博文

目前显示的是 七月, 2018的博文

Understanding the Two Terms: EVPN vs VXLAN

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EVPN vs VXLAN is one of the most popular network technology. They were developed because enterprises need to deliver data and share resources at different geographical locations. Therefore, the efficient, reliable and  high speed  interconnection is required for the different sites. EVPN vs VXLAN  are  born as the new upcoming technology to meet today’s network demands. I ntroduction of  EVPN  vs  VXLAN What Is  EVPN EVPN or Ethernet  VPN,  is regarded as a  next generation  all-in-one VPN technology. It offers Ethernet multipoint services over MPLS (multiple protocol label switching) or IP networks. Using  EVPN  service and with the help of MPLS core network, users can connect the offices located in different areas via the lay 2 network for sending messages. This is similar to the work that extends LAN to WAN. Also, it greatly reduces the difficulty of network deployment and maintenance. In addition, EVPN supports MPLS, VXLAN, and other data plane encapsulations. Figure 1

Things You Should Know about IP SAN vs FC SAN

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Now, data has become the most valuable asset since the Internet and e-commerce are growing at an explosive rate. How to store, protect and manage vital data in an effective way is a big challenge for IT technicians. Here, SAN, storage area network, has been developed to provide a creative model for data storing in the data center. Within its development, two types of IP SAN vs FC SAN has gained enough discussion. Today, we’ll talk about IP SAN vs FC SAN. Figure 1: SAN Diagrammatic Drawing What Is IP SAN From IP SAN wiki, we know it means internet protocol storage area network. It’s a SAN that uses iSCSI protocol, a transmission standard over TCP/IP, to transfer block data over an Ethernet network. IP SAN allows different servers to access pools of the shared block storage devices by storage protocols. Besides,  IP  storage network can be extended to  Wide  Area Network via IP router or  Gigabit Ethernet switch , which is good for synchronous applications like remote disk copy.

What Is VLAN Switch and Why Do We Need It?

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VLAN or virtual LAN is a type of LAN that is defined to map workstations based on everything except for geographic location. It develops when the network has increased in size and complexity, and many companies require more access ports or a network design. Basically, it’s a networking technology which allows the network to be segmented logically without geographic restrictions. But how much do you know about VLAN switch? What Is  VLAN Switch? VLAN switch is built on the fiber optic switch  of LAN, which realizes the division and management of logical working group as a software. As defined in IEEE standard 802.1Q, VLAN switch can provide a way to transform one network into multiple broadcast domains. And each broadcast domain is usually matched with IP subnet boundaries, so that each subnet has its own VLAN. Therefore, users can obtain various wired LANs for different purposes that are co-existed physically, which means you don’t need to buy additional hardware or cabling at a la

Patch Panel Installation Guide

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It’s well known that network technology is changing, but the critical aspect can’t be changed or replaced— patch panel cable management. If the key component is missing, the data transmission will be interrupted and fail to arrive at the destination. Patch panels, as the nerve center of a network system, can ensure the signal to work in ordered and friendly way. But how to install patch panel? And what’s the patch panel installation guide? This article will give you several suggestions. Types of Patch Panel   Patch panels are available in copper and fiber cables. And designed with different port types and uses, patch panels from FS.COM are divided into 24 LC fiber port patch panel, 24 port SC fiber patch panel, 48 port LC fiber patch panel and so on, and copper patch panel can fall into 24 port cat6 shielded/unshielded patch panel, 24 port cat5e shield/unshielded patch panel and 24 port blank keystone patch panel. Here, we will take the 48 port LC fiber patch panel as the example