Ethernet VPN-Virtual Extensible LAN (EVPN-VXLAN) is a network virtualization technology that supports large enterprise and multi-tenant environments. While single-vendor, chassis-based technologies may suffice for most traditional campus network architectures, they are not agile enough to support the scalability and expanding needs of today’s modern enterprises. EVPN-VXLAN/IP enables businesses to virtually connect geographically dispersed locations using Layer 2 (L2) bridging. It is ideal for data center interconnections, large campus environments, cloud-ready networks, and environments required to support substantially large numbers of endpoint devices.
Rome wasn’t built in a day and neither will your next data center. There’s a great deal of complexity and moving parts to consider along with many potential pain points that cause delays. That’s why the design phase is so critical. Whether you are constructing a data center or erecting a building, you need a blueprint to guide your crew throughout the process. A data center blueprint is more than just drawing equipment racks with mounted devices. It needs to include granular details such as IP address pools, VLAN IDs, routing protocols, and security policies – all of which must be pushed out in the form of configuration settings for all interconnected devices.
A data migration project is a huge undertaking. It’s a consuming venture that absorbs considerable resources to complete, which is why you must get it right. So, how will you conclude whether the project was a success or not? There will be multiple determining factors such as whether timetables and schedules were met and if the project stayed within budget. However, there’s one overriding measurement of success that is the most important of all: Does it achieve the business objectives that it was aligned with? In other words, will it fulfill its intended purpose? That’s what truly matters.
On September 28, 2021, HPE announced a new comprehensive series of cloud services for HPE GreenLake edge-to-cloud platform. This platform provides customers with unmatched capabilities to power digital transformation for their applications and data.
Even as we conquer one technology and discover all the different ways we can bend it to our will, another comes along and the cycle begins anew. For today’s enterprises edge computing represents a great leap forward in data processing.
Enterprises are increasingly realizing the value of their data, and are capturing as much of it as possible to glean whatever insights they can. The challenge, however, is that IT budgets are not growing at the rates needed to properly handle these growing mountains of digital gold.
In the past, users were forced to choose between HDDs with high storage capacity or DRAMs offering high performance. Advancements in NAND flash allowed for a new, comprehensive option: the flash-based SSD. NAND flash is a nonvolatile (NV) semiconductor memory device. Unlike DRAMs, NAND chips do not need a continuous power supply to retain stored data. Flash-based SSDs provide greater storage capacity and better performance and speed at a cost-effective price point.