I know that the headline sounds contradictory. Maybe you’re scratching your head and asking yourself how is that even possible but read on! All will be revealed.For decades, product development organizations have traditionally used heterogeneous, component-level hardware and software for their designs, depending largely on in-house mechanical and electrical engineering to differentiate their products. However, as the well-known song goes, the times they are a changing. If your organization is involved in product development, you’ve already seen first-hand how the Edge is transforming business model and product functionality goals.A new product system lifecycleRemote monitoring, AI and virtualization are transforming the product system lifecycle from design through production and service. Huge volumes of data, the advanced connectivity of 5G plus the adoption of new technologies are all driving digital disruption. Business value is moving from products to the data generated by products, and the business insights they deliver. As a result, workload demands are becoming ever more complex with increasing demand for standards-based, integrated computing platforms.New customer demandsThis all means that new demands are being placed on product developers and solution builders. In addition to delivering on the technical side, you now have to think about supporting your customers to generate new revenue streams, build as-a-service models, create account stickiness, and ensure end user satisfaction. However, ever-changing specifications, schedule and cost overruns continue to present challenges.Key trends in product developmentWhat impact does all this have on technical decision-making? As part of a global research study in partnership with Intel and Dell Technologies OEM Solutions, VDC Research surveyed over 700 product decision-makers and engineers to gain insights into best practices and key business and technical trends.Respondents were drawn from a diverse range of industries including automotive, aerospace and defense, healthcare, industrial automation, and transportation. Hot off the press, the report makes for interesting reading. I’ve highlighted some key findings below but we’re looking forward to sharing more with you at our upcoming webinar on February 18th.Partnership rocksAt a top level, the research reinforces the undisputed power of partnership. By strategically outsourcing more of the integrated compute and related development, test, and management with Tier one partners, VDC Research found that you can bring differentiated solutions to market faster and at lower cost. In particular, there are huge benefits and cost savings associated with leveraging commercial hardware systems instead of relying on traditional in-house, component-based engineering.Dramatically cut development cost and reduce time to marketThe results speak for themselves and will transform how product development is managed. For example, did you know that companies using commercial hardware platforms cut their total development cost by 70%, compared to those sourcing only component-level technology?In fact, commercial hardware platform users are 2X as likely to complete their projects ahead of schedule than those that rely on component-level technology from third parties. As you can imagine, this speed translates into earlier revenue returns and expanded product profitability. One organization reported that the use of a Tier 1 commercial solution helped improve profitability by over 50%.More time for innovationTime is money. The study shows that organizations sourcing complete commercial hardware platforms are able to devote nearly 2X more of their time in developing differentiating IP, such as that focused on analytics and cloud connectivity, instead of spending it on lower-value tasks. In fact, bringing in additional expertise and leveraging third-party services increases the likelihood of beating schedules by a staggering 4X!Improve scale & serviceAnd that’s not even to focus on the additional benefits associated with scaling up and after-sales services. A Tier 1 technology provider can help you manage supply chains, provide global serviceability, and offer broader ecosystems with supporting technology and expert partners.A business imperativeYou cannot afford to ignore these results. It’s a no-brainer! You have to focus your time where it matters most. It’s time to urgently re-valuate your design choices, review your network. It’s time to refocus your efforts on cutting costs, while simultaneously driving innovation and ROI. You have to select the right technology and the right partner to help you optimize your solutions and keep pace with both market dynamics and the evolving requirements of end users.Dell Technologies OEM Solutions and its expert partner network are ready to collaborate with you to design solutions to meet current challenges, while focusing on tomorrow’s opportunities. We do this, using either industry-standard or customized hardware, all built around open standards to allow you and your customers to focus on your IP and pivot fast to address new opportunities. Join a conversation with VDC Research and Dell Technologies OEM Solutions to learn how you can focus on your IP, reduce costs and time to market with the right set of technology and capabilities. Register now for our webinar on March 4th, 2021 at 10:00 AM Central & on demand afterwards for a limited time.United States webcastCanada and Latin America webcastEMEA webcastAPJ webcast Learn more about what we do in at Dell Technologies OEM SolutionsFollow us on [email protected] in touch! Join our LinkedIn Dell Technologies OEM Solutions Showcase page.
Second, use mulch under fruiting crops to keep the fruit off theground and to reduce the amount of soil splash onto stems, leavesand fruit.But alas this summer is beginning to come to an end and we can nowturn our attention to the fall garden. Cole crops such as greens,including turnips, collards and mustards, along with broccoli,carrots, onions, pea pods, cabbage and lettuce can be planted now. Prepare plot now for next yearIf you’re not planting fall crops your garden spot still requiresattention. Debris left over from the spring and summer gardenshould be removed or deeply tilled under. This will reduce pestproblems next year. A cover crop can then be planted. Cover crops prevent erosion andalso can add nutrients and organic matter when it’s later tilledin.A mixture of wheat or rye, not ryegrass, mixed with a fewpounds ofclover makes a good cover crop. Don’t forget to inoculate theclover seed. Purchase legume seed innoculant when you purchasecover seed and use a little cola to slightly dampen the seed. Dustthe seed with innoculant and mix to coat each seed.Clover takes nitrogen from the atmosphere and moves it into thesoil. White, crimson or Yucchi clover can be used.University of Georgia horticulturist Bob Westerfield recommendsleaving the clover between the rows so you have a living mulch thatcontinues to contribute nitrogen to the soil. Tilling the covercrop under will add nutrient-rich organic matter. Points to rememberThere are two take-home lessons for this year:First, soil temperatures are important. When soils are cool, warmseason crops like corn, tomatoes, squash, cucumbers, peas and beanswill not grow well. They like soil temperatures above 65 degrees. By Wade HutchesonUniversity of GeorgiaIt’s been a tough summer on vegetables, but the troubles actuallystarted with a cool spring.May’s weather kept soil temperatures cool and early-plantedvegetables from growing well. Soil temperatures must be rightI planted some early corn in April when soil temperatures wereright. Just after I planted, though, temperatures cooled and muchof my corn didn’t germinate. What did grow grew slowly. June brought warmer weather. But about the time vegetablesstartedgrowing, above average rainfall came. As a matter of fact, we arenow almost 11.5 inches above average in rainfall received thisyear. The corn, finally beginning to tassel and set ears, was thenrampaged by Japanese beetles and corn earworms. My tomatoes,squash, cucumbers and other vegetables had tremendous rot due tothe rain. Often, fall gardens have fewer pests, too. It’s also a lot cooleroutside so gardening isn’t as stressful. Test soil this winterA soil sample should be taken in November or December so you canaddress fertility concerns. The results include specificrecommendations for adding lime if needed as well as a fertilizerrecommendation.Taking a soil sample is easy and the test costs only $8. Takeseveral “core” samples from the area. Each core should representabout the same amount of soil from the surface to a 6-inch depth.Mix the cores together in a clean plastic bucket and then remove alarge pint to submit for the sample. Place the sample in a paperbag to carry in to your local UGA Extension Service office. Results will be mailed to you in about 10 working days.Yes, it was indeed a tough summer for our vegetable gardens. Butsome planning and addition of a new practice or two just may makenext year’s better.