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VMware

May 11, 2020 by Jay Weier

The motivation to move to digital workspaces has made many organizations re-imagine their workforce and how their business operates. From the enhanced business agility and flexibility to the reduced overhead costs digital workspaces promise, businesses across the board are feeling the push to make the digital workspace a reality for their organizations.

However, designers and engineers relying on graphics-intensive applications, data scientists running compute-intensive workloads, and knowledge workers using increasingly graphics-intensive office productivity tools often feel tethered to their physical workstations.

Virtual desktops un-tether users to work from home, on the road, or anywhere by moving acceleration hardware from on-location workstations to virtual environments powered by Graphics Processing Units (GPUs).

VMware Horizon 7 with NVIDIA GRID

A leader in virtualized infrastructure and software-defined data center solutions, VMware’s Horizon 7 with NVIDIA GRID securely delivers an immersive GPU powered experience across a variety of user devices and locations. Professional graphics users, engineers, and knowledge workers can productively collaborate in real-time—on a global scale—with other professionals, no matter the size of the dataset.

With true GPU hardware acceleration, NVIDIA GRID enables sharing across multiple virtual desktops, without compromising the graphics or compute experience. Because work that was typically done by the CPU is offloaded to the GPU, demanding engineering and creative applications can be supported in a virtualized and cloud environment for a more flexible user experience and reduced stress on the data center.

VMware Horizon 7 is also optimized for the software–defined data center and provides complete workspace environment management. This enables your IT administrators to control all graphics and compute resources, efficiently manage those resources, and accelerate their delivery to end users.

Carrying the Weight of the Workload

Moving the graphics-acceleration hardware from the workstation to a centralized system provides users and businesses with a wealth of advantages. With appropriate network bandwidth and suitable remote client devices, designers and engineers can manipulate complex models and researchers can run simulations, using very large data sets, from anywhere, freeing them from the limitations of fixed workstations and processors. Hardware acceleration also reduces CPU usage for less demanding basic desktop and published application use, and for video encoding or decoding.

Businesses grow faster and innovate quicker when they take advantage of the agility and flexibility modern digital workspaces provide. Enabling users to work on any device means businesses can save on CapEx and OpEx with fewer expensive location-based workstations and the overhead required to maintain and manage them. Moving acceleration hardware from on-location workstations to virtual environments also gives graphics users, engineers, and knowledge workers the performance of a physical workstation with the cost-effectiveness of GPU sharing across multiple users. Giving your team the opportunity to work remotely also strengthens their ability to innovate freely and drive growth for your business.

VMware Horizon 7 with NVIDIA GRID Benefits

Provides consistent performance – Substantially improves latency, bandwidth, and frames per second, while decreasing CPU utilization and increasing users per host, enhancing workspace productivity for geographically dispersed teams regardless of network conditions.

Optimizes resource utilization – A single GPU can be shared among multiple VMs and/or multiple GPUs can be assigned to a single VM, to power the most demanding workloads.

Accelerates professional workflows – By enhancing operational efficiency—from faster graphics rendering to data intensive simulations­—organizations can increase user productivity and reduce time-to-market.

Enhances visibility – Gives administrators a clear view into workflow details, and make changes if necessary, using the unified management console wizards and dashboards.

Boosts scalability – No time-consuming installation process, instead users can easily connect to remote desktops and applications from various devices at various locations. Users can be up and running in minutes

Reduces CapEx and OpEx – Standard workstations have high acquisition and maintenance costs that can cut into your bottom line. VMware Horizon 7 with NVIDIA GRID reduces capital and operational costs, minimizes downtime, and requires less costly management and support.

Streamlines IT support – Administrators can patch and upgrade applications and operating systems without touching a user’s physical PC.

Strengthens security footprint – You can reduce the risk of lost or compromised data by restricting access to the virtual desktops and apps residing on your servers. You can also prevent sensitive data from being downloaded onto a remote employee’s home computer.

Elysian Makes IT Easy

Change is hard, especially when it comes to moving graphics-acceleration hardware from workstations to servers. At Elysian, we get it.

Our team of engineers has hands-on experience architecting and deploying virtual desktops for manufacturing, engineering, architecture, education, and healthcare environments. From helping you evaluate the cost/benefit of transitioning your team to virtual desktops through supporting your technology investment, we’re here to help.

The key to successful adoption of new technology and a new way of working is two-fold: it must provide an exceptional user experience and it must enable you to realize greater revenue opportunities, both now and for the long haul. We help drive that success.

Jay Weier is an Implementation Manager at Elysian Technology. Jay has been working in the IT space for over fourteen years. His career has exposed him to small, medium, and enterprise businesses while working in the private, healthcare, and academia industries. When he’s not on the road solving client’s problems, he enjoys spending time with his daughter, riding motorcycles, and skiing.

Filed Under: blog, VMware

April 13, 2020 by Shawn Burke

Organizations across the world are tapping into the power of containers to streamline software development to drive both innovation and digital transformation. Containers alone make developers more agile, but Kubernetes is necessary for putting next-generation applications into production at scale. Together, they accelerate the rollout of custom applications, simplify multi-cloud implementation, and enhance DevOps flexibility to adapt to market changes.

Though Kubernetes makes container management more efficient, DevOps professionals can find the platform can be challenging when it comes to implementation, deployment, and on-going management. But VMware is changing all that and inviting DevOps teams to a whole new world of agility and efficiency.

VMware Enterprise PKS Unleashes the Power of Kubernetes

VMware led the transformation from physical infrastructure to virtualized infrastructure, and then to the software-defined data center. With its acquisition of Pivotal at the end of 2019, the company’s leading the next enterprise transformation to cloud native operation with VMware Enterprise Pivotal Container Service (PKS). VMware Enterprise PKS is a game-changer when it comes to simplifying the deployment and operation of Kubernetes clusters, providing organizations with greater agility to run and manage containers at scale on private and public clouds—with day 1 and day 2 operations support.

Built with containers and DevOps in mind, VMware Enterprise PKS keeps development and operations moving with self-service portals that include all of the developer dashboards and APIs needed to integrate with their development control plane. This empowers DevOps teams to accelerate release cycles while easily scaling containers—all with very little IT intervention. DevOps can work the way they’re most familiar by eliminating time-consuming and complicated deployment and management processes with on-demand provisioning, scaling, patching, and Kubernetes updating via CLI or API. No special Kubernetes expertise required.

VMware Enterprise PKS offers a wealth of capabilities to ensure stability, such as high availability, auto-scaling, health checks, and self-healing. It also manages the rolling upgrade process for a fleet of Kubernetes clusters, eliminating downtime for application workloads. Plus, automatic updates ensure developers always have the latest Kubernetes tools and services, and security vulnerabilities are quickly patched.

VMware Enterprise PKS also includes other key services that enhance DevOps productivity. Harbor registry is an integrated private registry that provides a place to store, sign, and validate images. Aligned with Docker, developers can push, pull, and store images in one platform.

Also built into VMware Enterprise PKS, Catalog API offers access to key third-party services for applications that need message store or persistent data, and the ability to store analytical data or to stream logging information.

Advanced container networking and security capabilities provide DevOps teams with the ability to micro-segment, do load balancing, and define policy through its integration with VMware NSX-T. VMware Enterprise PKS includes a persistent storage set for applications running in Kubernetes. And everything is streamlined, enhancing DevOps efficiency, without the team having to learn any new tools or reach out to any other sets.

VMware Enterprise PKS Benefits for DevOps

Reduces K8s complexity – Lets developers use native Kubernetes CLI—which they’re most familiar with—without adding any layers of abstraction or proprietary extensions.

Shrinks time to market – A more agile DevOps process means developers can innovate, develop, and publish applications faster, so business owners can realize a quicker return on their investment and more valuable business outcomes.

Increases business agility – Create new products and accelerate enhancements to rapidly respond to customer needs.

Simplifies configuration and deployment – Deploy and orchestrate containerized applications at any time, from any location, without the overhead of setting up and managing either Kubernetes or its underlying infrastructure.

Enhances versatility – Supports new applications built with Kubernetes, as well as existing applications built on virtual machines.

Strengthens bottom line – Streamlines development which minimizes application downtime, manual intervention, DIY scripting, and troubleshooting, so you can adapt to market changes with less risk and more reward.

Integrates with AWS – Provides seamless integration with AWS compute, storage, analytics, and services such as machine learning, with no need to manually rebuild apps.

 

Elysian Accelerates DevOps

Elysian specializes in delivering tools for DevOps on platforms IT understands. We recognize DevOps challenges and have years of experience helping customers shrink DevOps time to market by providing custom cloud solutions designed for each company’s strategic, unique goals.

As an engineer-led trusted advisor, we work collaboratively with you and your team through the entire process—from consultation to get to know your unique needs through support—we’re there when you need us most.

Our diverse team of engineers brings a wealth of knowledge and unique perspectives to help you solve your IT problems quicker. The breadth of our experience gives us the unique position of being able to see your DevOps challenges from its many viewpoints, and develop creative and valuable solutions. We understand because we’ve been there. Let’s work together to find a better, faster way to achieve your goals.

Shawn Burke is lead engineer and co-founder of Elysian Technology. Shawn has over 15 years’ experience in the IT space, on both the VAR side and the vendor side. He has worked with small, medium, and enterprise businesses to find the right technology to achieve their business goals. When he’s not collaborating with customers on solutions, he enjoys coaching his kids’ youth sports teams, cruising in his 1954 Oldsmobile Super 88, and nerding out over video games (with what little time remains).

Filed Under: DevOps, VMware

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