RSI VIDEOTECHNOLOGIES WP01 Alarm panel User Manual UserManual 1
RSI VIDEOTECHNOLOGIES Alarm panel UserManual 1
Contents
- 1. user manual.PDF
- 2. UserManual.pdf
- 3. UserManual-1.pdf
UserManual-1.pdf
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VideoFreeCamSystem.RSI User manual for WIP Central command mode with Terminal_V1.2.doc
NOTICE
Date : vendredi 27 mars 2015
VideoFreeCamSystem.RSI User
manual for W Central command
mode with Terminal
Document : N:\Agrément\Tuto produit RSI pour
Labo\VideoFreeCamSystem.RSI User manual for WIP Central command
mode with Terminal_V1.0.doc
Version : V 1.0
Référence : CentraleW.RSI Notice d'utilisation centrale W pour
la certification.doc
Etat : Rédaction Terminé Approuvé
N° TPr
Libellé des travaux liés
Projet
Code
0030
Suivi agrement CE & EN
VideoFreeCamSystem.RSI
FCM
Auteurs
Vérificateurs
Approbateurs
Signatures
D. LEVAL
Diffusion interne
Pour information interne
Diffusion externe
Société
D. URLACHER
T. PETRI
J-L BUCHER
J-M REIBEL
S. FINCK
Résumé
Operating Instructions for W panel in command mode
HISTORIQUE DU DOCUMENT
Version
Date (J-M-A)
Initiales auteurs
Objet de la modification
Chapitre
1.0
02-02-2015
GeEu
Création
1...
1.1
24-02-2015
DaLe
MAJ info Ethernet
8
1.2
27-03-2015
GeEu
MAJ mode usine
2
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VideoFreeCamSystem.RSI User manual for WIP Central command mode with Terminal_V1.2.doc
REFERENCES
Référence
Nom
ABREVIATIONS
Abréviation
Désignation
SOMMAIRE
1. BILL OF MATERIAL ................................................................................................................................................................. 3
1.1 HARDWARE ............................................................................................................................................................................. 3
1.2 SOFTWARE ............................................................................................................................................................................... 3
2. TEST ENVIRONMENT SET-UP ............................................................................................................................................... 3
3. RF COMMANDS WITH TERMINAL....................................................................................................................................... 7
4. AUS VERSION ............................................................................................................................................................................. 8
4.1 INFORMATION .......................................................................................................................................................................... 8
4.2 FREQUENCY MAPPING ............................................................................................................................................................. 9
4.3 PACKETS FORMATS .................................................................................................................................................................. 9
5. US VERSION .............................................................................................................................................................................. 10
5.1 TUNE UP INFORMATION ......................................................................................................................................................... 10
5.2 FREQUENCY HOPPING ........................................................................................................................................................... 11
5.3 PACKETS FORMATS ................................................................................................................................................................ 12
6. EUROPE VERSION ................................................................................................................................................................... 13
6.1 TUNE UP INFORMATION ......................................................................................................................................................... 13
6.2 PACKETS FORMATS ................................................................................................................................................................ 14
7. GSM COMMANDS WITH TERMINAL ................................................................................................................................. 15
8. ETHERNET COMMANDS WITH TERMINAL .................................................................................................................... 16
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VideoFreeCamSystem.RSI User manual for WIP Central command mode with Terminal_V1.2.doc
1. BILL OF MATERIAL
1.1 Hardware
Computer with USB
RSI panel to test
Batteries
External power supply (if required by the tests)
1.2 Software
Terminal (like Hyperterminal, Putty …)
Driver for the USB key (on the commercial videofied USB key) (Silicon labs CP210x driver can be found here).
2. TEST ENVIRONMENT SET-UP
Disconnect the power supply, USB and the battery
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Press the RESET button while connecting the battery
Hold down the INIT button until the status LED is turned off.
Plug the ribbon to the RSI panel
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VideoFreeCamSystem.RSI User manual for WIP Central command mode with Terminal_V1.2.doc
Connect the peripheral USB key to the computer and plug the ribbon in the USB key
Search and note the STMicroelectronics Virtual COM Port number (STM32 Virtual COM Port driver must be
installed)
Launch and configure the Terminal application.
Config :
- Baudrate : 38400
- Data bits : 8
- Stop bit : 1
- No Parity and no flow control
Optional :
- Force terminal Local echo
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Display status and version number
Command : u
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3. RF COMMANDS WITH TERMINAL
Unmodulated carrier transmission mode:
1: Enter command ‘RCxx’ with xx the correct channel number.
xx : 0 to 3 for EU version and 0 to 24 for US or AUS version (see below).
2: Enter command ‘RTX’ for start transmission.
To stop the transmission, enter command ‘RS’.
Modulated carrier transmission mode:
1: Enter command ‘RCxx’ with xx the correct channel number.
xx : 0 to 3 for EU version and 0 to 24 for US or AUS version (see below).
2: Enter command ‘RTXM’ for start transmission.
To stop the transmission, enter command ‘RS’.
Hopping frequency transmission mode :
1: Enter command ‘RCxx’ with xx the correct channel number.
xx : 0 to 24 for US or AUS version (see below).
2: Enter command ‘RTXH’ for start transmission.
To stop the transmission, enter command ‘RS’.
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4. AUS VERSION
4.1 Information
Min.
Typical
Max.
Unit
Comments
Frequency Band
ISM Band
915
928
MHz
Center Frequency
921.5
MHz
Bandwidth
12.5
MHz
Spectral Dispersion
FHSS
Channel Number
25
Frequency Separation between channels
500
kHz
Center Frequency Channel n
915,5 +0,5 n
MHz
n : 0 to 24
Frequency Accuracy at 25°C
±12
ppm
Frequency Stability over temperature :
±10
ppm
(- 10 to + 55°C / ref. 25°C)
Channel Modulation
Modulation Type
GFSK
Deviation
±70
kHz
-20dB Bandwidth
243
500
kHz
RBW:30kHz / VBW:30kHz
Binary Rate
38,67
kbps
~ 19,8MHz/8/64
RF Power
(Conducted Measurements)
TX Power
15
17.5
20
dBm
Delivered to the antenna
Installation Attenuation
6
dB
For optimal efficiency
RX Sensitivity
-103
dBm
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4.2 Frequency mapping
Channel n
Frequency (MHz)
Pseudo Random Rank
0
915.5
0
1
916.0
10
2
916.5
6
3
917.0
16
4
917.5
22
5
918.0
24
6
918.5
3
7
919.0
5
8
919.5
2
9
920.0
18
10
920.5
14
11
921.0
20
12
921.5
12
13
922.0
1
14
922.5
23
15
923.0
11
16
923.5
15
17
924.0
9
18
924.5
7
19
925.0
17
20
925.5
21
21
926.0
19
22
926.5
4
23
927.0
8
24
927.5
13
4.3 Packets formats
A given message is divided in several packets (fixed length = 10 bytes). The preamble packets are transmitted first and
contain longer preamble bytes for easier synchronization of the receiver. The following data packets contain the payload
(5 bytes). The total number of packets is variable.
Preamble packet :
01010101
01010101
01010101
01010101
01010101
01010101
11110010
type | hop | chan#
8-bit
8-bit
learn
learn
learn
learn
learn
learn
sync-P
xx | flag | ccccc
syst Id_lo
syst Id_hi
Usage :
pairing
00 | preamb
| async
hop flag +
channel #
hop=0 : default
hop table
std preamb
01 | preamb sync
|
hop flag+
down-counter
hop=1 : alternate
hop table
resync
11 | preamb
| async
hop flag +
channel #
Data packet :
01010101
01010101
01000001
type | dwn cntr
data1
data2
data3
data4
data5
CRC-8
learn
learn
sync-D
10 | dddddd
(*)
(*)
(*)
(*)
(*)
Dwell time: 2.068 ms
Blank time: ~206.9µs
(*) The data bytes may have any values, included consecutive ‘0’ or ‘1’. These cases shall not affect the clock recovery
function.
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5. US VERSION
5.1 Tune Up Information
Min.
Typical
Max.
Unit
Comments
Frequency Band
ISM Band
902
928
MHz
Center Frequency
915.3
MHz
Bandwidth
22
MHz
Spectral Dispersion
FHSS
Channel Number
25
Frequency Separation between channels
900
kHz
Center Frequency Channel n
904,5 +0,9 n
MHz
n : 0 to 24
Frequency Accuracy at 25°C
±12
ppm
Frequency Stability over temperature :
±10
ppm
(- 10 to + 55°C / ref. 25°C)
Channel Modulation
Modulation Type
FSK
ou GFSK
Deviation
±120
kHz
-20dB Bandwidth
250
kHz
Min FCC value for 25 ch
Binary Rate
38,67
kbps
~ 19,8MHz/8/64
RF Power
(Conducted Measurements)
TX Power
15
17.5
20
dBm
Delivered to the antenna
Installation Attenuation
6
dB
For optimal efficiency
RX Sensitivity
-103
dBm
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5.2 Frequency Hopping
Pseudorandom Frequency Hopping Sequence
Each device contains a table to store the values of all 25 channels. The channels are arranged in a pseudo random
sequence has described in the table here below (the channels are numbered from 1 to 25).
Channel n
Fequency (MHz)
Pseudo Random Rank
0
904.5
0
1
905.4
10
2
906.3
6
3
907.2
16
4
908.1
22
5
909.0
24
6
909.0
3
7
910.8
5
8
911.7
2
9
912.6
18
10
913.5
14
11
914.4
20
12
915.3
12
13
916.2
1
14
917.1
23
15
918.0
11
16
918.9
15
17
919.8
9
18
920.7
7
19
921.6
17
20
922.5
21
21
923.4
19
22
924.3
4
23
925.2
8
24
926.1
13
Equal Hopping Frequency Hopping Use
Each device handles a pointer which indicates the next channel to be used.
This pointer is incremented at each hope and it returns to the value 1 after the value 25.
In this way, all channel are used the same amount of time, in average.
Please note that not all channels are used for each transmission.
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VideoFreeCamSystem.RSI User manual for WIP Central command mode with Terminal_V1.2.doc
5.3 Packets formats
A given message is divided in several packets (fixed length = 10 bytes). The preamble packets are transmitted first and
contain longer preamble bytes for easier synchronization of the receiver. The following data packets contain the payload
(5 bytes). The total number of packets is variable.
Preamble packet :
01010101
01010101
01010101
01010101
01010101
01010101
11110010
type | hop | chan#
8-bit
8-bit
learn
learn
learn
learn
learn
learn
sync-P
xx | flag | ccccc
syst Id_lo
syst Id_hi
Usage :
pairing
00 | preamb
| async
hop flag +
channel #
hop=0 : default
hop table
std preamb
01 | preamb sync
|
hop flag+
down-counter
hop=1 : alternate
hop table
resync
11 | preamb
| async
hop flag +
channel #
Data packet :
01010101
01010101
01000001
type | dwn cntr
data1
data2
data3
data4
data5
CRC-8
learn
learn
sync-D
10 | dddddd
(*)
(*)
(*)
(*)
(*)
w
Dwell time: 2.068 ms
Blank time: ~206.9µs
(*) The data bytes may have any values, included consecutive ‘0’ or ‘1’. These cases shall not affect the clock recovery
function.
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6. EUROPE VERSION
6.1 Tune Up Information
Min.
Typical
Max.
Unit
Comments
Frequency Band
ISM Band
868,1
869,1
MHz
Bandwidth
2
MHz
Channel Number
5
Frequency Separation between channels
300
kHz
Frequency Accuracy at 25°C
±12
ppm
Frequency Stability over temperature :
±10
ppm
(- 10 to + 55°C / ref. 25°C)
Channel Modulation
Modulation Type
GFSK
Deviation
50
kHz
Binary Rate
19,53
kbps
Low speed video
38,4
High speed video
9,76
Wiselink
RF Power
(Conducted Measurements)
TX Power
17
dBm
Delivered to the antenna
Installation Attenuation
6
dB
For optimal efficiency
RX Sensitivity
-106,3
dBm
Data frequencies
Channel n
Fequency (MHz)
0
868,1
1
868,5
2
868,8
3
869,1
Video frequencie
Channel n
Fequency (MHz)
0
869,531
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6.2 Packets formats
Preamble packet :
Division asynchronous format
Préamb 1
Préamb 2
Préamb 3
Préamb 4
Préamb 5
Préamb 6
Préamb 7
Préamb 8
Préamb 9
Préamb 10
Préamb 11
Préamb 12
Préamb 13
Préamb 14
Préamb 15
Sync 1
Sync 2
01010101
01010101
01
010101
0101
0101
010101
01
01010101
01010101
01
010101
0101
0101
010101
01
01010101
01010101
01
010101
0101
0101
010101
01
01010101
01010101
01
010101
0101
0111
111111
00
00000001
Octet 1
Octet 2
Octet 3
Octet 4
Octet 5
Octet 6
Octet 7
Octet 8
Octet 9
Octet 10
Octet 11
Octet12
Octet 13
Octet 14
Octet 15
Octet 16
Octet 17
Octet 18
Octet 19
Octet 20
Octet 21
Introduction on 18 bytes
Pattern synchro 3 oct.
Division SPI format
Payload :
Division asynchronous format
Sign+len
Sign+type
adresse
data
data
. . .
. . .
. . .
0 ss
1
0 ssstt
ttt1
0era
aaaaa1
0x
xxxxxxx1
0xxxxxxx
x1
0xxxxx
xxx1
0xxx
xxxxx1
0 x
xxxxxxx1
Octet 1
Octet 2
Octet 3
Octet 4
Octet 5
Octet 7
Octet 8
Octet 9
Octet 10
Octet …
Division SPI format
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7. GSM COMMANDS WITH TERMINAL
Starting GSM module :
Command : ‘M1’
Stopping GSM module :
Command : ‘M7’
Enter PIN code :
Command : ‘AT+CPIN=0000’ with 0000 the correct PIN code
Band selection for registration in GSM simulator :
1: Start the GSM module with the command « M1 », a confirmation message must be displayed.
2: Enter « AT#AUTOBND=0 »
3: Enter « AT#BND=x » with « x » as follow :
<band>:
0 - GSM 900MHz + DCS 1800MHz
1 - GSM 900MHz + PCS 1900MHz
2 - GMS 850MHz + DCS 1800MHz
3 - GMS 850MHz + PCS 1900MHz
4: Save these settings : enter « AT&W »
5: Stop the GSM module : « M7 », a confirmation message must be displayed.
6: Wait 5 seconds
7: Start again the GSM module with the command « M1 », a confirmation message must be displayed.
Now the GSM module is ON and well set.
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8. ETHERNET COMMANDS WITH TERMINAL
Starting Ethernet module
Command : “WIZ1”
Configuration of the local IP address of the module - 192.168.100.90
Command : “WIP 192.168.100.90”
Now, it’s possible to do a « ping » at this address 192.168.100.90.
Stopping Ethernet module
Command : “WIZ0“
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Configuration of the local IP address of the PC - 192.168.100.1
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It’s necessary to take a null modem cable.
Starting “ping” command
Open “command prompt”
Enter command : “ping –t 192.168.100.90” and press on “Enter”
Stopping “ping” command
Press on “Ctrl + C“