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Microsoft ES4649 IP Routing Displaying Dynamically Learned ARP Entries, ARP Dynamic Addresses

Models: ES4649 ES4625

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IP Routing 3

Displaying Dynamically Learned ARP Entries

The ARP cache contains entries that map IP addresses to the corresponding physical address. Most of these entries will be dynamically learned through replies to broadcast messages. You can display all of the dynamic entries in the ARP cache, change specific dynamic entries into static entries, or clear all dynamic entries from the cache.

Command Attributes

•IP Address – IP address of a dynamic entry in the cache.

•MAC Address – MAC address mapped to the corresponding IP address.

•Interface – VLAN interface associated with the address entry.

•Dynamic to Static22 – Changes a selected dynamic entry to a static entry.

•Clear All22 – Deletes all dynamic entries from the ARP cache.

•Entry Count – The number of dynamic entries in the ARP cache.

Web - Click IP, ARP, Dynamic Addresses. You can use the buttons provided to change a dynamic entry to a static entry, or to clear all dynamic entries in the cache.

Figure 3-122 ARP Dynamic Addresses

22. These buttons take effect immediately. You are not prompted to confirm the action.

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Microsoft ES4649, ES4625 manual IP Routing Displaying Dynamically Learned ARP Entries, ARP Dynamic Addresses
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ES4649, ES4625 specifications

The Microsoft ES4625 and ES4649 are advanced enterprise-grade servers designed to meet the demands of modern data centers. They blend cutting-edge technology with robust performance, making them an ideal choice for businesses that require reliable processing capabilities, enhanced storage solutions, and improved energy efficiency.

One of the standout features of the ES4625 is its powerful processing capability. Equipped with the latest Intel Xeon Scalable processors, the server can handle a significant workload, making it suitable for various applications, including virtualization, cloud computing, and big data analytics. The multi-core architecture allows for efficient parallel processing, thereby improving response times and overall system performance.

On the other hand, the ES4649 offers an even more powerful setup, with the option to support high core counts and a larger memory footprint. This feature is particularly beneficial for enterprises that run demanding applications requiring substantial processing power and memory capacity. Both models support DDR4 memory, ensuring faster data access and overall system efficiency.

Storage adaptability is another key characteristic of these servers. The ES4625 and ES4649 come with multiple drive bays supporting various storage options, including SSDs and traditional HDDs. This flexibility allows organizations to configure their storage according to their specific performance and capacity needs. With support for advanced storage technologies like NVMe, enterprises can achieve unparalleled data transfer speeds, which is crucial for data-intensive applications.

In terms of manageability, both models are equipped with Microsoft’s innovative management tools. The integration of these tools facilitates easy monitoring, troubleshooting, and maintenance of server health and performance, significantly reducing downtime. Moreover, the servers are designed with enhanced security features to protect against unauthorized access and data breaches, ensuring that sensitive information remains secure.

Energy efficiency is another critical characteristic of the ES4625 and ES4649. These servers are designed with power-saving technologies that reduce energy consumption without compromising performance. This aspect is particularly advantageous for businesses looking to lower their operational costs and carbon footprint.

Overall, the Microsoft ES4625 and ES4649 offer a compelling combination of performance, flexibility, and security. They are engineered to support the increasingly complex demands of modern enterprise environments, making them a valuable investment for organizations seeking reliable, high-performing server solutions. Whether for virtualized workloads, cloud services, or heavy data computations, these servers are designed to deliver exceptional results.