SQream DB uses the ANSI 92-compliant standard SQL query without any changes and automatically converts it to a relational query for algebra. Therefore, a GPU core can effectively handle massive parallel calculations based on the optimized query.
Being a column-oriented database optimized for big data analysis, SQream can effectively support on-line analytical processing(OLAP). This makes it ideal for statistical analysis such as aggregate calculation by day or by account. SQream also supports data compression using a compression algorithm that aggregates similar data types and stores them.
SQream stores data in the form of a column-by-column page called Chunk, and scans and processes data by Chunk. By assigning metadata to Chunk, data processing and
I/O time are reduced significantly, enabling efficient processing of GPU memory transactions.
SQream DB supports scaling of independent components for storage, compute node, and GPU. For instance, users can additionally scale storage during data increase.
- Massively parallel processing technology using NVIDIA CUDA framework
- Best architecture for large-volume statistical analysis processing : Compression algorithm processing and data classification using Group By (COUNT, SUM, AVG, MAX, MIN, etc.)
- Parallel execute engine support concurrent query processing without decompression process
- Workloads are automatically assigned to vacant GPU using SQream’s own load balancer
- GPU can be split up to 8 pieces, maximizing concurrency
- Auto-provisioning (for single), lifecycle management
- Choose VM based on the required spec
- Provide additional storage for connection other than the OS disk
- Provide subnet/IP, NAT IP, Security Group connection setting
※ Provide a separate manual for management features such as HA configuration, monitoring, and backup/restoration (User configuration item)
Whether you’re looking for a specific business solution or just need some questions answered, we’re here to help