A complete IN-SNEC turnkey solution to guaranty the BEST ...

A complete
IN-SNEC
turnkey
solution
to guaranty
the BEST
QUALITY of
SERVICE
Ordering information � Model references
LNA
Frequency
converter
Switch IF matrix
Distribution Rack
Ground
station
For more information, refer to the IN-SNEC data sheets :
CSM
� FTP.000135 - VME-IFoIP-WB - VME IF over IP Wideband Acquisition board
� FTP.000136 - VME-RF-x2IF-y - VME Converter board
� FTP.000130 - VME-IF-SM - VME IF switch matrix
� FTP.000134 - RM-1U-B - Distribution rack Baseband
Versions Boards References
VME-IFoIP-WB VME-RF-x2IF-y
Standard IF 1 0 SM01016471A
Standard RF 1 1 SM01016471B
Full RF 1 4 SM01016471C
IN-SNEC Normandie : 2, rue de Caen - 14740 Bretteville l’Orgueilleuse - France
(Head Quarters) Ph. +33 (0)2 31 29 49 49 - Fax. +33 (0)2 31 29 49 25
IN-SNEC Paris : 5, avenue des Andes - BP 101 - 91943 Les Ulis Cedex A - France
Ph. +33 (0)1 69 82 78 00 - Fax. +33 (0)1 69 07 39 50
IN-SNEC Aquitaine : Aérodrome d’Arcachon - 33260 La Teste - France
Ph. +33 (0)5 57 52 76 30 - Fax. +33 (0)5 57 52 76 40
http://www.in-snec.com
ISO 9001/n°1533386
AQAP 2110/n°1533386
AS/EN 9100/n°1533386
ISO 14001/n°1571249
Certified by
IN-SNEC reserves the right to change specifications without notice - FTP0000148.1.0
Dedicated to Traffic Surveillance of satellite transponders, the
Compact Satellite Carrier Monitoring System is composed of
a front-end 2U chassis and a full software package for signal
acquisition, processing, measurements and analysis.
The fastest and smartest solution for most types of
signals in all frequency bands.
Main Functions
� Signal Acquisition and Processing
� Carrier Monitoring
� Interference Detection
� Carrier under Carrier Analysis
Main Benefits
� Very high flexible architecture
� Easily extensible and adaptative software
� Very compact and simple solution; Easily transportable
� High reliability
� Very high speed multitasking
� Very easy and intuitive GUI
� High maintainability
CSM
Compact Satellite Carrier
Monitoring System
Main Features
� IF / RF input
� Front end processing
� Both analog & digital parameters measurement capacity
� Fast measurements
� RF > 100 carriers/s
� QoS > 50 carriers/s
� Blind mode > 30 carriers/mn
� Software based on standard Pentium PC server
� MPSK, MQAM, MPAM, APSK , DBPSK, SDBPSK, DQPSK, SDQPSK,
OQPSK, O16QAM modulations
� Automatic and dynamic generation of the initial databases

Configuration
Basic features
� 1 chassis 19” x 2U x 550 (or 350) mm
� VME boards upon versions
� Standard IF version: (4 IF inputs)
1 VME over IP Wideband acquisition board - VME-IFoIP-WB
� Standard RF version: (1 RF & 3 IF inputs)
1 VME over IP Wideband acquisition board - VME-IFoIP-WB
+ 1 VME Down Converter board - VME-RF-x2IF-y
� Full RF version: (4 RF inputs)
1 VME over IP Wideband acquisition board - VME-IFoIP-WB
+ 4 VME Down Converter boards - VME-RF-x2IF-y
Configuration
Linux (FC3, ...) or Windows (XP, 2000, ..) operating system
Software licenses :
� Signal Acquisition & Processing (TCP/IP interface)
� Carrier Monitoring (GUI)
� Interference detection
GUI
CSM
Functions
VME Down Converter board - VME-RF-x2IF-y (for RF versions)
� Translation of VHF/UHF/L input frequency in an 140 or
70 MHz intermediate frequency
VME IF over IP Wideband Acquisition board - VME-IFoIP-WB
� Analog to digital conversion �Wideband acquisition
� Real time channelization �Control and broadcasting
� Processing in Powerquicc III �Pre-processing in FPGA
Physical specifications
Operating temperature +10°C to +40 °C
Storage temperature -40°C to +70 °C
Voltage; Consumption 100-240V, 50-60Hz ; 150W
Context sensitive menus
Multi windows : Spectrum analyzer
Sonogram analyzer
Instantaneous frequency, constellation, ...
HARDWARE FEATURES
SOFTWARE FEATURES
Compact Satellite Carrier Monitoring
IF input
Input Frequency 70 or 140 MHz
Sampling Frequency adjustable 75-100 MHz
Max input level + 20 dBm
Dynamic range 115 dB nominal
Phase noise levels 1kHz -50 dBc
10kHz -70 dBc
100kHz -100 dBc
1MHz -110 dBc
Instantaneous bandwidth 144 MHz (4x36 MHz)
Bandwidth resolution 415 Hz up to 2.5MHz
32 real time DDC up to 2.5 Mbps each
Signal Processing
Data acquisition
Modulations Digital linear : MPSK, MQAM, MPAM, APSK
Differential : DBPSK, SDBPSK, DQPSK, SDQPSK,...
Offset Quadrature : OQPSK, O16QAM, ...
M-FSK : all parameters estimated (rate, index,.)
OFDM (rate, FFT size, ...)
CPM (index, filter type, rate, ...)
Analog (FM, AM)
Symbol rate accuracy : 1e -5
FEC detection and recognition (CV & RS)
Works under both AWGN and time/frequency fading channels
(cyclostationnary algorithms and full blind equalizers)
End-to-end analysis time : 2 seconds/signal
Databases > 50 communication standards
Satellite database
Transmitter database
Monitoring plan database
Data display Graphic User Interface
Interference Detection
Measurements up to 30 carriers /mn
Blind signal analysis
Automatic Carrier detection
Carrier under carrier detection
Adaptative signal cancellation
Technical specifications
RF input
Frequency range L-band 950-1750 MHz
or/and Upper L-band 1450-2150 MHz
Interfaces
Technical specifications
VHF band 230-470 MHz
UHF band 470-950 MHz
RF inputs SMA female
IF inputs SMA female
Control Ethernet
Data streams 4 x (1 Giga bit Ethernet)
Carrier Monitoring
Data supervision Analysis
Alarms : Carrier power, Frequency, BW, N0,
SNR, Modulation, Symbol rate, Code
Immediate visualization of conformity:
Data reporting Log-file, history, task, link budget
Data management automatic set-up, recording into databases
Measurements RF parameters up to 100 carriers /s
Pi Input Power
Fc Carrier Frequency
BW3dB 3dB bandwidth
BW Total bandwidth
N0 Noise density
QoS parameters up to 50 carriers /s
C/N0 Carrier to Noise density ratio
C/N Carrier to Noise ratio
Eb/N0
Digital parameters
Bit energy to noise density ratio
Modulation;
Constellation;
Bit rate; Baud rate;
FEC; RS
Plug-ins Tools for users scripts and C++ programs
Calibration On request (PFD calculated)
TV signals On request (quality service, MPEG2 conformity)