Currently, there are thousands of movies and television work agencies, in addition to CCTV, other units are using graphics workstation rendering tasks to complete. Since the film rendering with a high degree of complexity, not only rendering speed itself is very low, and can not be used when rendering production staff workstations other work, which greatly affects the efficiency of production of film and television products.
With the development of video technology, many film and television work agencies to gradually replace the previous definition programming standard definition programming, which means that for the production of rendering time will increase several times, using the workstation in the traditional sense to render way you can not afford such a large the computation. How to maximize the use of hardware resources and the ability to play video production staff become a top priority, which has great significance to improve production efficiency and making movies.
Massive data rendering, parallel batch processing
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During rendering animation, film, the rendering platform will use all kinds of methods, one of which is artificial and the result of the calculation by each workstation statistics continue to add workstations, this form of artificial distribution of tasks tend to consume a lot of manpower to check time, it is difficult to ensure accuracy. Therefore, the rendering system in order to quickly complete the production, the need to efficiently allocate tasks intelligently to maximize the use of computing resources.
The face of exponential growth of film rendering data, Neusoft SaCa P3 parallel rendering system based on flexibility extension nodes to easily respond to new computing demands of rendering data. Machine 60 to deploy ordinary node as an example, which can improve rendering speed up to 300 times a minute film rendering time from 120 days to 10 hours rapidly shortened. Even if any node fails, the parallel rendering system is still capable of sustained long-term stable operation, eliminating the need for you to worry about.
Visual operation and maintenance, visible big data
Although parallel rendering system for operation and maintenance of the machine will be significantly increased, but SaCa P3 provides a full graphical cluster topology design, to automate the deployment and configuration updates. At the same time, real-time monitoring of the progress of rendering tasks node and health status, and alarm and fault location. Multi-dimensional statistical analysis, you can quickly locate performance bottlenecks rendering tasks, the maximum simplifies operation and maintenance difficulty, reduce operation and maintenance costs.
Typical application scenarios Neusoft SaCa P3
Based on the line Neusoft platform products custom-developed "government service automation inspection platform", operation and maintenance department based on an understanding of the "National government website survey score indicators", "" Internet + government services "building guide" technical system evaluation criteria, fine tuning built-items index platform, the development of index system for inspection of the province.
1Financial and government
There are financial interest calculation, bulk card for asset custody, insurance, dividends and other large typical bulk business. There are many areas of government systems involve batch operations Social Security, Medicare and so on. Existing business systems with distributed and the general transformation of the micro-service requirements, will be needed to migrate volume business processing program originally deployed on minicomputers IOE and other devices to the cloud, virtualization, Docker and other new environments. SaCa P3 provides a smooth migration program to provide at least equivalent performance with the original equipment and better than the original equipment reliability to ensure a smooth migration batch operations.
2
Smart City
Smart City spanning many industries from health care, education, transportation, fire protection, power grids, use SaCa P3 with dynamic scalability for massive non-stop sensory information processing and analysis, to achieve the integration of urban digital space and Internet of Things.
3
The new compute-intensive scene
Digital media graphics, image recognition processing, the field of gene sequencing, audio media, video and other computationally intensive rendering scenario requires cost-effective support solution, SaCa P3 may be provided several times to ten times the processing performance while having a strong scalability and lower operation and maintenance costs.
With the expansion speed volume business, the traditional treatment options appear unable to meet the performance, scalability, poor, poor stability problems. To resolve performance bottlenecks and other issues fundamentally, and respond to the scale of future business needs, we need to explore new technology roadmap.
SaCa P3 parallel batch processing platform to provide high-quality bulk business solutions, using only the strong infrastructure consisting of clusters, can provide comparable performance of proprietary minicomputers and other devices, but also provides proprietary equipment can not match the scalability and stability the real power volume business processing