Abstract: Methods, apparatus, and systems for processing data transactions use a sequencer communicating with a plurality of data processors and provide improved performance and lower latency.

Abstract: Methods, apparatus, and systems for processing data transactions use a sequencer communicating with a plurality of data processors and provide improved performance and lower latency.

Abstract: Methods, apparatus, and systems for processing data transactions use a sequencer communicating with a plurality of data processors and provide improved performance and lower latency.

Abstract: Methods, apparatus, and systems for processing data transactions use a sequencer communicating with a plurality of data processors and provide improved performance and lower latency.

Abstract: Methods, apparatus, and systems for processing data transactions use a sequencer communicating with a plurality of data processors and provide improved performance and lower latency.

Abstract: Methods, apparatus, and systems for processing data transactions use a sequencer communicating with a plurality of data processors and provide improved performance and lower latency.

Abstract: Methods, apparatus, and systems for processing data transactions use a sequencer communicating with a plurality of data processors and provide improved performance and lower latency.

Abstract: Methods and computerized exchange systems 100 for processing trade orders are disclosed. In the computerized exchange system 100, a sequencer 130 is configured to sequence incoming order entry messages for thereby putting incoming order entry messages in a sequenced order and to send, from the sequencer, order entry message(s) in a sequenced order to a plurality of order book engines 120a-c. Upon receipt of the sequenced order entry message(s) in the various order book engines 120-c, the plurality of order book engines process the sequenced order entry message(s) substantially in parallel. Various embodiments of the disclosed methods and computerized exchange systems allow for better performance, e.g. in terms of lower latency.

Abstract: Methods and computerized exchange systems 100 for processing trade orders are disclosed. In the computerized exchange system 100, a sequencer 130 is configured to sequence incoming order entry messages for thereby putting incoming order entry messages in a sequenced order and to send, from the sequencer, order entry message(s) in a sequenced order to a plurality of order book engines 120a-c. Upon receipt of the sequenced order entry message(s) in the various order book engines 120-c, the plurality of order book engines process the sequenced order entry message(s) substantially in parallel. Various embodiments of the disclosed methods and computerized exchange systems allow for better performance, e.g. in terms of lower latency.