Transcript
sr_40_af.fh11 12/2/10 09:43 P gina 1
SPACE
SOFTWARE-RADIO SATELLITE COMUNICATIONS IP MODEMS
Interfaces FRONT ETH
USB
TEL
Type
RJ-45 (10/100baseTX)
Signals
Data, M and C and maintenance
Type
USB 1.1
Signals
Firmware download
Type
RJ-11
Signals
Telephone (available upon request)
Type
Female BNC
Signals
External Synchronization in/out signal
Type
Female BNC
Signals
10 MHz input/output clock reference
Type
Female BNC (Female N optional)
Signals
Radiofrequency input signal
Type
Female N
Satellite communications, earth observation, navigation and positioning and control stations
BACK SYNC
REF
Rx
Rx2 (SR50 only)
indracompany.com
Signals
Radiofrequency input signal (DVB-S2 additional optional input)
Tx
Type
Female BNC (Female N optional)
Signals
Radiofrequency output signal
M and C
Type
Asynchronous RS232 (Male DB-9)
Signals
Data and M and C
Type
Synchronous I/F (Female DB-25): V35,EIA530/A, RS449, V36, RS-232, X.21
Signals
User data
AUX
Type
Female DB-9
Signals
Available upon request
C1 C2 C3 C4
Type
4 x IPT02A8-4P (round)
Signals
Available upon request
Type
Power supply
Signals
110-220 V 50-60 Hz
Data Interf.
VAC
Ordering information MODEL NAME SR40 SR40+ SR50
DESCRIPTION Basic model SR40 + TCP/IP hardware acceleration and compression SR40 + DVB-S2 with ACM
OPTIONS (MODEL NAME)-XYZ
ELECTRICAL INTERFACE (X) Blank= standard IF (70 Mhz) L= L band interface
SPACE
Composici n
ENVIRONMENTAL (Y) Blank= standard version M= maritime version
MECHANICAL INTERFACE (Z) Blank= standard 1 U box R= rail adapted box
C/ Mar Egeo, 4 Polígono industrial, 1 28830 San Fernando de Henares Madrid (Spain) T + 34 91 626 90 00 F + 34 91 626 88 90
[email protected] indracompany.com
Roc Boronat 133 08018 Barcelona (Spain) T + 34 93 463 00 00 F + 34 93 463 09 22
Indra reserves the right to modify these specifications without prior notice.
sr_40_af.fh11 12/2/10 09:43 P gina 2
SR40 SR50
SOFTWARE-RADIO SATELLITE COMUNICATIONS IP MODEM Highlights • Software-defined radio IP-router modem • Ready for satcom on the move: ships (rough sea conditions as per STANAG 4485) and high-speed vehicles (up to 300 Km/h) • Integrated QoS and TCP/IP compression and acceleration • Bridge and router IP operation mode for the satellite link • Five waveforms available: SCPC , SCPC DVB-S2, DS-SCPC, FH-SCPC (STANAG 4606) and CDMA (STANAG 4708, network mode)
• SCPC based on IESS 308/309 and STANAG 4486 and DVB-S2 with ACM • Frequency hopping waveform based on STANAG 4606 • Fully automated DAMA network • Wide range of user data rates: from narrowband (voice) up to broadband • Sync and async user data interfaces: EIA-530/A, RS449, V35, V36, X.21 and RS232, Ethernet
Environmental specifications
• External sync interfaces for PPS or blanking • Automatic power control for all waveforms • Local (display) and remote (IP SNMP) M&C • Firmware update on-site remotely • New customer-defined waveforms available upon request • No fans for higher reliability
Operation temperature
-15ºC < T < +55ºC
Storage and transport temperature
-25ºC < T < 70ºC
Dimensions
1U 19” frame 400 mm depth
Operating humidity
0-95%*, non-condensing (*with coating, 90% without)
Low pressure (air transportation)
MIL-STD-810 F
Vibration
MIL-STD-810-F M 514.5
General specifications (all modes) IF frequency
70 MHz +/- 20 MHz
L band frequency
950 MHz to 1450 MHz or 950 MHz to 2150 MHz
Clock reference
10 MHz (internal or external)
Roll-off factor
0.22, 0.3, 0.4
SCPC SPECIFICATION
Jammer
User data rates
64 kbps – 2048 kbps
Modulation
QPSK
FEC (selectable)
Convolutional 1/2 or 3/4 Reed-Solomon
Performance
Meets IESS308
Waveform based on
IESS 308/309, STANAG 4486
SCPC (DVB-S2) SPECIFICATION
DVB-S2 link (broadcast)
SCPC link (point-to-point)
FH-SCPC link (point-to-point)
DS-SCPC link (point-to-point)
CDMA link (network mode)
Multiwaveform IP router modem EPM and non-EPM modem ready for satcom OTM
SR40 / SR50
Composici n
100 Kbps – 30 MSps
Modulation
QPSK, 8 PSK, 16 APSK
FEC
LDPC/BCH
Performance
CCM/VCM/ACM
Waveform
ESTI EN 3O2 307
DS-SCPC SPECIFICATION
Introduction
Waveform The modem is designed based on the software-radio paradigm. Hence different configurations are available without any change of hardware. The waveform is selected through the keyboard and display. SR40 and SR50 can work both as part of a fully automated DAMA network (requires installation of the Network Management System) or setting up point to point links. In both scenarios, the modem can be integrated in existing M&C systems through standard SNMP IP interface.
User data rates
SCPC
The core of the modem is an advanced signal processing board based on state-of-the-art DSP and FPGA. IF frequency at 70 MHz uses no analog mixing neither at the RX nor TX chains. Additionally, an on-board controller and a powerful network processor allow implementation of advanced networking and general purpose applications. SR40 and SR50 can be configured in both bridge and router modes in order to provide the greatest flexibility when integrated in existing networks. Optional L-band interface and TCP/IP acceleration.
SCPC (DVB-S2)
SPACE
Description
User data rates
12 kbps – 2048 kbps
Spreading factor
2, 4, 8, 16, 31, 63 and 127
FEC (selectable)
Convolutional
BW
20 kHz – 10 MHz
1/
2
or 3/4 Reed-Solomon Turbo codes 1/2 , 1/3
3 , /4 (option)
FH-SCPC SPECIFICATION
Single carrier using QPSK to IESS308 standard Waveform based on IESS 308/309, STANAG 4486 Broadcast reception or SCPC link DVB-S2 waveform with ACM (as an option)
User data rates
8 kbps – 256 kbps
Hopping rate
2000 hops/second
FEC
fixed (convolutional 1/2 + RS)
DS-SCPC
Proprietary spreading (direct sequence) for reduced spectrum density of the SCPC
SW jamming detector
Yes
FH-SCPC
Single carrier QSPK hopping for highest level of security and interception Waveform based on STANG 4606
Waveform based on
STANAG 4606
CDMA
Quasi-synchronous CDMA network mode (includes network synchronization and management)
User data rates
8 kbps – 1522 kbps
Spreading factor
31, 63, 127
Pilot FEC (fixed)
Convolutional
1/
User FEC (selectable)
Convolutional
1/
BW
500 kHz – 5 MHz
CDMA SPECIFICATION
SPACE
2 Reed-Solomon 2
or
Turbo codes 1/2 (option)
3/ Reed-Solomon 4
Turbo codes 1/2 , 1/3
3 , /4 (option)
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SR40 SR50
SOFTWARE-RADIO SATELLITE COMUNICATIONS IP MODEM Highlights • Software-defined radio IP-router modem • Ready for satcom on the move: ships (rough sea conditions as per STANAG 4485) and high-speed vehicles (up to 300 Km/h) • Integrated QoS and TCP/IP compression and acceleration • Bridge and router IP operation mode for the satellite link • Five waveforms available: SCPC , SCPC DVB-S2, DS-SCPC, FH-SCPC (STANAG 4606) and CDMA (STANAG 4708, network mode)
• SCPC based on IESS 308/309 and STANAG 4486 and DVB-S2 with ACM • Frequency hopping waveform based on STANAG 4606 • Fully automated DAMA network • Wide range of user data rates: from narrowband (voice) up to broadband • Sync and async user data interfaces: EIA-530/A, RS449, V35, V36, X.21 and RS232, Ethernet
Environmental specifications
• External sync interfaces for PPS or blanking • Automatic power control for all waveforms • Local (display) and remote (IP SNMP) M&C • Firmware update on-site remotely • New customer-defined waveforms available upon request • No fans for higher reliability
Operation temperature
-15ºC < T < +55ºC
Storage and transport temperature
-25ºC < T < 70ºC
Dimensions
1U 19” frame 400 mm depth
Operating humidity
0-95%*, non-condensing (*with coating, 90% without)
Low pressure (air transportation)
MIL-STD-810 F
Vibration
MIL-STD-810-F M 514.5
General specifications (all modes) IF frequency
70 MHz +/- 20 MHz
L band frequency
950 MHz to 1450 MHz or 950 MHz to 2150 MHz
Clock reference
10 MHz (internal or external)
Roll-off factor
0.22, 0.3, 0.4
SCPC SPECIFICATION
Jammer
User data rates
64 kbps – 2048 kbps
Modulation
QPSK
FEC (selectable)
Convolutional 1/2 or 3/4 Reed-Solomon
Performance
Meets IESS308
Waveform based on
IESS 308/309, STANAG 4486
SCPC (DVB-S2) SPECIFICATION
DVB-S2 link (broadcast)
SCPC link (point-to-point)
FH-SCPC link (point-to-point)
DS-SCPC link (point-to-point)
CDMA link (network mode)
Multiwaveform IP router modem EPM and non-EPM modem ready for satcom OTM
SR40 / SR50
Composici n
100 Kbps – 30 MSps
Modulation
QPSK, 8 PSK, 16 APSK
FEC
LDPC/BCH
Performance
CCM/VCM/ACM
Waveform
ESTI EN 3O2 307
DS-SCPC SPECIFICATION
Introduction
Waveform The modem is designed based on the software-radio paradigm. Hence different configurations are available without any change of hardware. The waveform is selected through the keyboard and display. SR40 and SR50 can work both as part of a fully automated DAMA network (requires installation of the Network Management System) or setting up point to point links. In both scenarios, the modem can be integrated in existing M&C systems through standard SNMP IP interface.
User data rates
SCPC
The core of the modem is an advanced signal processing board based on state-of-the-art DSP and FPGA. IF frequency at 70 MHz uses no analog mixing neither at the RX nor TX chains. Additionally, an on-board controller and a powerful network processor allow implementation of advanced networking and general purpose applications. SR40 and SR50 can be configured in both bridge and router modes in order to provide the greatest flexibility when integrated in existing networks. Optional L-band interface and TCP/IP acceleration.
SCPC (DVB-S2)
SPACE
Description
User data rates
12 kbps – 2048 kbps
Spreading factor
2, 4, 8, 16, 31, 63 and 127
FEC (selectable)
Convolutional
BW
20 kHz – 10 MHz
1/
2
or 3/4 Reed-Solomon Turbo codes 1/2 , 1/3
3 , /4 (option)
FH-SCPC SPECIFICATION
Single carrier using QPSK to IESS308 standard Waveform based on IESS 308/309, STANAG 4486 Broadcast reception or SCPC link DVB-S2 waveform with ACM (as an option)
User data rates
8 kbps – 256 kbps
Hopping rate
2000 hops/second
FEC
fixed (convolutional 1/2 + RS)
DS-SCPC
Proprietary spreading (direct sequence) for reduced spectrum density of the SCPC
SW jamming detector
Yes
FH-SCPC
Single carrier QSPK hopping for highest level of security and interception Waveform based on STANG 4606
Waveform based on
STANAG 4606
CDMA
Quasi-synchronous CDMA network mode (includes network synchronization and management)
User data rates
8 kbps – 1522 kbps
Spreading factor
31, 63, 127
Pilot FEC (fixed)
Convolutional
1/
User FEC (selectable)
Convolutional
1/
BW
500 kHz – 5 MHz
CDMA SPECIFICATION
SPACE
2 Reed-Solomon 2
or
Turbo codes 1/2 (option)
3/ Reed-Solomon 4
Turbo codes 1/2 , 1/3
3 , /4 (option)
sr_40_af.fh11 12/2/10 09:43 P gina 1
SPACE
SOFTWARE-RADIO SATELLITE COMUNICATIONS IP MODEMS
Interfaces FRONT ETH
USB
TEL
Type
RJ-45 (10/100baseTX)
Signals
Data, M and C and maintenance
Type
USB 1.1
Signals
Firmware download
Type
RJ-11
Signals
Telephone (available upon request)
Type
Female BNC
Signals
External Synchronization in/out signal
Type
Female BNC
Signals
10 MHz input/output clock reference
Type
Female BNC (Female N optional)
Signals
Radiofrequency input signal
Type
Female N
Satellite communications, earth observation, navigation and positioning and control stations
BACK SYNC
REF
Rx
Rx2 (SR50 only)
indracompany.com
Signals
Radiofrequency input signal (DVB-S2 additional optional input)
Tx
Type
Female BNC (Female N optional)
Signals
Radiofrequency output signal
M and C
Type
Asynchronous RS232 (Male DB-9)
Signals
Data and M and C
Type
Synchronous I/F (Female DB-25): V35,EIA530/A, RS449, V36, RS-232, X.21
Signals
User data
AUX
Type
Female DB-9
Signals
Available upon request
C1 C2 C3 C4
Type
4 x IPT02A8-4P (round)
Signals
Available upon request
Type
Power supply
Signals
110-220 V 50-60 Hz
Data Interf.
VAC
Ordering information MODEL NAME SR40 SR40+ SR50
DESCRIPTION Basic model SR40 + TCP/IP hardware acceleration and compression SR40 + DVB-S2 with ACM
OPTIONS (MODEL NAME)-XYZ
ELECTRICAL INTERFACE (X) Blank= standard IF (70 Mhz) L= L band interface
SPACE
Composici n
ENVIRONMENTAL (Y) Blank= standard version M= maritime version
MECHANICAL INTERFACE (Z) Blank= standard 1 U box R= rail adapted box
C/ Mar Egeo, 4 Polígono industrial, 1 28830 San Fernando de Henares Madrid (Spain) T + 34 91 626 90 00 F + 34 91 626 88 90
[email protected] indracompany.com
Roc Boronat 133 08018 Barcelona (Spain) T + 34 93 463 00 00 F + 34 93 463 09 22
Indra reserves the right to modify these specifications without prior notice.
sr_40_af.fh11 12/2/10 09:43 P gina 2
SR40 SR50
SOFTWARE-RADIO SATELLITE COMUNICATIONS IP MODEM Highlights • Software-defined radio IP-router modem • Ready for satcom on the move: ships (rough sea conditions as per STANAG 4485) and high-speed vehicles (up to 300 Km/h) • Integrated QoS and TCP/IP compression and acceleration • Bridge and router IP operation mode for the satellite link • Five waveforms available: SCPC , SCPC DVB-S2, DS-SCPC, FH-SCPC (STANAG 4606) and CDMA (STANAG 4708, network mode)
• SCPC based on IESS 308/309 and STANAG 4486 and DVB-S2 with ACM • Frequency hopping waveform based on STANAG 4606 • Fully automated DAMA network • Wide range of user data rates: from narrowband (voice) up to broadband • Sync and async user data interfaces: EIA-530/A, RS449, V35, V36, X.21 and RS232, Ethernet
Environmental specifications
• External sync interfaces for PPS or blanking • Automatic power control for all waveforms • Local (display) and remote (IP SNMP) M&C • Firmware update on-site remotely • New customer-defined waveforms available upon request • No fans for higher reliability
Operation temperature
-15ºC < T < +55ºC
Storage and transport temperature
-25ºC < T < 70ºC
Dimensions
1U 19” frame 400 mm depth
Operating humidity
0-95%*, non-condensing (*with coating, 90% without)
Low pressure (air transportation)
MIL-STD-810 F
Vibration
MIL-STD-810-F M 514.5
General specifications (all modes) IF frequency
70 MHz +/- 20 MHz
L band frequency
950 MHz to 1450 MHz or 950 MHz to 2150 MHz
Clock reference
10 MHz (internal or external)
Roll-off factor
0.22, 0.3, 0.4
SCPC SPECIFICATION
Jammer
User data rates
64 kbps – 2048 kbps
Modulation
QPSK
FEC (selectable)
Convolutional 1/2 or 3/4 Reed-Solomon
Performance
Meets IESS308
Waveform based on
IESS 308/309, STANAG 4486
SCPC (DVB-S2) SPECIFICATION
DVB-S2 link (broadcast)
SCPC link (point-to-point)
FH-SCPC link (point-to-point)
DS-SCPC link (point-to-point)
CDMA link (network mode)
Multiwaveform IP router modem EPM and non-EPM modem ready for satcom OTM
SR40 / SR50
Composici n
100 Kbps – 30 MSps
Modulation
QPSK, 8 PSK, 16 APSK
FEC
LDPC/BCH
Performance
CCM/VCM/ACM
Waveform
ESTI EN 3O2 307
DS-SCPC SPECIFICATION
Introduction
Waveform The modem is designed based on the software-radio paradigm. Hence different configurations are available without any change of hardware. The waveform is selected through the keyboard and display. SR40 and SR50 can work both as part of a fully automated DAMA network (requires installation of the Network Management System) or setting up point to point links. In both scenarios, the modem can be integrated in existing M&C systems through standard SNMP IP interface.
User data rates
SCPC
The core of the modem is an advanced signal processing board based on state-of-the-art DSP and FPGA. IF frequency at 70 MHz uses no analog mixing neither at the RX nor TX chains. Additionally, an on-board controller and a powerful network processor allow implementation of advanced networking and general purpose applications. SR40 and SR50 can be configured in both bridge and router modes in order to provide the greatest flexibility when integrated in existing networks. Optional L-band interface and TCP/IP acceleration.
SCPC (DVB-S2)
SPACE
Description
User data rates
12 kbps – 2048 kbps
Spreading factor
2, 4, 8, 16, 31, 63 and 127
FEC (selectable)
Convolutional
BW
20 kHz – 10 MHz
1/
2
or 3/4 Reed-Solomon Turbo codes 1/2 , 1/3
3 , /4 (option)
FH-SCPC SPECIFICATION
Single carrier using QPSK to IESS308 standard Waveform based on IESS 308/309, STANAG 4486 Broadcast reception or SCPC link DVB-S2 waveform with ACM (as an option)
User data rates
8 kbps – 256 kbps
Hopping rate
2000 hops/second
FEC
fixed (convolutional 1/2 + RS)
DS-SCPC
Proprietary spreading (direct sequence) for reduced spectrum density of the SCPC
SW jamming detector
Yes
FH-SCPC
Single carrier QSPK hopping for highest level of security and interception Waveform based on STANG 4606
Waveform based on
STANAG 4606
CDMA
Quasi-synchronous CDMA network mode (includes network synchronization and management)
User data rates
8 kbps – 1522 kbps
Spreading factor
31, 63, 127
Pilot FEC (fixed)
Convolutional
1/
User FEC (selectable)
Convolutional
1/
BW
500 kHz – 5 MHz
CDMA SPECIFICATION
SPACE
2 Reed-Solomon 2
or
Turbo codes 1/2 (option)
3/ Reed-Solomon 4
Turbo codes 1/2 , 1/3
3 , /4 (option)
