What Is Carrier Ethernet and What Is It Used for?
Carrier Ethernet is the evolution of Ethernet-based networks. It thus enables the consolidation of multiple services, including data, video, mobile internet, and unified communications. In addition to this, it also includes cloud services on the same standardized carrier-class infrastructure.
In other words, Carrier Ethernet has superior resilience that enhances operation, management, and maintenance capacities. This is ideal for corporations and operators.
What Is Carrier Ethernet-Based On?
Carrier Ethernet is based on Ethernet; this technology is present in almost anything that uses data, as it has virtually displaced all other data transport technologies. Carrier Ethernet continues to evolve and is based on five key attributes:
- Carrier Ethernet relies on IEEE standards to define physical details, such as line speeds, encoding, and packet sizes. It also conforms to MEF standards, which define services and their attributes.
- Scalability to support services for a wide variety of uses. This is achieved over long distances, extending beyond the LAN.
- Reliability for operators.
- Higher quality of service to meet a wide range of performance metrics and ensure SLA compliance.
- Service management to enable infrastructure visualization, service implementation, troubleshooting, and network administration.
Factors to Consider
There are several Carrier Ethernet transport technologies in the industry, so you can choose the one that best suits your organization. Factors to be considered include:
- The currently available services and those that will be available in the future.
- Scalability and performance.
- Flexibility to implement the various services.
- Implementation speed.
- Quality of service enforcement mechanisms.
- Reliability.
- Instrumentation and service management.
- Ability to grow or expand while protecting your investment.
- Capital and operation costs.
Most Frequent Uses
Carrier Ethernet is typically used to support high-capacity, high-performance applications. It is commonly used in banking, healthcare, education, government, and the military. Increasingly, operators are using these connectivity services to provide enhanced managed services through software-defined networking (SDN) and network functions virtualization (NFV) technologies.
At NGIN Services, we have a portfolio of packet-based Carrier Ethernet products that revolutionize the economics of Ethernet business service delivery by reducing revenue generation times. We can help you simplify the deployment of services, ensuring they work exactly as required.
To find out more about Carrier Ethernet solutions for your organization, get in touch with one of our telecommunication solutions experts today. Contact us!





