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Software Defined Radio

 
 

Data Acquisition boards

 

VME Baseband over IP board 8 channels
- ref SM01003822A

This high resolution acquisition board features 8 analog channels and can be used to digitize 8 real input signals or 4 complex input signals.

 

Digital interfaces :

RS422 or RS485

RS232

I/O LVTTL

Ethernet 100 Base T

Applications :

Satellite communications

Base stations

Surveillance

Modems

Acquisitions one shot, multi trigger, continuous

Data sheet (PDF format) 132k
 

VME IF over IP Wideband Acquisition boards
- ref :

XC2V2000-140MHz SM01005305 B

XC2V3000-140MHz SM01005305 C

XC2V2000-70MHz SM01005305 D

XC2V3000-70MHz SM01005305 E

 

The VME-IFoIP-WB board consists of a VIM-MADBA acquisition board (ref. SM52101401B for a MADBA-2000 Virtex-II 2Mgates or ref. SM52101401C for a MADBA-3Virtex-II 3Mgates) and a VME Gateway board (ref. SM01004250A). It is integrated in a VME 6U form factor within 2 slots.
This system features 4 RF analog inputs, 32 DDC, 4 Virtex-II FPGA and 4 Gigabit Ethernet physical ports.

 

Digital interfaces :

VME

Ethernet 100 Base T

Applications :

Digital communications

Base stations

Surveillance

Modems

Data sheet (PDF format) 154k
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Switching board
 

VME IF switch matrix
VME-IF-SM-x-y
- ref SM 01004724A

This switch matrix is a 6U VME board that fits in a single slot.

It can route a RF source among 8 inputs towards each of the 4 outputs without any limitation.

It embeds a HC12 micro-controller and allows various control and command modes such as synchronous or asynchronous serial links, VME bus and also Ethernet 10BaseT as an option.

 

Interfaces :

RS485

Ethernet 100 Base T

Applications :

Satellite communications

Base stations

Surveillance

Modems

Data sheet (PDF format) 127k
▲

Converter boards
 

Converter board
L/UHF/VHF to 140 or 70 MHz IF band
- board versions
- rack versions

- versions cartes
- versions tiroirs

 

This board translates the VHF/UHF/L input frequency in an 140 or 70 MHz intermediate frequency.

 

Interfaces :

RS485

Ethernet 100 Base T

VME

 

Applications :

Agile transportable stations

Satellite L-band (950 - 1750MHz)

Satellite beacon reception

Data sheet (PDF Format) 196k
 

VME IF to Baseband boards
70 or 140 MHz - VME-IF2B-x
- ref SM01004725A

The VME IF to baseband boards are single slot boards that feature two down-conversion channels from 140 MHz or 70 MHz with 30 MHz bandwidth to narrowband base band.

They are designed to interface directly with the 8 channels VME-Baseband over IP- board (ref SM01003822A)

 

Interfaces :

RS485

Ethernet 100 Base T

VME

 

Applications :

Satellite communications

Base stations

Surveillance

Modems

Data sheet (PDF format) 132k
▲

Distribution rack

 

Distribution rack Baseband
RM-1U-B
- ref. SM01002045A (Gain 0 dB)
- ref. SM01002045B (Gain 20 dB)

 

This equipment dispatches and amplifies RF signals in 1- 200 MHz bandwidth.
It features 6 identical RF cells with 4 distributed outputs each, plus one test output and an extra output.

 

Main characteristics :

IF 1-200 MHZ

Gain 0 dB or 20 dB

6 inputs

24 to 30 outputs

2 versions:

Version A: SM01002045A for 0 dB gain (default value)

Version B: SM01002045B for 20 dB gain

Dimensions :19" x 1U x 13"

 

Applications :

RF signal spread

Clock distribution

Data sheet (PDF format) 121k
▲

Receiver
 

High data rate receiver - HDR

High data rate receiver - HDR

IN-SNEC unveils a new more powerful version of its flagship line, the Multimission High Data Rate demodulator (HDR).

 

Main benefits :

High data rate payload reception and demodulation

Continuously tunable from 500 kbps up to 2 Gbps

Flawless multimission versatility

You can receive all current and future missions without hardware redesign (BPSK, QPSK, O/S QPSK, A/U QPSK, 8PSK, GMSK.)

Open platform

PC-based demodulator with a FPGA-based open design (one board can receive, demodulate, bit sync, viterbi decode, frame sync and ingest the data)

Cost effective, high level of integration

Reduction of the Overall Cost of Ownership thanks to the integration of most features into one equipment

 

Advantages :

User-friendly and intuitive graphic user interface

Easy configuration and monitoring

Easy integration through TCP-IP socket interface

Windows XXL environment (architecture based on our CORTEX™)

Sliding keyboard

Floppy / CD drivers

Low dimensions (4U)

Data sheet (PDF format) 210k
 
 
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