Now that the Intel’s new Haswell and Broadwell versions of their Xeon processors families are available, Independent Software Vendors (ISVs) will consider transitioning solutions to this new architecture. Doing so early takes the best advantage of new capabilities while simultaneously meeting the demands and expectations of customers.
In our three-part guide to the transition, we have so far covered the new capabilities of Haswell/Broadwell (Part 1) in addition to understanding the importance of Intel’s “Tick, Tock” product release strategy (Part 2). This final post will focus exclusively on what software developers can do to keep pace with their market in light of these current and ongoing developments.
Specifically, looking to a knowledgeable value-added system integrator and deployment partner who offers guidance on how to best develop products with new Haswell/Broadwell capabilities in mind. Such a partner can provide a “shortcut” through the arduous trial-and-error process often needed to ensure compatibility with new CPU demands and key features. This partner could also offer suggestions on how to best bring the product to market in a stable, widely appealing appliance format. Finally, they can provide design engineering, system integration, logistics and global support. As part of the process they should manage the entire lifecycle of the product and all that needs to happen at each stage.
In other words, utilizing a value-added system integrator and deployment partner such as UNICOM Engineering helps an ISV not only adjust to the demands of new CPU architecture, but also exceed customer expectations and optimize profitability at the same time.
Having an Intel IoT Alliance Partner in Your Corner
Partners like UNICOM Engineering work closely with Intel to ensure we are ready to assist our customers as products become available. We can provide production grade, ready-to-deploy test platforms used for evaluating your software’s performance on Haswell architecture.
We can also design hardware solutions across your portfolio that leverage the latest Intel has to offer to maximize the performance of your solutions.For instance, clients that wished to provide a range of application performance tied to tiered price points can do so more adeptly with the aid of our expertise. This guidance can inform technology investment decisions for both our clients and their clients in the long-run.
UNICOM Engineering’s 8 Steps to Guaranteed Success
Transitioning to new technology can be a challenging endeavor. Following a methodical and comprehensive approach can guarantee success while saving valuable time, money and resources. UNICOM Engineering employs the following approach which can accommodate even the most technical requirements.
- Engagement — We discuss the scope of your product and your intended value proposition to customers.
- Evaluation & Initial Development — Project requirements are determined based on best-fit for your intended product and branding goals. An evaluation unit is produced.
- Feedback & Revisions — Testing and review of evaluation unit: your feedback informs changes leading to closer-fit unit iterations; all expectations and requirements are met.
- Validation — Confirmation that all components of the solution are ready to move forward..
- First Article Acceptance — An initial production unit is created, and final feedback is received.
- Production Release — Final checks and tests are performed to ensure the production unit is ready for General Availability (GA) release and launch.
- General Availability — Production units are shipped. Further checks are performed confirming quality of all deliverables. A service/support model is implemented if needed.
- End of Life — As components and products reach their end of life, we determine replacement options for products being retired. We also keep our clients aware as new architectures emerge for their next-gen solutions.
Throughout the process we recommend considering the following aspects of the complete solution to ensure deliverability wherever your product takes you—domestically and beyond.:
- Creating test parameters and benchmarks to better evaluate performance
- Branding considerations to deliver cohesive experience right out of the box
- Software imaging development to ensure repeatability and stability during mass production, release
- Regulatory compliance and industry standardization considerations
- Global manufacturing capabilities to address scalability requirements
- Quality assurance oversight to ensure predictable, repeatable platform performance
- Trade compliance documentation that helps your product penetrate even the most remote markets
- Support and maintenance service models that add value to customer experience while introducing additional revenue streams
- Global Forward Stocking Locations (FSLs) that increase speed of service and ensure swift field issue resolution
- Lifecycle management programs that protect long-term investment in product lifespan while preparing for eventual obsolescence and replacement
Your Next Steps to Haswell
While not everyone will need such a comprehensive level of guidance or consulting, those that do take advantage of a deployment partner stand to greatly reduce development costs while accelerating their time to market. They also gain key insights into the long-term management of their product, including the creation of adaptable price-point models or eventual product retirement. All of these benefits are had while developing up-to-the-minute solutions utilizing Haswell’s cutting-edge capabilities.
Let UNICOM Engineering help you realize all of these goals while helping you conserve the resources needed for your company’s other projects. You focus on innovation and sales and we’ll handle the rest.
Want to Learn More?
Download our FREE “Streamlining the Transition to New Intel Microarchitecture” whitepaper! Or, visit our application deployment solution design page.
Part 1: Overview
Part 2: “Tick, Tock”
Part 3: Next Steps for Transitioning to Haswell
The post Application Deployment with Intel’s Next-Gen Haswell Microarchitecture — Part 3: Next Steps for Transitioning to Haswell appeared first on Application Deployment Blog | UNICOM Engineering.