SBBR-DS110 - Satellite Broadband Router

DESCRIPTION

SBBR-DS110 is integrated satellite receiver (demodulator) and IP unicast/multicast router, supporting QPSK, 8PSK and 16QAM modulations.

Two framing modes are available:

- MPE - MPEG encapsulated transport stream

- FR/HDLC - Frame-Relay encapsulated pseudo-MPEG transport stream

SBBR-DS110 is designed to be capable of receiving and filtering unicast and multicast IP traffic from satellite. After further processing in the router (bit-stuffing, de-framing, filtering etc.), only data packets for the customer are output on one or more Fast Ethernet or Gigabit Ethernet LAN interfaces.

Before the SBBR-DS110 was developed, only powerful Cisco router (e.g. Cisco 7206 as minimum) with HSSI or G703 interface could be used to receive and filter data from external satellite demodulator.

The SBBR-DS110 with integrated Demodulator allows for ten-fold decrease of costs compared to the standart solution based on Cisco router and stand-alone satellite receiver.

SBBR-DS110 is suitable for multi-site reception of Internet data as well.

FEATURES

DVB-S compliant (EN 300421) and DVB-DSNG compliant (EN 301210): QPSK, 8PSK, 16QAM
Dual L-band (IFL) input
8PSK and 16QAM mode for low satellite cost
Automatic spectrum inversion
Baud rate range: 1-45 Mbaud
Transport stream rate up to 145Mbit/s
Frequency range: 950-2150 Mhz
Diseqc compatible
LNB power control
Highly reliable design
Low cost
Web based interface for configuration and monitoring
DVB Transport stream rate up to 110Mbit/s
Monitoring & Control Receiver
LED indicator for satellite receiver front-end lock
LED indicator for summary alarm

RECEIVER SPECIFICATION

MONITORING

- All receiver control parameters

- Input level, carrier & clock frequency offset

- Channel BER, decoder BER, Eb/No

- Non-correctable packet count

- Sync status, alarms

- PRBS /all ones detector/ error counter

CONTROL

- Symbol rate

- Decoding & Demodulation Mode (can be automatic)

- Spectrum Inversion On/Off/Auto

- Roll-off factor

- Input frequency and acquisition range

- Clock source selection (sat. or fallback) and buffer size

- LNB band and polarisation selection (13/18 V and 22 kHz)

- Diseqc command transmission

-IFL input selection (A or B)

INTERFACE

IFL INPUT:

dual input

frequency range: 950-2150 MHz

return loss: >7 dB (75 Ohm-F(F))

level signal: -25 to -65dBm

LNB POWER AND CONTROL:

max. current: 350 mA (on selected input)

voltage: 11,5-14 V (vertical polarisation); 16-19 V (horizontal polarisation) additional 22KHz ± 4KHz (band selection)
(according to universal LNB for ASTRA satellites)
Diseqc command transmission (received tone available at connector)

LNB PHASE NOISE REQUIRMENT:

type A (PL-DRO)
<-65dBc/Hz at 1 kHz
<-75dBc/Hz at 10 kHz
<-85dBc/Hz at 100 kHz

type B (free running DRO)
<-50dBc/Hz at 1 kHz
<-75dBc/Hz at 10 kHz
<-85dBc/Hz at 100 kHz

TEMPERATURE:

operational: 0/+60^oC (ambient still air)

storage: -40/+70 ^oC

ETHERNET INTERFACES:

one or more Fast-Ethernet or Gigabit Ethernet interfaces

POWER REQUIREMENTS:

115/230V, 60-50Hz, 250W

PERFORMANCE
USER RATES:: sat. baud rate: 1 to 45 Mbaud; interf. rate/sat. baud rate:
2 x FEC x 188/204 for QPSK
3 x FEC x 188/204 for 8PSK
4 x FEC x 188/204 for 16QAM
BER PERFORMANCE (IF loopback) for BER 1E-7 after RS
SYNCHRONISATION:: carrier acquisition range: ±7MHz max.; clock acquisition range: ±200ppm max.; average acquis. time: <3 sec, 90% probality at carrier freq. offset <±2.5MHz ptp and BER<1E-7
TYPICAL RF PARAMETER (LNB) REQUIREMENTS:: equiv. inp. temp.: 100K (typ.); equiv. inp. noise: -178 dBm/Hz; LNB gain: 55 to 70 dB; phase noise SSB type A: all rates; type B: for QPSK > 5Mbaud; for 8PSK > 22Mbaud; for 16QM > 6Mbaud; supply: 13/18 V/0.35A; cable loss (100m): <20dB
CARRIER FREQUENCY:: accuracy: ±300kHz