Background of the Monitoring Dashboard Featurediv>
In operations where jobs are submitted repeatedly on a daily basis, tracking the execution status of individual jobs or analyzing usage data over the long term can be challenging.
To address these issues and provide an intuitive environment for visualizing and analyzing usage, GMO Internet has developed this monitoring dashboard feature using Grafana.
Use Cases for the Monitoring Dashboard
The dashboard allows users to view the following information on a single screen:
・Number of running jobs in each partition
・Number of pending jobs in each partition
・Number of running jobs per user
・Number of pending jobs per user
Example 1:
Visualize the time zones during which jobs are executed. If usage is concentrated in certain periods, redistribute execution times to balance the load.
Example 2:
Monitor GPU utilization rates within a specific timeframe and adjust parameters to optimize resource efficiency.
【About GMO GPU Cloud】
（URL：https://gpucloud.gmo/）
The GMO GPU Cloud is a high-performance GPU cloud service equipped with NVIDIA H200 GPUs, high-speed storage, and Japan’s first commercial deployment of the ultra-fast “NVIDIA Spectrum-X” network. (*5)In multi-node configurations, it delivers the fastest performance among commercial clouds in Japan.
In the TOP500 global supercomputer rankings announced in November 2024, it ranked 37th globally and 6th in Japan, marking the highest performance for a commercial cloud service in the country.
Its exceptional performance and stability in multi-node environments make it ideal for advanced AI development, including training of large language models (LLMs) and development of multimodal AI.
Additionally, GMO Internet plans to launch a cloud service using the next-generation NVIDIA Blackwell Ultra GPU with NVIDIA HGX B300 (hereafter “NVIDIA B300”) within 2025.
Through this service, GMO Internet aims to provide optimized infrastructure and flexible, customizable compute environments tailored to customers' workloads, thereby shortening development cycles, reducing costs, and promoting the growth of Japan’s AI industry.
(*5) As of November 22, 2024, based on internal research.
(Reference: GMO GPU Cloud ranked in TOP500 global supercomputers for the first time)https://www.gmo.jp/news/article/9266/
【Future Outlook】
GMO Internet will continue contributing to technological innovation in the rapidly advancing fields of AI and robotics through its AI infrastructure strategy centered around the GMO GPU Cloud.
By continuously providing the latest AI compute infrastructure and building flexible cloud environments tailored to user needs, GMO Internet strives to become an indispensable cloud service in Japan’s AI industry, fostering AI innovation from Japan.
■過去の参考リリース
Inquiries
-
【Service Inquiries】
● GMO Internet, Inc.
Domain & Cloud Business Division, GPU Cloud Department
Inquiries: https://gpucloud.gmo/form/
-
【Media Contact】
●GMO Internet, Inc.
Public Relations: Fukui
TEL: 03-5728-7900
Inquiries:
https://internet.gmo/contact/press/
In operations where jobs are submitted repeatedly on a daily basis, tracking the execution status of individual jobs or analyzing usage data over the long term can be challenging.
To address these issues and provide an intuitive environment for visualizing and analyzing usage, GMO Internet has developed this monitoring dashboard feature using Grafana.
Use Cases for the Monitoring Dashboard
The dashboard allows users to view the following information on a single screen:
・Number of running jobs in each partition
・Number of pending jobs in each partition
・Number of running jobs per user
・Number of pending jobs per user
Example 1:
Visualize the time zones during which jobs are executed. If usage is concentrated in certain periods, redistribute execution times to balance the load.
Example 2:
Monitor GPU utilization rates within a specific timeframe and adjust parameters to optimize resource efficiency.
【About GMO GPU Cloud】
（URL：https://gpucloud.gmo/）
（URL：https://gpucloud.gmo/）
The GMO GPU Cloud is a high-performance GPU cloud service equipped with NVIDIA H200 GPUs, high-speed storage, and Japan’s first commercial deployment of the ultra-fast “NVIDIA Spectrum-X” network. (*5)In multi-node configurations, it delivers the fastest performance among commercial clouds in Japan.
In the TOP500 global supercomputer rankings announced in November 2024, it ranked 37th globally and 6th in Japan, marking the highest performance for a commercial cloud service in the country.
Its exceptional performance and stability in multi-node environments make it ideal for advanced AI development, including training of large language models (LLMs) and development of multimodal AI.
Additionally, GMO Internet plans to launch a cloud service using the next-generation NVIDIA Blackwell Ultra GPU with NVIDIA HGX B300 (hereafter “NVIDIA B300”) within 2025.
Through this service, GMO Internet aims to provide optimized infrastructure and flexible, customizable compute environments tailored to customers' workloads, thereby shortening development cycles, reducing costs, and promoting the growth of Japan’s AI industry.
(*5) As of November 22, 2024, based on internal research.
(Reference: GMO GPU Cloud ranked in TOP500 global supercomputers for the first time)https://www.gmo.jp/news/article/9266/
【Future Outlook】
GMO Internet will continue contributing to technological innovation in the rapidly advancing fields of AI and robotics through its AI infrastructure strategy centered around the GMO GPU Cloud.
By continuously providing the latest AI compute infrastructure and building flexible cloud environments tailored to user needs, GMO Internet strives to become an indispensable cloud service in Japan’s AI industry, fostering AI innovation from Japan.
■過去の参考リリース
Inquiries
-
【Service Inquiries】
● GMO Internet, Inc.
Domain & Cloud Business Division, GPU Cloud Department
Inquiries: https://gpucloud.gmo/form/ -
【Media Contact】
●GMO Internet, Inc.
Public Relations: Fukui
TEL: 03-5728-7900
Inquiries:
https://internet.gmo/contact/press/
