20-101-1265 Rabbit Semiconductor, 20-101-1265 Datasheet - Page 65

• Manufacturer Part Number: 20-101-1265
• Description: MODULE MINICORE RCM5600W
• Manufacturer: Rabbit Semiconductor
• Series: MiniCore™r

Specifications of 20-101-1265

• Frequency: 2.4GHz
• Modulation Or Protocol: 802.11 b/g
• Applications: General Purpose
• Voltage - Supply: 3.15 V ~ 3.45 V
• Current - Receiving: 625mA
• Current - Transmitting: 625mA
• Data Interface: Connector, Mini PCI express
• Memory Size: 1 MB Flash, 1MB SRAM
• Antenna Connector: U.FL
• Operating Temperature: -30°C ~ 55°C
• Package / Case: Module
• Wireless Frequency: 2.4 GHz
• Security: 64/128 bit WEP
• Operating Voltage: 3.3 V
• Antenna: U.FL Connector
• Operating Temperature Range: - 30 C to + 55 C
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Power - Output: -
• Sensitivity: -
• Data Rate - Maximum: -
• Lead Free Status / Rohs Status: Lead free / RoHS Compliant
• For Use With/related Products: Rabbit 5000
• Other names: 316-1174

6.2.4.2 Wi-Fi Operation
•
•
OEM User’s Manual
Before you compile and run this sample program, check the TCP/IP configuration
parameters, the IP address, and the SSID in the macros, which are reproduced below.
Now compile and run this sample program. Uncomment the
VERBOSE
window will then display a menu that allows you to complete the configuration of the
user interface.
WIFIDHCPORTSTATIC.C
tion or DHCP. The
ples of using DHCP with your application.
Before you compile and run this sample program, check the TCP/IP configuration
parameters, the IP address, and the SSID in the macros, which are reproduced below.
Modify the values to match your network. You may also need to modify the values for
MY_GATEWAY
Now press
STDIO
WIFIMULTIPLEAPS.C
will need two access points to run this sample program. The access points should be
isolated or on separate networks.
The sample program associates the RabbitCore or MiniCore module with the first access
point (
the sample program waits for a predefined time period, and then pings the Ethernet
address of the access point (
with the second access point and pings its Ethernet address (
ADDRESS_1
When changing access points, first bring the
ifdown(IF_WIFI0)
Finally, bring the
the sample program checks for status while waiting for the interface to come up or
down.
Before you compile and run this sample program, check the TCP/IP configuration
parameters, the IP address, and the SSID in the macros, which are reproduced below.
#define TCPCONFIG 1
// #define WIFI_REGION_VERBOSE
#define PING_WHO "10.10.6.1"
#define _PRIMARY_STATIC_IP "10.10.6.170"
#define IFC_WIFI_SSID "rabbitTest"
#define USE_DHCP
#define TCPCONFIG 1
#define _PRIMARY_STATIC_IP "10.10.6.100"
#define IFC_WIFI_SSID "rabbitTest"
#define TCPCONFIG 1
#define IFC_WIFI_ENCRYPTION IFPARAM_WIFI_ENCR_WEP
AP_0
window, type 's' for static configuration or 'd' for DHCP.
macro to display the channel and power limit settings. The Dynamic C
F9
), and then switches back and forth between the two access points.
defined below) with WEP key
to compile and run the sample program. When prompted in the Dynamic C
if you are not pinging from the local subnet.
IF_WIFI0
SAMPLES\TCPIP\DHCP.C
. Next, change the SSID and key(s) using
—demonstrates changing access points using WEP keys. You
—demonstrates the runtime selection of a static IP configura-
AP_ADDRESS_0
interface back up by calling
KEY0
). The sample program then associates
IF_WIFI0
sample program provides further exam-
(defined below). After associating,
interface down by calling
ifup(IF_WIFI0)
#define WIFI_REGION_
AP_1
ifconfig()
,
KEY1
,
AP_
. Note that
calls.
STDIO
59