iDCNavi is a system that measures and monitors environmental data such as current and temperature in server rooms, making it "visible."
iDCNavi is a system that measures and monitors the temperature, current, and other parameters of data centers. By monitoring multiple measurement data in real-time, it enables early detection of anomalies and identification of their causes. Additionally, utilizing the collected data can lead to energy-saving effects through efficient cooling. **Features of iDCNavi** ◆ Streamlining Data Center Operations It centrally manages values from dispersed measurement points. It supports management tasks through report generation and automatic email notifications. ◆ Information Sharing via the Web With remote monitoring capabilities, data center users can access their server information via a web browser over the internet. ◆ Supporting Energy Savings By identifying areas of heat accumulation and overcooling, it promotes the efficiency of air conditioning and supports energy savings.
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basic information
**Features** - Unified monitoring of current, temperature, etc. - Graphical display of collected data - Automatic email notification of anomalies - Support for remote monitoring via the web **Monitoring Targets** Current, voltage, power, temperature, humidity, rack door status, etc. Compatible with measurement devices from any manufacturer (*Limited to publicly available protocols) **Function List** - Data collection - Alarm monitoring (email notification, alarm history management) - Monitoring features (graphic monitoring screen, historical trend screen, real-time data display) - Reporting features (CSV output) - Maintenance features (user management, group editing, measurement point management) **Extended Features** - Monitoring and management within server racks **Customization Examples** - Unlocking/locking using Felia - Integration with access control systems
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Applications/Examples of results
【Implementation Results】 We have a wide range of implementation results, from small server rooms with dozens of racks to large-scale data centers with over 3,000 racks. 【Usage Examples】 ◆ Efficiency of Cooling through Temperature Distribution Display At iDCNavi, we recommend utilizing the temperature distribution display feature as a heat management measure for server rooms. By applying multi-point temperature measurement data to the floor monitoring screen, it not only helps in identifying heat accumulation but also in detecting warm air leaks into cold aisles and understanding wasteful electricity usage due to overcooling, thereby promoting detailed temperature management aimed at energy conservation.
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Electronic Lock Control/Rack Opening and Closing Monitoring It supports the control of opening and closing electronic locks, as well as monitoring the opening and closing of doors. In addition to being able to remotely unlock/lock the rack doors, it also allows for convenient bulk unlocking by row and bulk locking of the entire floor for maintenance purposes.
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Company information
Nihon Nobel is an independent software company. Founded in 1980 with the aim of supporting Japan's manufacturing through IT, we have since provided total solutions that meet the needs for labor-saving and rationalization in industrial fields, including FA systems and measurement control. In recent years, based on the technical expertise we have cultivated, we have developed original products such as the "Embedded Software Test Automation System Quality Commander" aimed at improving software quality, and the "Data Center Environmental Monitoring System iDCNavi" for understanding energy usage. Leveraging the characteristics of a software vendor that is not tied to hardware, we provide flexible solutions tailored to the realities of the field.