Huawei H19-301_V3.0 Online Access

AMAC (Media Access Control) addressis a48-bit unique identifierassigned to network interfaces for communications at the data link layer. It is typically written inhexadecimal format(base-16), which consists of numbers (0-9) and letters (A-F).

Example formats:

Dash-separated:00-21-0A-B9-DC-79

Colon-separated:00:21:0A:B9:DC:79

Continuous:00210AB9DC79

Other options are incorrect:

(A) Decimal – False:MAC addresses are not expressed in decimal format.

(B) Octal – False:Octal (base-8) is not used for MAC addresses.

(D) Binary – False:While MAC addresses are ultimately stored asbinary, they are not presented in this format for human readability.

TheCloudEngine 8700-10is part of Huawei's high-density modular access switch lineup, designed for large-scale campus networks. It supports up to480 10G portsin a single chassis, making it the highest-density modular access switch in the industry.This high port density enables organizations to consolidate their network infrastructure, reducing space and power requirements while supporting growing bandwidth demands.

The evolution of data centers has progressed through several distinct phases, driven by advancements in technology and changing business requirements. Below is an analysis of each phase:

Centralized : Early data centers were centralized, with all resources (servers, storage, and networking) located in a single physical location. This model was simple but lacked scalability and flexibility.

Multi-site and multi-cloud : Modern data centers often span multiple physical locations and integrate with public, private, and hybrid clouds. This phase emphasizes distributed architectures and cloud-native applications.

Distributed : As workloads grew, data centers evolved into distributed models, where resources are spread across multiple sites to improve redundancy, scalability, and performance.

Virtualization : Virtualization technologies enabled the abstraction of physical resources, allowing multiple virtual machines (VMs) or containers to run on a single physical server. This phase significantly improved resource utilization and flexibility.

All four options represent key phases in the evolution of data centers.

Understanding Overlay Topologies in SD-WAN:

In Huawei's SD-WAN solution, overlay networks are created on top of the physical underlay network. These overlays can be customized based on specific services or applications.

Service Independence:

Different service topologies (e.g., voice, video, data) areindependent of each other, allowing granular control over traffic paths, QoS policies, and security settings.

Conclusion:The statement is TRUE because overlay topologies in Huawei's SD-WAN solution are service-specific and operate independently.