Safran CORTEX Series - 1.5 CORTEX HDR INTERFACES

HIGH DATA RATE RECEIVER
HDR-4G+ USER’S MANUAL
Ref. DTU 100782
Is.Rev 3.5
Date: June 1, 2021
© Safran Data Systems – IMP000074 e14r1
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It cannot be duplicated or distributed without expressed written consent.
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CORTEX HDR Interfaces 1.5
Mechanical & Electrical Interfaces 1.5.1
Refer to Section 1.6 and 2.2 for signal characteristics (bit rate, carrier frequency, modulation, PCM
code, level, impedance, test points, etc…) and I/O connections.
Ethernet TCP-IP Interface 1.5.2
Monitoring & Control data & Received Data are exchanged between the Signal Processing Software
(SPS) and remote M&C clients over any Ethernet port. The CORTEX HDR acts as a data server. Data
are exchanged using the connected-sockets communication protocol.
Some data flows accept multiple clients at a time (monitoring, logging, spectrum analysis, vector
analysis data), while other flows accept only one client at a time (equipment configuration and reset).
Each type of transfer flow is allocated a specific port number which the clients use for connecting to the
equipment. Port numbers are listed below:
DATA FLOW
PORT NUMBER
MAXIMUM NUMBER OF
CONNECTIONS
CORTEX HDR Monitoring Data (MON)
3000
24
CORTEX HDR Control Data (CTRL)
3001
1
CORTEX HDR Remote Access Control (RAC)
3003
1
TCP-IP Reset (RST)
3002
1
Logging Data (LOG)
3040
5
Telemetry Data (TM)
3075 (Option)
10
Playback Data #1 (PBK-1)
3080
1
Playback Data #2 (PBK-2)
3081
1
Spectrum Analysis Data (SPA)
3050
3
Vector Analysis Data (VEC)
3055
3
Doppler or Analysis Data (DOP)
3060
3
Table 1: CORTEX HDR TCP-IP Port Addresses
A detailed description of this interface is available in Annex 1 (Documents reference: STI 100013 and
STI 100013_HDR).
For Data transmission, the TCP/IP interface is recommended. As an option a UDT protocol could be
use please consult the factory.