Boost your debugging confidence with the latest
enhancements to Wind River on-chip debugging
Reduce time-to-market with Wind River's line of JTAG-based products that simplify, streamline, and speed the debugging process across a wide range of single core, multicore, and multichip configurations. Wind River's leading on-chip debugging tools improve your team's productivity and effectiveness through the time-consuming and painful challenges of integrating software with hardware, helping you ensure quality, avoid costly project delays, and release products with confidence.
Wind River on-chip debugging supports a wide range of processors based on ARM, ColdFire, MIPS, and PowerPC architectures. Wind River Workbench On-Chip Debugging version 3.1.1 extends support for devices from leading semiconductor suppliers, offering more choice for developers building mobile devices, industrial controls, medical instruments, multimedia set-top boxes, in-car entertainment systems, kiosks, digital signage, and others.
By extending architecture and processor coverage to include Intel Atom processors in the Atom Z series and N series processor lines, Wind River provides more choices for developing low-power applications through comprehensive debugging tools that embrace the full development life cycle. Wind River further extends the choices of customers developing network infrastructure applications with support for RMI Corporation's XLR and XLS processors. Wind River is introducing support for Freescale's QorIQ family of multicore communications processors with initial support for QorIQ P2020.
The new processor support in Workbench On-Chip Debugging 3.1.1 also includes coverage for new processors such as Broadcom BCM7335, Freescale's I.MX35, MPC560X, and MPC8536, and Texas Instruments OMAP 3530.
Wind River On-Chip Debugging Demo
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New On-Chip Debugging Multicore Demo |
Product Overviews
On-Chip Debugging Resources
Wind River on-chip debugging is an integral part of the Wind River Multicore Software Solution. View these resources to gain insight into our solution and learn how it can enable you to address the challenges and achieve the goals of your business.
See all multicore white papers »
White Paper: Multicore Challenges and Choices: Deciding Which Solution Is Right for You
There are a number of technology and business trends that will change the way many devices are architected and developed in the future. They include the frequency ceiling; using multicore for hardware offload; consolidation of multiprocessor systems to multicore; hypervisor adoption in the embedded market; and use cases to help achieve performance objectives, convergence with more functionality in any given device, or higher security and safety concerns leading to certified systems.
White Paper: Streamlining Embedded Development Cycles with JTAG Tools for Intel Processors
This paper provides a product preview for Wind River's on-chip debugging solution for Intel Architecture. Described are the capabilities, features, and benefits of utilizing the standards-based Wind River Workbench On-Chip Debugging development suite with the Wind River ICE 2 JTAG debug unit for developing and debugging target platforms based on Intel processors.
Cut Cost, Decrease Risk, Maximize Quality
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What's the 411 on 3.1.1?
Emeka Nwafor,
Director of Product Management,
Wind River Development Tools
We have just announced that we are taking orders for Wind River Workbench On-Chip Debugging version 3.1.1. Here's "the 411" on this release: Version 3.1.1 is a significant update to the software and firmware that powers our JTAG debugger units—Wind River ICE 2 and Wind River Probe. One highlight is our support for RMI Corporation's XLR and XLS processor lines, a new capability that strengthens our support for multicore and multithreaded processors. Read more »
