructure WiFi network AT WM 0 Mode 0 infrastructure AT NDHCP 1 DHCP 1 enable AT WA SSID Associate with a WiFi network having designated SSID AT NCUDP Dest Address Port Setup UDP Client Successful Command will return Returns CONNECT CID a Connection Identifier number At...

Страница 10: ...in WiFi1500CF pin 47 low or by removing and re establishing power to the unit The GS1500M will respond with its network settings upon successfully associating with the wireless network Serial data can now be sent to and from the GS1500 via the serial port A telnet session or a simple TCP terminal can be opened at the client destination IP to demonstrate the sending and receiving of serial data In ...

Страница 11: ...ot Connected 1 The GS1500M VOUT_1V8 pin can be jumpered to the JN3 module s BOOT pin See the Configuration Option section Antenna A u FL connector is provided for connecting a GPS antenna This connector is located on the top surface of the WiFi1500CF board at the pin 25 corner This connector also provides a 3 3 volt bias at the antenna connector for powering remote amplifiers that are often built ...

Страница 12: ...5 0 0 25 volts across the WiFi1500CF SUPPLY and GND pins Basic operation of the JN3 GPS module consists of utilizing the NMEA messages that are output by the module on the UART interface By default the module will output the following NMEA messages on start up Message Rate GGA once per second GSA once per second RMC once per second GSV once every five seconds NMEA input messages can be used to con...

Страница 13: ...E WIFI GPS R14 R15 R16 R19 R8 R13 R6 R7 R12 USAGE UART0 TX RX VIO GPS TX RX VIO 0 ohm 0 ohm OMIT OMIT OMIT OMIT 0 ohm 0 ohm OMIT T2 w VIO 2 8V default UART0 TX RX VIO GPS TX RX 3 3V OMIT OMIT 0 ohm 0 ohm OMIT OMIT 0 ohm 0 ohm OMIT 400AP w VIO 2 8 disabled UART0TX RX VIO OMIT OMIT OMIT OMIT 0 ohm 0 ohm OMIT OMIT 0 ohm GPS w PPS on DCD Interface voltage VIO affects the following CF terminals GPIO1 G...

Страница 14: ... 13 14 Copyright 2014 Janus Remote Communications Specifications subject to change without notice All Rights Reserved See website for latest revision Not intended for life support applications Figure 4 Bottom Components Figure 3 Top Components 5 Configuration Options continued ...

Страница 15: ...HS compliant WiFi Radio 802 11b g n compliant Security Protocols WEP 802 11i WPA WPA2 Personal Security AES and TKIP Enterprise Security EAP FAST EAP TLS EAP TTLS PEAP Networking Protocols UDP TCP IP IPv4 DHCP ARP DNS SSL HTTP HTTPS Client and Server Interface UART to 921 6kbps SPI up to 3Mbps FCC Certified CE Compliant GPS Receiver optional L1 band 48 channel receiver NMEA data PPS output Time to...

Страница 16: ...er Application Programming Guide Serial to WiFi Adapter Command Reference AN 025 Serial to WiFi Bridge AN 039 Provisioning Methods with S2W AN 045 S2W UDP TCP HTTP Connection Management Examples Telit JN3 GPS Receiver JN3 Product Description JN3 Hardware User Guide SiRF NMEA Reference Manual SiRFstarIV One Socket Protocol Interface Control Document One Socket Protocol Interface Control Document In...

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