Global Ethernet Access Device Market Dynamics and COVID-19 Impact Analysis

• Ethernet is a computer networking technology used to connect devices to communicate with each other through multiple protocols
• Ethernet is a proven success in the wired local area network (LAN) environment. Apart from LAN, it can also be utilized in metropolitan area networks (MAN) and wide area networks (WAN) to make the services more scalable and flexible. Any device (whether in an office, school, or home setting) that accesses a localized network using a cable (wired connection) is most likely to use Ethernet. Ethernet service is standardized as per the working group IEEE 802.3.
• Ethernet connectivity benefits almost every type of user, ranging from businesses to gamers, including security and reliability
• Devices need to connect through physical cables and hence, it is very difficult for outsiders to access the network through an unsanctioned device and hijack the bandwidth. For a wireless LAN technology, Ethernet is less vulnerable to noise and disruptions, such as physical barriers, band interference, or bandwidth hogs. Over time, Ethernet has mostly replaced its other competing wired LAN technologies, such as Fiber Distributed Data Interface (FDDI), ARCNET`, and Token Ring.
• Ethernet Access Devices (EADs) are compact carrier Ethernet fields that are employed to create high-quality and high-bandwidth packet service with low latency over multiple copper pairs for end-users (individual and business) by the communication/internet service providers.
• Today, EADs have evolved at the level to provide a bouquet of functions, such as:
  • Zero Touch Deployment (ZTD)
  • Timing over Packet Synchronization
  • Traffic Management
  • Fault Management

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• EADs enhance network quality and hence, communication/internet service providers need them to enhance customer experience and customer satisfaction.
• Ethernet backed backhaul helps service providers to fetch all the data in real-time, which further helps them make their network more dynamic. Demand for high-speed packet service has fueled the demand for devices such as Ethernet access device, which boosts the network quality even during the peak using hours.
• EADs enable service providers to use Ethernet technology in network lines (wired). Such devices are backed with a strong firewall, which provides security with the highest priority. EADs have made it possible to provide network security at a low cost, while maintaining top level performance.
• Furthermore, EADs are capable in service remote management. This feature comes handy in cloud computing, where the network connectivity is very critical.
• EADs enable service providers to rapidly add, delete, or change customers in the runtime, which not only saves time but also proves an economically viable option. It has eliminated the need to involve manpower too.

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• Communication service providers need to adopt new network planning models to accommodate EADs and effectively utilize the existing network for packet services. All these require a big strategic decision to spend a considerable amount.