As government agencies modernize data centers, there are many options for complying with mandates, streamlining operations, and reducing costs. Cutting-edge technologies, such as Flash, paired with cloud operations, adds speed and efficiency. Modernizing data center management also can accelerate workload processing, optimize data analytics, and increase security.
The increasingly mobile nature of technology enables computing devices to go out into the field with workers. And computing devices leaving the office face the same perils as their human counterparts. Like workers in the field, the technology needs to be tough enough to survive adverse conditions.
When buying a workstation, price-performance matters. But it’s not the only consideration. Also important is aligning features and capabilities with user applications and workloads. So are system optimization, expandability and support. While many buyers — especially in graphics, video and multimedia fields — might consider Apple’s iMac, iMac Pro and MacBook Pro models best suited to their needs, they may be selling themselves short in many ways. This paper provides a checklist for buyers to compare Apple’s newest high-end offerings with the latest Dell Precision workstations.
Are you trying to determine if a rugged notebook or tablet is right for your business? Technology Business Research, Inc.(TBR) found in their recent research, purchasers should understand the true value of their mobile computing by calculating the total cost of ownership to see if a switch to rugged systems is worthwhile. In order to help IT and organizational purchasers make the right computing investment, Dell and Intel® recently worked with VDC Research to understand the true total cost of ownership for rugged vs. non–rugged notebooks and tablets in harsh work environments. Read this white paper to see the costs associated with each scenario and to help you determine if a rugged solution would benefit your business.
It seems every business sector—automotive, aerospace and defense, heavy industry, consumer goods, even agriculture—wants “smarter” products that will comprise the Internet of Things (IoT) and form the basis for the connected factory of the future. For engineering departments, large and small, that means today’s design engineering teams are being asked to create more complex product designs, simulate more advanced mechanical and electrical phenomena, and virtually assemble components as part of larger systems—all in less time.