Johansson 9729 SCR Programmer
KSh24,906.00
User-friendly programmer for digital SCR devices (such as the Johansson Digital LNB Ref. 9721)
Create a configuration file using the uCloud online platform and save it to an SD card
Power the dSCR programmer with 18 Vdc (with F connector or DC-jack)
Insert the SD card with the configuration file
Connect the Programmer to an SCR device (eg Digital LNB)
Press the dSCR Programmer button for 2 seconds to update the dSCR device
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Read moreSupervision of terrestrial, cable and satellite radio and television signals with remote control from a single control center. Compatible with SNMP protocol and with DataMiner?. Includes Transport stream analyzer and recorder.
PROWATCH Neo 2 is a monitoring system oriented to the supervision of terrestrial, cable and satellite radio and television signals, in the frequency band from 5 to 2500 MHz. It also allows monitoring of IPTV, TS in ASI or WiFi signals in the 2.4 and 5.7 GHz bands. It allows, for example, the control of digital terrestrial television broadcasts in DVB-T, DVB-T2, ATSC, ISDB-T/TB and J.83 B, cable television in QAM and DVB-C2 and satellite in DS, DVB-S and DVB-S2.
It is possible to monitor and analyze the frames coming from satellite receivers, transport stream players, multiplexers, etc. The transport frame of the signals received with the PROWATCH Neo 2 can also be used to connect other devices.
PROWATCH Neo 2 offers the user the possibility of remotely measuring all those signal parameters that would be interesting to measure in person.
The monitoring system is also compatible with the SNMP protocol, thus allowing the equipment to become part of any SNMP manager system that may be in use by the network operator. To expand a monitoring network created based on PROWATCH Neo 2, simply add more remote measurement stations to the system, it’s that easy.
PROMAX can provide the MIB files that will allow monitoring and telemetry equipment to be integrated into any SNMP control system, including some of the most recognized SNMP managers in the Broadcast world, such as DataMiner?.
Specifications
BROADCASTING STANDARDS
DVB-T, DVB-T2, DVB-T2 lite, ATSC, ISDB-T/Tb, J.83B
DVB-C, DVB-C2
DVB-S, DVB-S2, DVB-S2 Multistream
DSS, ACM/VCM/CCM
DAB, DAB+ (optional)
FM, advanced FM (optional)
MPEG-TS
SOUND CODEC MPEG-1, MPEG-2, HE-AAC, Dolby Digital, Dolby Digital Plus, AAC
VIDEO CODEC MPEG-2, MPEG-4/H.264, HEVC/H.265
ENTRIES AND EXITS
75 ? universal RF connector
HDMI outputs
Ethernet (remote control)
V/A analog input
USB (Type A) for data transfer
ASI-TS input and outputs (BNC Female 75 ?)
IPTV multicast input (UDP/RTP, RJ45)
Slot Common Interface
FUNCTIONS
constellation diagram
LTE interference test
Dynamic echo analysis
StealthID (instant identification of signal parameters)
PLS (Physical Layer Scrambling)
Ultra-fast spectrum analyzer (70 ms scan)
MAX and MIN hold
FM RDS radio decoding and measurement
Screenshots and Datalogger for reports
Beacon-Flyaways for SNG and VSAT
Wideband LNB
Wi-Fi 2.4GHz
LTE 1.8GHz
OTT
service recording
Field intensity
task planner
merogram
Spectrogram
signal monitoring
Remote control (webControl)
MER per carrier
GPS coverage analysis (optional)
channel monitoring
TS recording
ST analysis
Shoulder Attenuation
IPTV multicast measurements and decoding
SPECTRAL MONITORING OPTION
Storage capacity 500,000 samples of the RF spectrum
Maximum storage time Over 11 months (1 sample/minute)
Analysis algorithms for generating alarms
FM : Detection of carrier changes based on a configurable minimum level and a reference spectrum
TV : Detection of changes in carriers based on a channelization, a configurable minimum level and a reference spectrum
MAX/MIN : Supervision of a spectral segment in which the levels must not exceed or fall below a set value
% deviation : Detection of deviations in the spectrum with respect to a reference spectrum and a configurable threshold
SYSTEM OPTIONS
Spectral monitoring and storage
8 RF inputs without redundant power supply (system manufactured in 1U rack format)
16 RF inputs with redundant power supply (system manufactured in 2U rack format)
Redundant power supply for 8 input systems (implies manufacturing the system in 2U format)
Wi-Fi 5GHz and LTE 2.6GHz
Optical measurements in FTTH, Cable TV and Satellite networks (includes WiFi 5 GHz and LTE 2.6 GHz)
Advanced measurements in DAB and DAB+ for PROWATCH Neo 2
Advanced FM measurements for PROWATCH Neo 2
PROWATCH TM telemetry capture system
Remote reset by PDU
Antenna for drive test and coverage analysis AM-060 -
Johansson 9614 Lightning Protector
KSh2,092.00Add to cartLightning Protection Filter
Specifications
Frequency range MHz 950 – 2150
Insertion loss dB 1
Short circuit current A 12,6 (1 mS)
Power W 600 (1 mS)
Break-down voltage V 30
Dimensions mm 61 x 51 x 16 -
Read moreSupervision of terrestrial, cable and satellite radio and television signals with remote control from a single control center. Compatible with SNMP protocol and with DataMiner?.
PROWATCH Neo + is a monitoring system oriented to the supervision of terrestrial, cable and satellite radio and television signals, in the frequency band from 5 to 2500 MHz. It also allows monitoring IPTV, TS in ASI or WiFi signals in the 2.4 and 5.7 GHz bands. It allows, for example, the control of digital terrestrial television broadcasts in DVB-T, DVB-T2, ATSC, ISDB-T/TB and J.83 B, cable television in QAM and DVB-C2 and satellite in DS, DVB-S and DVB-S2.
PROWATCH Neo + offers the user the possibility of remotely measuring all those signal parameters that would be interesting to measure in person.
The monitoring system is also compatible with the SNMP protocol, thus allowing the equipment to become part of any SNMP manager system that may be in use by the network operator. To expand a monitoring network created based on PROWATCH Neo +, simply add more remote measurement stations to the system, it’s that easy.
PROMAX can provide the MIB files that will allow monitoring and telemetry equipment to be integrated into any SNMP control system, including some of the most recognized SNMP managers in the Broadcast world, such as DataMiner?.
Specifications
BROADCASTING STANDARDS
DVB-T, DVB-T2, DVB-T2 lite, ATSC, ISDB-T/Tb, J.83B
DVB-C, DVB-C2
DVB-S, DVB-S2, DVB-S2 Multistream
DSS, ACM/VCM/CCM
DAB, DAB+ (optional)
FM
SOUND CODEC MPEG-1, MPEG-2, HE-AAC, Dolby Digital, Dolby Digital Plus, AAC
VIDEO CODEC MPEG-2, MPEG-4/H.264, HEVC/H.265
ENTRIES AND EXITS
75 ? universal RF connector
HDMI outputs Ethernet (remote control) Analog input V/A USB (Type A) for data transfer
FUNCTIONS
constellation diagram
LTE interference test
Dynamic echo analysis
StealthID (instant identification of signal parameters)
PLS (Physical Layer Scrambling)
Ultra-fast spectrum analyzer (70 ms scan)
MAX and MIN hold
FM RDS radio decoding and measurement
Screenshots and Datalogger for reports
Beacon-Flyaways for SNG and VSAT
Wideband LNB
Wi-Fi 2.4GHz
LTE 1.8GHz
OTT
service recording
Field intensity
task planner
merogram
Spectrogram
signal monitoring
Remote control (webControl)
MER per carrier
GPS coverage analysis (optional)
channel monitoring
SPECTRAL MONITORING OPTION
Storage capacity 500,000 samples of the RF spectrum
Maximum storage time Over 11 months (1 sample/minute)
Analysis algorithms for generating alarms
FM : Detection of carrier changes based on a configurable minimum level and a reference spectrum
TV : Detection of changes in carriers based on a channelization, a configurable minimum level and a reference spectrum
MAX/MIN : Supervision of a spectral segment in which the levels must not exceed or fall below a set value
% deviation : Detection of deviations in the spectrum with respect to a reference spectrum and a configurable threshold
SYSTEM OPTIONS
Spectral monitoring and storage
8 RF inputs without redundant power supply (system manufactured in 1U rack format)
16 RF inputs with redundant power supply (system manufactured in 2U rack format)
Redundant power supply for 8 input systems (implies manufacturing the system in 2U format)
Wi-Fi 5GHz and LTE 2.6GHz
Optical measurements in FTTH, Cable TV and Satellite networks (includes WiFi 5 GHz and LTE 2.6 GHz)
PROWATCH TM telemetry capture system
Remote reset by PDU
Antenna for drive test and coverage analysis
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