Maxeler Technologies
HPCwire

Since 1986 - Covering the Fastest Computers
in the World and the People Who Run Them

Language Flags

Visit additional Tabor Communication Publications

Datanami
Digital Manufacturing Report
HPC in the Cloud

Rogue Wave Conducts Parellel Computing Survey


Application developers, architects share perspectives on critical issues as industry shifts to parallel computing

BOULDER, Colo., Nov. 3 -- Rogue Wave Software, Inc., the leader in enterprise class C++ components and infrastructure, today announced results of a global survey of nearly 700 software developers and IT architects to gauge their organizations' attitudes towards and understand their plans to begin migrating legacy applications to multicore hardware. As the enterprise IT sector hits performance thresholds with single-core servers, devising a resource-efficient strategy is paramount. The survey was designed to better understand the challenges they are facing in this process and the strategies they are employing to address those issues.

According to the research:

The shift to multicore is imminent:

  • 52 percent said that addressing the multicore issue is either a top priority or an important issue within their organization.
  • 63 percent are either considering moving in the next 12 months or have moved at least a portion of their existing C++ apps to multicore hardware; 43 percent said that a number of those were mission critical apps.
  • More than half (55 percent) said that they have a large portion, most or all of their production servers on multicore.

Performance requirements are the primary driver for the flight to multicore servers:

  • 58 percent said that an increase in performance has been the reason behind their organizations shifting existing applications to multicore hardware.
  • 92 percent said that their business applications have high performance requirements; of those that have high performance apps, 69 percent said that their business applications have requirements to support high throughput.
  • 82 percent said that performance requirements for their organizations' apps are on the rise.
  • Of those that said performance requirements are increasing, nearly 40 percent said that increase in data volumes are growing.


Several of the respondents noted that achieving high performance cost efficiently was a critical success factor:

  • "Our applications are typically heavily multi-threaded. Multicore servers offer more parallelism without the high cost of higher end hardware (with many CPUs).
  • For one particular organization "Applying complex mathematical model calculations to large portfolios is a known performance hog for capital markets."
  • "Better utilization of multicore servers provides direct benefits in the operation costs of our services."
  • "It looks like at some point we won't be able to purchase (single)-core chips. So, (1) if we have the processing horsepower, we should be leveraging it, and (2) there is risk that as there are more cores per chip that the per core clock rate will decrease and (single)-core apps will actually run slower, which we cannot tolerate."

There are varying strategies in addressing the multicore dilemma:

  • 55 percent said that they would either rely on in-house development teams for re-configuration, or re-write/re-architect existing applications to run in parallel or a combination of both.
  • 60 percent said they would rely on vendors for either tools or platforms to address the multicore issue or a combination of both.
  • 60 percent said they would rely on tools to address multi-threading, parallelism and thread execution improvements.

"Multicore and many-core hardware is offering huge increases in processing power that can greatly reduce costs while increasing application throughput," said Patrick Leonard, vice president of engineering and product strategy at Rogue Wave Software. "Many existing enterprise apps are not able to take full advantage of the benefits multicore hardware provides, which creates the 'multicore dilemma.' Fortunately, tools are available to make this much easier than it has been in the past. Rather than rewriting applications to be multi-threaded, tools such as Rogue Wave Hydra can use service parallelism to reduce the initial effort of moving to multicore and make ongoing changes to the parallel model configurable, rather than hard-coded."

About Rogue Wave Hydra

The Rogue Wave Hydra Suite is a suite of products for developing and deploying high performance business applications. The Hydra Suite consists of HydraEnterprise, HydraExpress, and HydraSDO working together to deliver the agility and flexibility benefits a service oriented architecture (SOA) inherently provides, without sacrificing the high performance businesses require. The Rogue Wave Hydra Suite products can work standalone or integrated together in an efficient service framework.

About Rogue Wave Software

Rogue Wave Software, Inc. is the leading provider of enterprise class C++ components and infrastructure that enable organizations to build and deploy high performance applications. Only Rogue Wave provides the most complete C++ technology stack including C++ components, UI components, run-time infrastructure, and services. Today, thousands of organizations worldwide have chosen Rogue Wave. For more information go to http://www.roguewave.com.

-----

Source: Rogue Wave Software, Inc.

HPCwire on Twitter

Discussion

There are 0 discussion items posted.

Join the Discussion

Join the Discussion

Become a Registered User Today!


Registered Users Log in join the Discussion

May 23, 2012

May 22, 2012

May 21, 2012

May 18, 2012

May 17, 2012

May 16, 2012

May 15, 2012

May 14, 2012

May 11, 2012

May 10, 2012


Most Read Features

Most Read Around the Web

Most Read This Just In

Acer

Feature Articles

NVIDIA Works On CPU Co-Dependency Issues with Kepler GPU

NVIDIA is telling everyone that the GK110, its new Kepler GPU aimed at supercomputing, is all about improving performance per watt. But the other driving theme behind the new architecture is reducing the GPU's reliance on its CPU host. How well it accomplishes both these goals areas could determine the success of the new chip in high performance computing.
Read more...

OpenACC Starts to Gather Developer Mindshare

PGI, Cray, and CAPS enterprise are moving quickly to get their new OpenACC-supported compilers into the hands of GPGPU developers. At NVIDIA's GPU Technology Conference this week, there was plenty of discussion around the new HPC accelerator framework, and all three OpenACC compiler makers, as well as NVIDIA, were talking up the technology.
Read more...

NVIDIA Launches Kepler Into HPC

NVIDIA has introduced its first Kepler-generation GPU product for high performance computing, and revealed some of the inner working of the new architecture. The announcement took place at the kickoff of the company's GPU Technology Conference taking place this week in San Jose, California.
Read more...

Around the Web

Can Google’s Page Ranking Algorithm Cure Cancer?

May 23, 2012 | Computational biologists tweak PageRank to correlate protein markers with disease progression.
Read more...

Apple Datacenter Blooms Green Energy

May 22, 2012 | Company looks to renewable energy to power its computing infrastructure.
Read more...

NVIDIA’s Bill Dally Talks 3D Chips and More at GTC

May 16, 2012 | Chief scientist discusses memory stacks, interconnects, and US technology leadership.
Read more...

NVIDIA Unveils Virtualized GPU with Kepler-Based Board

May 15, 2012 | GPU maker conjures up visualization technology for virtual desktops.
Read more...

Zettaflops Will Happen Says HPC Analyst

May 14, 2012 | Pessimistic predictions about technology have a poor track record, according to 451's John Barr.
Read more...

Sponsored Whitepapers

Sponsored Multimedia

ISC Think Tank 2012

Newsletters



HPC Job Bank


Featured Events







HPC Wire Events