YYJC-H7004 is a high-performance portable on-site processing integrated machine product designed for customers in the petroleum exploration industry. The entire system is specifically designed and optimized for on-site processing in petroleum exploration, providing powerful virtualization capabilities, resource pool management, rich cloud-based service components and tools, and open API interfaces. It helps customers horizontally integrate physical and virtual resources, vertically optimize business platforms, and make on-site processing computation construction and usage more efficient. The platform deeply integrates distributed cloud storage architecture, builds a more complete software-defined data center capability (including software-defined storage, software-defined networking, etc.), and provides stronger management automation capabilities for on-site processing. It offers a more open, agile, and reliable computing platform, helping customers deploy seismic data on-site processing operations as needed, making seismic data on-site processing more relaxed and convenient.

• User-Friendly
  • Integrates computing, storage, networking, UPS power supply, and packaging transportation, allowing users to use it out of the box. Users can transport the device to the worksite, open the front and back covers, connect the power and network cables, and remotely log in to use it.
• Distributed Architecture
  •  Adopts a fully distributed system architecture, including distributed management clusters, distributed hash data routing algorithms, distributed stateless nodes, distributed intelligent cache, etc. This architecture eliminates single points of failure in the entire underlying storage system.
• Comprehensive Features
  •  Supports load balancing, virtual machine live migration, storage live migration, and comprehensive disaster recovery backup solutions. It also supports dynamic resource expansion, where the system automatically evaluates the performance of virtual machines and adds CPU and memory resources when the performance is insufficient, ensuring continuous and efficient operation of the business. Each virtual machine can be installed with an independent operating system, including mainstream operating systems such as Windows and Linux, making it convenient for deployment and reducing operational maintenance workload.
• Security and Reliability
  • Adopts multiple redundancy technologies, including redundant design for components, network, and nodes. When a node fails, all virtual machines on that node can be restarted on other nodes in the distributed cluster. The hot migration feature enables system upgrades and routine maintenance without interrupting business operations. Health check tools and system operation recorders provide comprehensive fault warnings and rapid fault localization in case of unexpected occurrences.
• High Scalability
  • Is designed with fully peer-to-peer nodes and supports horizontal scalability. Storage and computing can expand smoothly and synchronously.
• Excellent Performance
  • Is built on distributed cloud storage, achieving a 3-5 times performance improvement and linear scalability. It ensures that the performance of business applications is on par with physical machines, making it an optimal virtualization platform.
• Open and Compatible
  • Supports commonly used software for petroleum seismic exploration and mainstream server hardware, providing customers with more flexible and efficient choices. All system resources are fully open and do not require license activation.