Oracle smashes transaction speed record

By
Follow google news

Four million transactions per minute sets new world record, Oracle claims.

Oracle smashes transaction speed record
Oracle has set a new world record for the number of transactions per minute, according to a statement from the company. 

Oracle Database achieved a record 4,092,799 transactions per minute (type C) with a price-performance ratio of US$2.93 transactions per minute.

The results were achieved using Oracle Database 10g Release 2 on an HP Integrity Superdome server running HP-UX 11i v3 and HP StorageWorks Arrays. 

"With this result, Oracle showcases its superior transaction processing power, setting a new industry record that surpasses the best TPC-C performance results on any database including IBM DB2 and becoming the overall performance leader in both TPC-C clustered and non-clustered categories," said a statement by Oracle.

Juan Loaiza, senior vice president of systems technology at Oracle, added: " As business demand for increased transaction throughput continues to grow, customers rely on Oracle Database 10g to seamlessly scale their systems accordingly."

Oracle Database 10g provides a single database engine for online transaction processing (OLTP) and data warehousing.

TPC-C is an OLTP benchmark developed by the Transaction Processing Performance Council.

The TPC-C benchmark defines the standard for calculating performance and price/performance, measured by transactions per minute (tpmC) and $/tpmC, respectively.
Got a news tip for our journalists? Share it with us anonymously here.
Copyright ©v3.co.uk
Tags:

Most Read Articles

WA gov inks $73m deal for core digital twin platform

WA gov inks $73m deal for core digital twin platform

Qld lifts 12-year ban on IBM after $1.25bn payroll failure

Qld lifts 12-year ban on IBM after $1.25bn payroll failure

Macquarie Bank on board with Google Gemini

Macquarie Bank on board with Google Gemini

ANZ CEO backs Plus tech stack, but changes "inefficient" delivery

ANZ CEO backs Plus tech stack, but changes "inefficient" delivery

Log In

  |  Forgot your password?