What does the data center network require?

The basic components of a data center network include:

Network hardware: modems, routers, cables, and switches enable communication and data transmission between servers and users. Although bare metal servers are still common for specific applications, network hardware is becoming increasingly virtualized.

Security: Security protocols, such as encryption algorithms, firewalls, and IDS/IPS, detect, eliminate, and prevent network security events from affecting components in the network. These agreements are also important for complying with industry and government regulations such as ISO 27001 and FedRAMP.

Addressing scheme: IP4 or IP6 addressing scheme is crucial for connecting applications and users to specific networks or hosts.

Internet connectivity: Without strong internet connectivity, virtualization and data center networks are impossible to achieve. Any type of connection is sufficient, including DSL, fiber optic, wireless, and satellite.

Automation: Many modern data center networks rely on automation technology to perform time-consuming tasks such as programming networks and balancing workloads. This technology is faster and more reliable than manual operations, helping to provide a higher degree of flexibility and efficiency.

Combining the correct components in the correct topology helps ensure consistency in applying data usage strategies. An architecture that emphasizes homogeneity, such as a ridge leaf structure, ensures short distances between servers and maintains high availability.

Access points are used to expand existing networks, while routers are used to manage and control the path through which signals pass during data forwarding.

performance

wireless router

Wireless routers connect smart devices within a local area network by transmitting data packets between them. This is achieved by assigning a local IP address to each device on the network. Wireless routers can be used with or without repeaters, or as repeaters.

Wireless access point

The access point is directly connected to your network switch or main router through a data cable or Ethernet cable. By doing so, it provides the required bandwidth and Internet connection for the access point. After completion, it will transmit and receive wireless signals within two frequency ranges of 2.4 GHz and 5 GHz. A router can be used as an access point, but an access point cannot be used as a router.

efficiency

Wireless access point

On the other hand, wireless access points allow more users to access. Compared to routers that support connection logs for 10 to 20 devices at the same time, wireless access points have strong Wi Fi signal transmission capabilities and can connect more than 50 devices simultaneously.

wireless router

Advanced technology routers are usually efficient because they have different characteristics such as throughput, frequency band, and range coverage. If this is not the case, there are other options, such as combining it with the use of extenders, repeaters, and wireless access points.

conclusion

The network devices you choose between routers and access points are largely influenced by your network requirements.