NMS
NMS Management Platform
The enterprise software platform to collect, do analytics and show on dashboard. Able to gather all sensors information from each BTS Sites/BSCs/RNCs/MSS or Data Center.
Communication
To transfer all data from the Remote Sites to Platform Servers. It can use any Communications media, such as Cellular (2G, 3G, 4G, 5G, NBIoT), LPWAN (LoRa, Sigfox, 6LPWAN), Satellite (VSAT, BGAN, SatModem), Normal Network (VPN, MetroE, MPLS, DWDM)
EDGE Computing
Local server to manage decision making at remote sites accord- ing to pre-defined scenario. Server does data analytic, store it, execute it according to scenario, report it to NMS Platform.
Sensors
Any sensor to be installed to monitor the performance of each BTS, Sites, Data Center Network Elements. Usually divided into 3 big categories: ENVIRONMENT, FACILITY and EQUIPMENT
What is NMS 4000?
Network Monitoring System 4000 (NMS-4000) is the latest version of the NMS Squash Platform, NMS 4000 is a system for monitoring RMS (Remote Monitoring System) which are installed in customer location that collect any information through IOT sensor, actuators and other instrumentation devices in the monitored premises.
NMS 4000 can be connected to as many as possible RMS devices, dependent on NMS Platform scalibility (Basic, Advanced and Enterprise). Communication between NMS 4000 and RMS can use any available media (Cellular, LPWAN, Satellite, Ethernet Network). Software loading and operation is faster because the application has been made with the Micro services methodology, so that many processes are run in parallel and do not interfere with other processes.
NMS 4000 FRAMEWORK
NMS ARCHITECTURE
NMS in Data Center / Broadcasting Station
EQUIPMENT
TX/Transmitter
This equipment is the heart of a TV station to deliver content to the viewers. Monitoring the transmitter continuously is a must to maintain reception quality and data requirements for corrective and preventive maintenance.
Satellite Receiver
This equipment is important for TV station because it functions as a content source. Monitoring the status of this equipment, including signal received and signal margin will provide benefits for TV stationfor both corrective and preventive purposes
Demodulator
This equipment is a feedback tool to determine the broadcast quality, both video bit rate, MER, and other parameters. Monitoring these parameters continuously will be able to analyze whether corrective/preventive maintenance needs to be done to maintain the content quality, as well as become evidence for customers.
Feeder Antenna
A good transmitter must be supported by a good antenna system. Monitoring forward/reflected power, return loss or SWR is also mandatory for more preventive maintenance before something that will disrupt broadcast continuity happens.
MONITORED ESSENTIAL BROADCAST PARAMETERS
TX/Transmitter
There are several Digital and Analog TV Transmitter that we have supported: NEC DM-4200, NEC DTU 70 Series, NEC 10 kW, NEC 20 kW, NEC 60 Kw, NEC PCU-1101SS/1, Plich 4, Plich 5, Screen Service 500 W- 1,2 kW, Rohde & Schwarz 5/6/7/8/9, Rohde & Schwarz NH 7005 E, Rohde & Schwarz 7050 V, Comark, Bird BPME, RFS, ITELCO B618KA, Thales CTT-U-60CX1C3R.
Parameter to monitor: Forward Power, Reflected Power, Percent Forward, Percent Reflected, Power Out, Temperature, FAN, DC, DPA, FPA, Output Return Loss, Forward Power, Return Loss, Rack Inlet Temp, Output Temp
Decoder/Encoder/IRD
Our system support multibrand for Decoder/Encoder/IRD:
- Decoder
ADTEC RD-30, Ericsson RX-8200, Harmonic Proview 7100, - Encoder
Harmonic ELLIPSE-3000, Tandberg E5710, Tanberg EN8030, ADTEC 1N-30, ADTEC EN-31, Scientific Atlanta PowerVU D9150, Scientific Atlanta PowerVU D9850, Scopus UE-9000, Ericsson AVP-4000, Acewave, Atem Titan - IRD
Harmonic Proview 7100, Harmonic Proview 8100
Parameter to monitor: ASI, IP, SID, Channel List, Actual Bitrate Each Channel (Mbps) and Total Bitrate (Mbps), TS Analysis (PID Video audio, other PID)
Satellite Receiver
Analog TV and Digital TV use tools with the same brand in monitoring satellite receivers, but there are different types of receivers on Digital TV and Analog TV, where Analog TV uses an MPEG 2 receiver which means it can only receive broadcasts with SD resolution MPEG4 format only, while Digital The TV uses an MPEG 4 HD receiver that can receive broadcasts in MPEG2, MPEG4 formats, SD and HD resolutions.
Brand : Acewav, Harmonic 7100, Mediakind RX 8200, Scientific Atlanta PowerVU D9834,
Parameter to monitor: BER, C/N, RF Level, Link margin, EB/NO, transmit stream, video rate
Demodulator
Both Analog TV and Digital TV use the same equipment type to monitor demodulator.
Brand: Tektronix DS1000, Chosip P5000, SA D9224
Parameter to monitor: Channel (UHF), Audio-TH, BER, NICAM, RF Input Level, Video Sync
RF Power Sensor
Brand : Bird, Rohde & Schwarz, Narrow
Parameter to monitor: Forward Power, Return Loss, Reflected Power, VSWR
FACILITY
in this application we can measure the electrical voltage that comes from PLN into the application through a tool that is a bridge between the device and the application.
such as by protecting the battery from operating outside its safe operating area monitoring its state. calculating secondary data, reporting that data.
in this application we can control the camera in each site to monitor site in each region of Indonesia, the photos can be saved in the application.
RMS is able to monitor UPS parameter like Voltage, Output current, Power factor and etc. All generated information can be extracted out from UPS through SNMP port.
ENVIRONMENT
in this application we can measure the number of liters of a fuel tank used as fuel for a transmission studio. Liter form is then converted into a digital form into the application.
Water Level Sensors are used to detect the level of substances that can flow. Such substances include liquids, slurries, granular material and powders.
Temperature Sensors measure the amount of heat energy of even coldness that is generated by an object system.
A humidity sensor (or hygrometer) senses measures and reports both moisture and air temperature.
The door sensor is an essential component used in-home security system. The design- ing of these sensors can be done with two parts which are arranged in parallel to each other, so that the circuit can be formed.
Remote Monitoring System
