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Ezurio WISMC01BI Manual

802.11b/g wireless lan – tcp/ip (bism ii pin compatible)

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802.11b/g Wireless LAN – TCP/IP (BISM II Pin Compatible)
Part Number: WISMC01BI
1. General Description
EZURiO's Wireless LAN Module is a fully integrated and qualified solution for adding 802.11
functionality to embedded products. Unlike other modules it implements a complete wireless system,
including antenna, 802.11b/g radio, wireless network drivers, TCP/IP stack, security (WEP, WPA2,
SSL), a web-server, UART, GPIOs, 10 bit ADCs, plus an interpreter with a wireless language and user
accessible flash storage for program scripts. It is ideal for integration within M2M applications. It can
also be used for remote monitoring with the addition of just a sensor and battery/power supply.
The optimised RF section provides an output of up to +17dBm using the integrated ceramic antenna.
Coupled with a receive sensitivity of -84dBm, a range of 100 metres is achievable. A separate u.fl
connector is fitted to the module which allows a second antenna to be connected to take advantage of
antenna diversity.
For most applications the internal antenna is sufficient.
omnidirectional distribution and is highly resistant to detuning, allowing the module to be fitted in a
wide variety of situations with no degradation of the radio performance.
An integrated ARM processor runs all of the wireless drivers and protocol stack. It includes a web
server that can be used to interrogate the variety of interfaces within module. The processor runs
EZURiO's high efficiency embedded interpreter, which gives the module its amazing power. Users can
write simple scripts for the interpreter, which supports the BASIC language, as well as an extensive
range of commands to control the wireless connection. Scripts can be auto-run at power up to turn
the module into a self-contained wireless application processor. A low cost development system is
available for fast product evaluation and development.
The module contains an industry standard RS-232 UART for connection to a host processor,
peripheral device or sensor. This is capable of baud rates up to 921,600 bps for high speed data
transfer. Nine General Purpose I/O lines and two 10 bit analogue input lines are also provided. These
can be configured using scripts to provide control or monitoring of simple devices such as switches or
LEDs without a requirement for any external processing.
accessed either via the wired host UART connection, or remotely over the Wireless LAN connection.
For battery and low power operation, support is provided for IEEE powersave modes, which can
reduce the current consumption to less than 10mA. This makes the module ideal for battery powered
sensor applications.
The Wireless LAN module is supplied in a small pcb form factor (22.0mm x 34.0mm x 7.6mm), that
connects to a main pcb using a 40 way Hirose connector.
Bluetooth Intelligent Serial Module BISMII. The Wireless LAN module is Lead-free and is RoHS
compliant and supports an industrial temperature range of -40°C to +85°C.
1.1
Applications
POS Equipment
Medical Equipment
Telematics
Industrial Automation
Automotive Applications
Battery Powered Sensors
© 2005-2006 Ezurio Ltd
Both the GPIO and ADC lines can be
It is pin compatible with the EZURiO
1
www.ezurio.com
It provides a largely
Data Sheet

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Summary of Contents for Ezurio WISMC01BI

  • Page 1 Part Number: WISMC01BI 1. General Description EZURiO’s Wireless LAN Module is a fully integrated and qualified solution for adding 802.11 functionality to embedded products. Unlike other modules it implements a complete wireless system, including antenna, 802.11b/g radio, wireless network drivers, TCP/IP stack, security (WEP, WPA2, SSL), a web-server, UART, GPIOs, 10 bit ADCs, plus an interpreter with a wireless language and user accessible flash storage for program scripts.
  • Page 2 The features described within this data sheet are those targeted for the first production release of firmware. Note that not all of these features may be available within individual releases of the Engineering Sample firmware. Check with the firmware release notes to determine the supported functionality. © 2005-2006 Ezurio Ltd Data Sheet...
  • Page 3 Block Diagram The module will have 40 way Hirose connector which will have a compatible pin out to the EZURiO Bluetooth Intelligent Serial Module, BISM II Hirose connector. 3. Mechanical Figure 1 Wireless LAN Module Dimensional outline © 2005-2006 Ezurio Ltd...
  • Page 4 Reset I/P * GPIO4 I/O for Host GPIO5 I/O for Host Not used UART_CTS Clear to Send I/P IRQ0 Input UART_TX Transmit Data O/P WAKEUP Not used UART_RTS Request to Send O/P BT_PRIORITY Input © 2005-2006 Ezurio Ltd Data Sheet...
  • Page 5 Voltage at POWER pin 3.2.2 Recommended Operating Parameters 3.2.2.1 Power Supply Signal Name Pin No Voltage level Comments 3.3V to 5.0V = 250mA 6 Ground terminals to be attached 30, 36, 38 in parallel © 2005-2006 Ezurio Ltd Data Sheet...
  • Page 6 Pin No Signal level Comments GPIO 1 - 9 2,4,12, I or O O/P : V max=0.2V min=2.8V 14,16, max=0.8V 33, 35, min=2.1V 37, 39 max=3.3V AIO_0, AIO_1 1, 3 Range 0 – 1.8V © 2005-2006 Ezurio Ltd Data Sheet...
  • Page 7 Receive Sensitivity (11Mbps) Typ: -84dBm Antenna Gain (Integrated +2dBi typ Antenna) Effective Receive Sensitivity -86dBm 4.1.4 Receive Sensitivity (802.11g) Receive Sensitivity (6Mbps) Typ: -82dBm Antenna Gain (Integrated +2dBi typ Antenna) Effective Receive Sensitivity -84dBm © 2005-2006 Ezurio Ltd Data Sheet...
  • Page 8 UART port using UWscript functions. These can be used as data inputs or to control external equipment. Each of the GPIO pins can be independently configured to be either an Input or Output. A selection of ports can be accessed synchronously. © 2005-2006 Ezurio Ltd Data Sheet...
  • Page 9 By using this technique the average power consumption of the chipset is reduced from around 250mA in active receive to <10mA (TBC) when IEEE power save is in use. The EZURiO module offers IEEE power save operation in two different modes: •...
  • Page 10 The antenna (Brown square component on top side of PCB) must not be influenced by any other PCBs, components or by the housing of the host device. The proximity of the antenna to large metallic objects © 2005-2006 Ezurio Ltd Data Sheet...
  • Page 11 7.5.1 Fixing Pillars EZURiO in conjunction with Richco has designed a mounting pillar for use with the Wireless LAN Module. This allows the module to be securely held to a primary pcb using snap fit details. A variety of different heights are available to accommodate different variants of Hirose stacked connectors. Pillars supporting a 3.5mm stacked board height can be supplied by EZURiO.
  • Page 12 (surface: gold plated) Insulator Material PA , beige natural Stacking height 3.0 mm ; 3.5 mm ; 4.0 mm ; 5.0 mm Insertion force 21.8N Withdrawal force 1st Withdrawal force 50th Maximum connection cycles © 2005-2006 Ezurio Ltd Data Sheet...
  • Page 13 EZURiO does not assume responsibility for use of any of the circuitry described, no circuit patent licenses are implied and EZURiO reserves the right at any time to change without notice said circuitry and specifications. Data Sheet Status This data sheet contains preliminary data for use with Engineering Samples.