**Technology Trends** Recently, Heilongjiang Qiqihar's mobile innovation automatic monitoring technology has successfully addressed key operational challenges and delivered measurable results.
As the scale of the network continues to grow and the number of users increases, major holidays often bring large-scale population movements, leading to a sudden surge in signaling and traffic load on telecom operator A ports, resulting in network congestion. Traditionally, manual monitoring was not only time-consuming and labor-intensive but also failed to effectively track peak loads, making it difficult for network maintenance teams to respond promptly.
To overcome these issues, Heilongjiang Mobile Qiqihar Branch mobilized its technical team to conduct in-depth research and analysis, ultimately achieving a breakthrough. They developed a comprehensive software architecture that collects raw data from BSCs, analyzes load trends over time, and automatically sets IP addresses. By integrating switch A port data, the system initiates a timer to collect data in one-minute intervals, storing it in a database. The collected data is then processed and displayed through an intuitive graphical interface. This real-time monitoring solution enables network operators to visualize BSC traffic and signaling loads dynamically, significantly enhancing their ability to manage and respond to network conditions.
The A-port signaling and traffic load real-time monitoring system has replaced the previous manual approach. It now updates data every minute, increasing efficiency by nearly 20 times and reducing the need for manual intervention. This not only saves manpower and resources but also improves the reliability and timeliness of data collection compared to traditional network management systems. The system provides real-time insights into signaling and traffic on port A, helping maintenance teams take proactive measures.
Currently, the system is actively used in daily network monitoring in Qiqihar and has successfully supported BSC load management during several major holiday traffic peaks, proving its effectiveness and value in modern telecommunications operations.
MCC200-A4 Multiparameter Controller
The multi-parameter controller produced by Daruifuno is a multifunctional device that supports the digital online connection of up to 8 sensors. Unlike single-parameter controllers that can only measure one parameter at a time, our multi-parameter controller provides comprehensive readings of various water quality parameters, including pH, ORP, dissolved oxygen, turbidity, conductivity, COD, ammonia nitrogen, residual chlorine, suspended solids, etc.
Now the multiparameter controller models are: MCC100-A2, MCC200-A4, MCC200-A8, and the new model MCC500-A20 is under development.
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Matched sensors suggestion:
PH: DPH790, DPH890
ORP: DRH790, DRH890
EC: DEC790, DEC890, DEC360
DO: OPD790, OPD890, OPD700
TU: OPTU790, OPTU850, OPTU201, OPTU311, OPTU511
TSS: OPSS200, OPSS300, OPSS500
COD: COD351
NH4-N: NH351
Chlorine: CL4.2, CS4, CC1
Oil-in-water: OWA351
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Multiparameter Analyzer,MCC200-A4,online controller
Suzhou Delfino Environmental Technology Co., Ltd. , https://www.daruifuno.com