This is an ultimate comparison of time series databases.
- Install dependencies
npm install - Start webserver
npm start - Alternatively start development mode
npm run dev
The code below shows a sample element.
# Template - http://www.example.com
## Clusterability Features
- High Availability
- Scalability
- Load Balancing
## Functions
- INS
- READ
- SCAN
- AVG
- SUM
- CNT
- MAX
- MIN
- UPD
- DEL
## Advanced Functions
- Contiunous Calculation
- Tags
- Long-term Storage
- Matrix Time Series
## Sampling
- Downsampling
## Smallest Sampling Interval
- 1 ms
- 2 ms
## Smallest Storage Granularity
- 1 ms
## Smallest Guaranteed Storage Granularity
- 1 ms
- \>1 ms
## APIs/Interfaces
- CLI
- HTTP GUI
- REST
- HTTP
- JSON
- Kafka
- statsD
- UDP
- Telnet
- Azure
- RabbitMQ
- S3
- Spritzer
- Spark
- Storm
- Collectd
- OpenTSDB
## Client Libraries
- Java
- Python
- R
- Groovy
- .NET
- Perl
- PHP
- Ruby
- C
- Node.js
- ODBC
- Go
- J
- C++
- Tcl
## Extensibility
- Plugins
## License
- Apache-2.0
- LGPL-2.0+
- GPL-3.0-or-later
- MIT
- MonetDB Public
- GPL-2.0-only
- PostgreSQL
## Stable Version
- yes
## Commercial Support
- yes
This project received funding from the Federal Ministry for Economic Affairs and Energy in the context of the project NEMAR.
The content is licensed under CC0-1.0.