VB DVB-S/S2 input blade VB270C

    VB270-DEMO

  • $700.00 $1,428.00

Description

The VB270 input option offers monitoring and analysis of QPSK/8PSK signals found in DVB-S and DVB-S2 satellite transponders. The chassis can be equipped with a single VB120 or VB220 IP-PROBE controller card and up to two VB270 QPSK input cards under its control.

The complete configuration with the fully licensed VB120 provides realtime monitoring and alarming for two QPSK/8PSK RF inputs, 10 IP MPTS/SPTS multicasts and one ASI TS input. ETSI TR 101 290 analysis is performed in parallel for QPSK/8PSK inputs, the ASI input and the IP input. If the VB220 is used as master card the IP monitoring capacity is increased to impressive 180 MPTS/SPTS multicasts.

The combined unit is ideal for hybrid networks where IP is used as a carrier from head-end to the satellite uplink station. The built-in round-robin functionality allows sequential analysis of multiple QPSK/8PSK multiplexes, making it possible to monitor a complete transponder using a single VB270.


  • DiSEqC 2x compliant
  • DVB-S: 10-30 Msymb
  • DVB-S2: (LDPC/BHC) 10-30 Msymb
  • RF measurements: pre and post FEC BER, SNR
  • RF input - F connector
  • Analog RF carrier signal level measurement
  • Configurable round robin transponder testing
  • Fully controlled via backplane by VB120 or VB220
  • Built-in general purpose alarm relay (GPI)
  • 2 x ASI output for ad-hoc ASI connections - 75 ohm BNC

  • IP Networks 
  • Hybrid Networks 
  • Remote Monitoring 
  • Field testing and Analysis

RF INPUT
F-connector, 75 ohm female

ASI OUTPUTS
F-connector, 75 ohm female

ALARM RELAY
9-pin D-SUB, male
3-pin relay

MECHANICAL
Standard 19” 1RU rack-mount
W x H x D: 19 x 1.7 x 15.75 in. (483x43x400 mm)
Weight: 9.3lbs. (4.2 kg) fully populated

ENVIRONMENT SPECIFICATIONS
Operating temperature: 0°C to 50°C
Storage temperature: -20°C to 70°C
Operating humidity: 5% to 95% non-condensing

CONTROL AND MANAGEMENT
Fully controlled through backplane
Accessible through master VB120 or VB220 user interface

POWER SUPPLY REQUIREMENTS
Draws power from backplane (+5V)
Maximum 5W dissipated per card