Capacity Estimation for Spotify Premium System Design
- Song Storage: Utilizing formats like Ogg Vorbis or AAC, with an average song size of 3MB, the storage requirement for songs totals approximately 90TB for 30 million songs.
- Song Metadata: Storing metadata for songs and users is essential. With an average metadata size of 100 bytes per song, the metadata storage demand is around 3GB for 30 million songs.
- User Metadata: Each user’s profile requires storage, averaging around 1KB per user. With 500,000 users, the storage needed for user metadata amounts to 0.5GB.
- Data Redundancy: To ensure high availability and fault tolerance, it’s crucial to replicate data. Replicating data three times, following industry standards, increases the total storage requirement to 300TB.
Design Spotify Premium | System Design
In today’s digital world, the demand for premium music streaming services like Spotify is at an all-time high. Understanding the System Design behind Spotify Premium is crucial for software engineers seeking to build robust, scalable, and reliable music streaming platforms. This article explores the architecture of Spotify Premium, offering insights into creating a cutting-edge system capable of delivering high-quality audio content seamlessly while ensuring scalability, durability, and optimal user experience.
Important Topics for Spotify Premium System Design
- Requirements Gathering for Spotify Premium System Design
- Capacity Estimation for Spotify Premium System Design
- Use case diagram for Spotify Premium System Design
- High-Level Design for Spotify Premium System Design
- Low-Level Design for Spotify Premium System Design
- Database Design for Spotify Premium System Design
- Microservices used for System Design for Spotify Premium
- API used in Spotify Premium System Design
- Scalability for Spotify Premium System Design