There are two ways to rest the module.
1.) To do a Soft reset type the AT command <ZR>
Or
2.) Pull the module Reset pin low
Inventek Systems Wi-Fi, Bluetooth, GPS
There are two ways to rest the module.
1.) To do a Soft reset type the AT command <ZR>
Or
2.) Pull the module Reset pin low
1. Set Protocol to UDP
2. Set Local port number
3. Start UDP Comm Server
EX.
P1=1 Select UDP Protocol
P2=5024 Set Port 5024
P5=1 Start UDP Comm Server
Yes, all of the above.
The es-Wifi module is based on a simple AT command set that is used to communicate with the module. You can use a low cost 8/16/32 bit microcontroller to control the eS-WiFi module.
1. Set Access Point SSID
2. Set Access Point Password
3. Set Access Point Security Mode
4. Use DHCP?
5. Join Network
Ex.
C1=eS-WiFI_Demo Set SSID
C2=LetMeInNow Set Password
C3=4 WPA2-Mixed
C4=1 Use DHCP
C0 Join
1. Set Protocol to UDP
2. Set Local port number
3. Start UDP Comm Sever
EX.
P1=1 Select UDP Protocol
P2=5024 Set Port 5024
P5=1 Start UDP Comm Server
The eS-WiFi family of module products has a powerful built in SoftAP function that allows customers to easily command the eS-WiFi module to join a network for the growing number of machine-to-machine (M2M) and Internet-of-Things (IoT) applications in the home and in the enterprise.
The SoftAP function can also be used as well for setting up setup peer-to-peer (P2P) networks and applications such as On-the-Go gaming. The module’s infrastructure mode AP allows both iOS and Android based devices to easily
The eS-WiFi modules are wireless LAN modules that are typically embedded into devices/appliances that connect to home networks, Wi-Fi hot spots, and workplace networks. These devices operate as a station (STA) which can connect to a single wireless router/access point (AP) that is typically hardwired at a fixed location.
The eS-WiFi family of 802.11 b/g/n modules have an embedded microcontroller running a fully integrated TCP/IP stack and a simple to use AT command set. One of the features described in this application note is the implementation of a Soft Access Point (SoftAP) technology which enables an eS-WiFi module to behave like a wireless AP.
The Inventek eS-WiFi modules are offered with a complete TCP/IP stack and require only a simple AT command over the USB, UART or SPI interface to communicate with the module. In a typical embedded application, a simple 8/16/32 bit microcontroller is used to send the AT command to initiate a SoftAP. Once the AP is started other devices (users) can join the network and be connected as a client on that network.
You have an embedded product and you want to configure that product to join a network (See Figure 1). One way, to make this happen, is to have the eS-WiFi automatically power up as an Access Point.
The user can use a PC, tablet or any smartphone to view the AP and type in the SSID and Password. After the user, selects “Join” the Access Point is closed and the eS-WiFi module subsequently turns off the AP and joins the network as a client.
Following is the procedure required to implement this use case:
The module has now joined the selected network as a client/appliance device.
Note: There is also an AT command for changing the name of the Configuration Access Point to identify a specific customer product name or company name, e.g. change “Inventek” to “ABC Corp.”
The user also has the ability to manually enter the information to join a network as well.
You have embedded the eS-WiFi module into a printer system or interface box and configured it as a SoftAP that allows smartphones/ PC’s and other devices to make a “Direct Connection” via the eS-WiFi SoftAP function (See Figure 2). The SoftAP enables file transfers, file sharing, printing, and information exchange between as many as 8 clients (STAs). This is all accomplished without the use of a fixed AP.
One way to facilitate this senario is to have the eS-WiFi automatically power up as a SoftAP that a user can view using a PC or any smartphone and selects “Direct Connect” on the eS-WiFi SoftAP web server. As soon as the user selects “Direct Connect” the Access Point remains running and the client (STA) is connected to the eS-WiFi SoftAP. This allows WLAN devices to easily connect without the need for a fixed AP and supports WiFi M2M communication and ON-The-GO connections for printing and file sharing.
Figure 2: Use Case 2 – Running eS-WiFi module as SoftAP
Following is the procedure required to implement this use case:
Multiple clients may now connect to the SoftAP.
In summary the “Direct Connection” allows the embedded eS-WiFi to run as a SoftAp with the following capabilities:
Feature |
Description |
Stations Supported |
ISM4319 – Two ISM43362 – Five |
SSID Broadcast |
Yes |
DHCP |
Yes |
Security |
Open (WEP /WPA-PSK in development) |