Computer room monitoring solution

1. Power distribution monitoring system:

It is necessary to be able to display and save the values ​​of each monitoring parameter of each distribution cabinet main incoming line in real time, and to display and save the working status of each monitored switch in real time. Set the upper and lower limits of voltage and current. When the monitored voltage or current exceeds the set allowable value, the system diagnoses that a fault (alarm) event has occurred. The monitoring main system should immediately pop up the corresponding alarm page window, and the monitoring host will issue a multimedia sound alarm or an automatic telephone dialing alarm to notify the duty personnel or the corresponding supervisor. The historical records of any monitored object can be queried.

2. UPS equipment:

Real-time display and storage of remotely monitored operating parameters and component status provided by each UPS communication protocol. Real-time judgment of whether UPS components have alarmed. When a UPS component fails or exceeds the limit, the monitoring main system immediately pops up the corresponding alarm page window, and the monitoring host sends a multimedia sound alarm or an automatic telephone dialing alarm to notify the duty personnel or the corresponding supervisor. The historical records of any monitored object can be queried.

3. Precision air conditioning system:

Monitor the operating status of precision air conditioners, use graphics and color changes to display the working status of air conditioners, and alarm when there is a fault. Monitor and alarm the operating status of the air conditioner's refrigeration unit, compressor high-pressure faults, filter blockage, etc., and detect the operating status of the air conditioner. This monitoring system can be used to control the start and stop of the air conditioner in the remote monitoring room, and change the set values ​​of temperature and humidity.

Real-time display and storage of remotely monitored operating parameters, component status and alarm conditions provided by each air-conditioning communication protocol. When an alarm occurs, the corresponding color change in the pop-up alarm window can be used to distinguish the alarm. At the same time, the system will issue a multimedia sound alarm or an automatic telephone dialing alarm to notify the duty personnel or the corresponding supervisor. The historical records of any monitored object can be queried.

4. Environmental temperature and humidity system:

Real-time display (electronic map mode) and record the indoor temperature and humidity values ​​detected by each temperature and humidity sensor, and display the curve chart of changes in a short period of time. The system can set the upper and lower limits of the temperature and humidity of each temperature and humidity sensor.

When the data detected by any temperature and humidity sensor exceeds the set upper or lower limit, the system will immediately pop up the corresponding alarm window, and the monitoring host will issue a multimedia sound alarm or an automatic telephone dial alarm to notify the duty personnel or the corresponding supervisor. The historical records of any monitored object can be queried.

5. Fire protection system interface:

Real-time display and storage of remotely monitored operating parameters, component status and alarm conditions provided by the intelligent fire host communication protocol. When an alarm occurs, the system will issue a multimedia sound alarm or an automatic telephone dial alarm to notify the duty personnel or the corresponding supervisor. The historical records of any monitored object can be queried.

6. Leakage monitoring system:

When the air conditioner or the water pipes along it leak, the system will pop up the corresponding alarm window, and there will be a corresponding text box to indicate the location of the leak; at the same time, it will also notify the duty personnel or the corresponding supervisor through multimedia sound alarm or automatic telephone dialing alarm. The historical records of any monitored object can be queried.

7. Access control management:

Contactless induction cards are used to control and record the personnel entering the computer room. Each person has a card and is authorized to enter different areas through the card management system. The entry and exit management information and the open and close status of each access control entrance are recorded and displayed. When a person swipes a card to enter the door, the system immediately pops up the corresponding access control record management window, and the corresponding cardholder's photo and management information can be popped up together (the exit information can be displayed when pressing the exit button to leave). The entry and exit information shows the cardholder's entry time, card number, cardholder's name, department, and the name of the entry and exit.

8. Disadvantages of Virtualization

When you're shopping for a monitoring solution, it's important to keep in mind certain factors, such as virtualization, that can complicate the monitoring process. For example, there are a variety of monitoring applications on the market that can monitor server hardware for fault conditions. Such applications might alert you to excessive server temperatures, SMART disk warnings, or cooling fan failures within a server. The problem is that if the monitoring solution doesn't know that they're monitoring a virtual machine, it can't know that the hardware system is potentially impacting server availability.

Monitoring software should handle problems with the main server hardware. But if the main server is in danger, any virtual machines running on the host are also at risk. So if your company wants to deploy virtual machines, you must have a way to distinguish between physical servers and virtual servers and understand which virtual machines are running on which main server. In the event of a hardware failure, you must also have the ability to quickly migrate client servers to different main servers.

Finally, management and monitoring are closely related. Only when the enterprise has a sound management capability can monitoring be effective. For example, if the administrator has no way to solve the problem of the server failure, and the monitoring software tells you that it is about to fail, what should you do? Therefore, it is very important to combine monitoring with remote management of every server and every major component of hardware in the data center.