A new database architecture called sharding was introduced in Oracle 12cR2 database for linear scalability and complete fault isolation for OLTP workloads. This Oracle sharding architecture partition horizontally partitions data across discrete Oracle Databases (shards). All shards collectively form a single logical database. Come to this session to learn this new architecture and the related…

A new database architecture called sharding was introduced in Oracle 12cR2 database for linear scalability and complete fault isolation for OLTP workloads. This Oracle sharding architecture partition horizontally partitions data across discrete Oracle Databases (shards). All shards collectively form a single logical database. Come to this session to learn this new architecture and the related…

Oracle Sharding is an elastic database architecture where data is horizontally partitioned across multiple discrete databases that share no hardware or software. It provides linear scalability and complete fault isolation for transaction processing applications designed for a sharded architecture—attributes that are not possible by scaling-out or scaling-up a single database. Join this session to hear…

Oracle Sharding is an elastic database architecture where data is horizontally partitioned across multiple discrete databases that share no hardware or software. It provides linear scalability and complete fault isolation for transaction processing applications designed for a sharded architecture—attributes that are not possible by scaling-out or scaling-up a single database. Join this session to hear…

Oracle Sharding is an elastic database architecture where data is horizontally partitioned across multiple discrete databases that share no hardware or software. It provides linear scalability and complete fault isolation for transaction processing applications designed for a sharded architecture—attributes that are not possible by scaling-out or scaling-up a single database. Join this session to hear…

How do you design an OLTP system that handles terrabytes of data and needs to scale 200% per year ? Or 200% per month ? By the way, all queries still need to respond in subseconds. And no, your budget is not unlimited. Enter Database sharding - the art of splitting data into manageable chunks,…

How do you design an OLTP system that handles terrabytes of data and needs to scale 200% per year ? Or 200% per month ? By the way, all queries still need to respond in subseconds. And no, your budget is not unlimited. Enter Database sharding - the art of splitting data into manageable chunks,…

How do you design an OLTP system that handles terrabytes of data and needs to scale 200% per year ? Or 200% per month ? By the way, all queries still need to respond in subseconds. And no, your budget is not unlimited. Enter Database sharding - the art of splitting data into manageable chunks,…

How do you design an OLTP system that handles terrabytes of data and needs to scale 200% per year ? Or 200% per month ? By the way, all queries still need to respond in subseconds. And no, your budget is not unlimited. Enter Database sharding - the art of splitting data into manageable chunks,…