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Java Compute Appliances Upgraded by Azul Systems

Azul Systems, the maker of hardware appliances that have been specifically designed to run Java virtual machines that are offloaded from general purpose servers and their applications, has announced the third generation of its Java processors, the Vega-3. With this new chip, Azul is adding more cores to the chip and adding other tweaks to make its Compute Appliances even more appealing to IT shops running Java applications who are sick of paying high prices for servers just to run JVMs.

Azul's Java Appliance Enters Third Generation

Azul is Expecting to Expand Into New Markets and Consolidate More and More x86 and RISC Widgetry with the New Release

Azul's Java Appliance Enters Third Generation

Azul is Expecting to Expand Into New Markets and Consolidate More and More x86 and RISC Widgetry with the New Release

Azul Systems Extends Leadership in Business-Critical Java Application Performance With New Vega(TM) Series

Azul Systems Extends Leadership in Business-Critical Java Application Performance With New Vega(TM) Series

SOA World - Azul's Java Appliance Enters Third Generation

Azul is Expecting to Expand Into New Markets and Consolidate More and More x86 and RISC Widgetry with the New Release

SOA World - Azul's Java Appliance Enters Third Generation

Azul is Expecting to Expand Into New Markets and Consolidate More and More x86 and RISC Widgetry with the New Release

Azul Systems Extends Leadership in Business-Critical Java Application Performance With New Vega(TM) Series

MOUNTAIN VIEW, Calif. - Azul Systems, a leading provider of enterprise-class application performance and IT solutions for Java applications, today announced the availability of the Vega™ 3 Series appliances, which provide breakthrough performance and a cost ef

Azul Systems Extends Standing In Business-Critical Java Application Performance with Vega 3

Delivers Technology for Java Performance, Accelerates Data Center Consolidation and Virtualization Initiatives

Volcano Erupts On Galapagos Islands

lava flowing down the northeastern flank of the Cerro Azul volcano on the Isabela island, the largest of the Galapagos Islands

Scalable Nonblocking Data Structures

An anonymous reader writes "InfoQ has an interesting writeup of Dr. Cliff Click's work on developing highly concurrent data structures for use on the Azul hardware (which is in production with 768 cores), supporting 700+ hardware threads in Java. The basic idea is to use a new coding style that involves a large array to hold the data (allowing scalable parallel access), atomic update on those array words, and a finite-state machine built from the atomic update and logically replicated per array word. The end result is a coding style that has allowed Click to build 2.5 lock-free data structures that also scale remarkably well."

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