iWave FDM-6600 User manual

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User Manual of FDM-6600
2*2 MIMO Wireless Point to Multi-Point Ethernet & Full Duplex
TTL Serial Data Board

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Catalogue
1.Hardware......................................................................................................................................................... 3
1.1. Interface............................................................................................................................................... 3
1.1.1.COMUART...................................................................................................................................3
1.1.2. RJ45 Port....................................................................................................................................6
2. Software ..........................................................................................................................................................7
2.1. WebUI Login .........................................................................................................................................7
2.2.Home Page Debugging Switch .............................................................................................................. 8
2.3.Key Setting .............................................................................................................................................9
2.4.Master-slave Setting ............................................................................................................................. 9
2.5. Wireless Setting ....................................................................................................................................9
2.6.Network Parameter Setting ................................................................................................................ 10
2.7.Uplink and Downlink Setting ...............................................................................................................11
2.8.VCOM .................................................................................................................................................. 12
2.9.Debug Interface...................................................................................................................................12
2.10.Device Information ........................................................................................................................... 13
3. AT Commands Supported by WebUI ............................................................................................................ 14
3.1.Command Set Supported by AT Debug Interface ............................................................................... 14
3.2.Explanation of AT Command in WebUI ...............................................................................................14

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1.Hardware
1.1. Interface
Note:
Using a 5V/2A adapter for power supply.
Before powering on, set the two DIP switches to the left side.
Please install the antennas firstly before powering on. Or the device will be burn out.
For short-distance test, distance between two units should be more than 10meters before
powering on. Otherwise, the equipment may be damaged.
We suggest to use IE browser (version 11) for Web login.
1.1.1.COMUART
COMUART is 2.85V voltage domain and compatible with 3V/3.3V level.
Control Data Transmission: TTL mode.
Baud rate: 115200bps, full-duplex communication
Transmission Mode: Pass-through mode
The data transmitting and receiving is broadcast in the network. After successful networking, each
FDM-6600 node can receive serial data.
Note: If you want to distinguish between sending, receiving and control, you need to define the
format yourself

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Baud Rate: The max baud rate is 115200bps(The total rate of unidirectional receiving or
unidirectional sending)
Baud rate 115200 = 115200 (bits/second)
If there is no check digit, it should be divided by 10 to get the bytes per second:
Baud rate 115200 = 115200 (bits/second) = 11520 (bytes/second)
Then divided by 1024, it is KB per second:
Baud rate 115200 = 115200 (bits/sec) = 11.25 (KB/sec)
＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝
If there is a parity bit, it should be divided by 11 to get the number of bytes per second.
Baud rate 115200 = 115200 (bits/sec) = 10.27 (KB/sec)
How to test if the COMUART works normally?
Item
Qty
Computer
(with software sscom42 or other serial software such as putty, Serial Port Tester,
CommMonitor3.0, Serial Interface, etc.)
1
FDM-6600
2
Antenna
4
TTL-USB Cable
2
Power Adapter(5V/2A)
2
TTL-USB Module

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Connect TTL-USB cable with FDM-6600
Connect FDM-6600 with Computer
Conenct the antennas with FDM-6600
Power the board using the adapter we supplied(DC5V/2A)
Connect the board with your computure by TTL-USB Cable.
After the driver is installed correctly, the computer will display the following COM port
information
FDM-6600
USB Module
RXD
TXD
TXD
RXD
GND
GND

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Sending and Receiving Serial data through the COMUART
Computer Settings:
Then you can send and receive serial data via both FDM-6600 COMUART
1.1.2. RJ45 Port
Item
Qty
Computer
1
IP Camera
1
FDM-6600
2
Antenna
4
RJ45 Cable
2
Power Adapter(5V/2A)
2
Connect FDM-6600 with Computer and Camera
1. Set computer IP: 192.168.1.99/255.255.255.0
2. Set the IP Camera IP: 192.168.1.21
3. Conenct the antennas with FDM-6600
4. Power FDM-6600 via the adapter we supplied(DC5V/2A)
5. Connect one FDM-6600 with IP Camera
6. Connect the other FDM-6600 with computer
FDM-6600 Access Node Connect with Camera FDM-6600 Central Node Connect with Computer

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7. Using the computre visit http://192.168.1.21
8. Enter into IP Camera's user name and password, then you will get the IP Camera's video on the
computer.
How to use NVR to get the camera's video
Connect IP Camera with FDM-6600 as to below settings:
IP
Subnet Mask
Gateway
Camera 2
170.218.2.21
255.0.0.0
170.18.15.6
(IP address of NVR)
Camera 3
170.218.2.22
255.0.0.0
170.18.15.6
(IP address of NVR)
Camera 4
170.218.2.23
255.0.0.0
170.18.15.6
(IP address of NVR)
Camera 5
170.218.2.24
255.0.0.0
170.18.15.6
(IP address of NVR)
NVR
170.18.15.6
255.0.0.0
170.18.15.1
Note: Since NVR can automatically send ARP packets, so it can be set with different subnet
network with FDM-6600
2. Software
2.1. WebUI Login
WebUI interface operation is mainly to manually select the corresponding parameters or input
relevant parameters, configure the nodes, and return the configuration status displayed on the
UI interface.
The initial IP address is: http://192.168.1.12
The initial user name and password are

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User name: admin123
Password: admin123
Administrator login user name and password(password and user name changing is not
supported)
Administrator username: admin123
Administrator password: admin123
After registering and changing the password, it will automatically log in and jump to the index
page.
Registration function: directly enter the user name and password, the original account will be
overwritten.
After the factory settings are restored, the account and password are restored to their initial
values.
"Login", "Registration", "Modify Password" need to configure the IE browser,
tools-options-Internet options-security settings-enable ActiveX controls and plug-ins.
Note: Administrator login does not require the above steps.
Add the local and remote IP addresses of WebUI as trusted sites.
The user name is 6-20 characters composed of letters and numbers, and the first character
must be a letter.
The password is also 6-20characters
2.2.Home Page Debugging Switch
Modem switch setting: open/close
Modem Restart Setting

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2.3.Key Setting
Before networking, each node need to enter into the key
2.4.Master-slave Setting
In the same network, only one central node is allowed, and the others are all access nodes.
2.5. Wireless Setting
Set the frequency band
Frequency Hopping Management

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Bandwidth
Building Chain Management: Input the frequency point and bandwidth.
2.6.Network Parameter Setting
Set IP address of the node. The initial IP address is http://192.168.1.12

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2.7.Uplink and Downlink Setting
Four uplink and downlink modes:
config0(2D3U)
config1(3D2U)
config2(4D1U)
config3(1D4U)
D=DOWN, U=UP
Note: Only the central node can modify the uplink and downlink settings, and the device needs to
be restarted to take effect after the setting is successful.
There is no need to manually change the access node’s configuration. Becasue the access
node will automatically change its configuration according to the central node and obtain the new
configuration after it access to the network.
When the master node is configured with different bandwidths and different subframes,
the actual downlink bandwidth is as follows(The data is laboratory test data)
Bandwith(MHz)
D/U
Data Rate(Mbps)
0
1
2
3
1.4
UL
1.675586
1.092773
0.546386
2.294824
DL
0.752198
1.385009
2.053467
0.236768
3
UL
4.775196
3.114257
1.557129
6.539941
DL
2.70205
4.487988
6.385547
1.45332
5
UL
8.571094
5.589844
2.794922
11.73867
DL
4.85376
7.94751
11.23462
2.608594

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10
UL
17.80254
11.61035
5.805176
24.38174
DL
10.83633
17.02852
23.60772
5.418164
20
UL
27.47871
17.9209
8.96045
37.63389
DL
16.72617
26.28398
36.43916
8.363086
2.8.VCOM
2.9.Debug Interface
Actively report information such as IP address, signal strength, RSRP, etc.
DRPR Report

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Shell debugging interface, which can execute the shell commands.
AT debug interface
2.10.Device Information
Show the version information of the device

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3. AT Commands Supported by WebUI
3.1.Command Set Supported by AT Debug Interface
WebUI supports the following AP side AT commands
"AT+CFUN"
"AT^LCMFUN"
"AT^DTSET"
"AT^NETIFCFG"
"AT^DGMR"
"AT^DFGMR"
"AT^RCVR"
"AT^DAMR"
"AT^POWERCTL"
"AT^CAMERATL"
"AT^RMTCTL"
"AT^ELFUN"
"AT^ELCH"
"AT^ELCFGUL"
"AT^RECOVSET"
"AT^APLFUN"
"AT^VCOMFUN"
"AT^DHCPSET"
"AT^DHDRSET"
3.2.Explanation of AT Command in WebUI
Explanation of AT Command in WebUI
Menu
Commands
X Value
Remark
Prompt

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Query version
AT^DGMR?
Query the whole syste
Displays the whole system vers
Debug
Switch
at+cfun=
0 or 1
Single Selection
Success or
Failure
Key
Setting
at+cfun=0
at^dapi="X"
at+cfun=1
Rule: For commands that ca
n only be issued in the shut
down state, the combined c
ommand mode must be use
d
"must be even num
ber"
Must be hexadecimal, i.e. 0~9, A~F
or A~F, and must not exceed 64 ch
aracters, i.e. 32 bytes. It has to be
even. Add auxiliary instructions an
d set limits
It can only be s
et after soft sh
utdown
Success or
Failure
Master-Sla
ve
Setting
at+cfun=0
at^ddtc=X
at+cfun=1
Rule: for the instruction whi
ch can only be sent in the s
hutdown state, the combin
ed instruction mode must b
e adopted
1 or 2 or 0 can only
be displayed (1 is th
e main, 2 is the slav
e)
The single setting can only be 1/2,
but it can display 0 (X can also be 0
to indicate that the boot is of auto
matic type).
It can only be s
et after soft sh
utdown
Success or
Failure
Frequency
band
setting
at^daocndi=X
at+cfun=0
at+cfun=1
Prompt needs to be issued
after a soft restart
01 or 04 or 08
multiple choice
It can take effe
ct only after so
ft switch
Success or
Failure
IP address
Setting
at^netifcfg=2,"X.X.X.X"
Comply with IP addr
ess regulations
X is a space to manually enter any
number
Success or
Failure
Bandwidth
settings
at^drps=,X,
0 or 1 or 2 or 3 or 5
Single Selection
Local settings
Success or
Failure
Bandwidth
settings
at^drpc=,X,
0 or 1 or 2 or 3 or 5
Single Selection
Chain group se
ttings
Success or
Failure
Power
setting
at^drpc=,,"X"
-40 to +40
Manually input values in the range
Chain group se
ttings
Success or
Failure
Frequency
setting
at^drpc=X,,
Frequency point (ba
ndwidth value rang
e, 24015~24814,
8060~8259,
14279~14478)
Manually input the frequency poin
t number
Chain group se
ttings
Success or
Failure

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m version number
ion number
AT^DCMR=17
Query the physical laye
r version number
Displays the physical layer versi
on number
AT^DCMR=18
Query the high-level v
ersion number
Displays the high-level version
number
VCOM
at^vcomfun=X
0 or 1
Single Selection
1: vcom open
0: vcom close
Success or failure
prompt to power off and rest
art to take effect
Frequency hopping setting
(master end setting)
AT^DFHC=X
at+cfun=0
a+cfun=1
Prompt needs to be issue
d after a soft restart
0 or 1
（0: cl
ose ，
1: on）
Single Selection
Success or Failure