Systemintegration & Product Sales
Link to german page


Gsertel’s RCS 400 DVB-C is a network professional monitoring platform that allows the remote, proactive, simultaneous and real-time of up to 4 DVB-C digital television channels, both at RF and transport levels.

With a compact format, 1RU, all the processing and analysis necessary to obtain the monitoring results is done on the equipment, not needing any additional element except a standard web browser to display the information.

RCS 400 DVB-C Datasheet
Datasheet RCS 400 DVB-C (EN).pdf (1012.18KB)
RCS 400 DVB-C Datasheet
Datasheet RCS 400 DVB-C (EN).pdf (1012.18KB)
RCS 400 DVB-T-T2 Datasheet
Datasheet RCS 400 DVB-T-T2 (EN).pdf (913.62KB)
RCS 400 DVB-T-T2 Datasheet
Datasheet RCS 400 DVB-T-T2 (EN).pdf (913.62KB)

RCS 400 DVB-S Datasheet
RCS 400 S2 - EN.pdf (927.45KB)
RCS 400 DVB-S Datasheet
RCS 400 S2 - EN.pdf (927.45KB)

The capability of parallel processing up to 4 multiplex and simultaneously by RF, ASI or IP, makes the RCS 400 a powerful tool for early detection and diagnosis of potential failures in a DVB-C network.

The intuitive web interface of the RCS, which allows an easy and quick access to all functions, coupled with unique features such as the powerful spectral analysis and capabilities of streaming or Transport Stream recording, make the RCS 400 an ideal solution for headend, sub-headend monitoring or transmission nodes on the field.



  • Signal inputs: 4 x RF F75 Ω, 4 x ASI BNC 75 Ω, 1 x IP GE RFJ45 (up to 4 TS), 1 x (Backup) GE RJ45.
  • Signal outputs: 4 x ASI BNC 75 Ω.
  • Ethernet (FE) port for management.
  • HDMI output.
  • USB port.

RF Analysis

  • Signal quality measures: Power, C/N, MER, BER, shoulders.
  • Analysis by channel or multiple channels polling.
  • Real-time spectrum.
  • Constellation representation.
  • Alarm log (real time) and representation (temporal evolution).

TS Analysis

  • Detailed bitrate of all services.
  • Analysis of the table repetition.
  • Quality analysis.
  • Tree view of services.
  • Tables decoding.
  • Transport Stream recording.
  • Video screenshots.
  • Video streaming up to 5 simultaneousdestinations.
  • 1 st, 2 nd and 3 rd priority alarms according to TR 101 290 standard.

Advanced features

  • Simultaneous and real-time processing of all inputs (300 Mbps maximum).
  • “All in One” screenthat allows analyzing at a glance the status of a channel from several points of view: radiofrequency, transport and alarms.
  • Full band spectrum analyser (5Hz-1GHz) with mask function and automatic alarm.
  • Accurate measurement (<10 Hz) of the frequency Offset.
  • Measurement and temporal representation of the PCR Jitter.
  • Powerful historical analysis of measurement and analysis of alarms.
  • TS manual recording and triggered by alarms.
  • Remote control application in HTML5.
  • Full management through SNMP v2.0.

RCS RF Analysis


Full band real-time spectrum analyser (5Hz-1GHz) with mask function and automatic alarm.


Advanced measure of echoes, with masks in amplitude and delay.


Constellation representation includ - ing pilot carriers and TPS.

SFN Drift

Temporal deviation in the super - frame transmission at the trans - mitter output with respect to the given synchronization time stamps in the packets MIP of the transport stream, as well as another chart that shows the time evolution of the frequency offset

RCS TS Analysis


Complete TS Analysis. 

PCR Jitter

Measurement and temporal rep - resentation of the PCR Jitter.

Service Monitoring

Detects changes in the select - ed services y activates an alarm automatically

TS Recording

Direct recording or event recording of the transport stream. 

RCS Management 

Historical of Alarms

Intuitive graphical filtering of alarms

Alarms setup

Configure the Alarms the way you want.


Full management through SNMP v2.0


System alarms are saved in the me - ter database, grouped by months, so you can check them easily.


  • Proactive detection of signal problems.
  • Time reduction in distribution and transmission network diagnostic and troubleshooting.
  • Attractive cost-benefit solution for the signal in-depth analysis.
  • Very intuitive and user friendly interface.
  • Flexible and scalable in functionality architecture (software licenses).
  • High accuracy in measurement.
  • Full integration with third parties’ NMS.
  • Availability of the latest features through the automatic detection of new software versions