Reliable Network Redundancy
  Turbo Ring
Ring and Media Redundancy
Constant availability
Flexible ring topology
Lower total cost of ownership
   

 

Moxa Turbo Ring is a proprietary self-healing technology that enables fast fault recovery of under 20 ms (at a full load of 250 switches). Turbo Ring supports three topology options-ring coupling, dual-ring, and dual homing-to reduce redundant network cabling and network planning costs and to ensure the high reliability of your industrial network applications.

Ring Coupling


Dual-Ring


Dual-Homing

 

  Turbo Chain
Build Complex Redundant Networks
Flexible topology
Unlimited network expansions
Fast fault recovery
Cost-effective configurations

 

 

Moxa's Turbo Chain is an innovative breakthrough that allows the creation of multiple redundant networks beyond the current limitations of redundant ring technology. Turbo Chain is easy to configure by linking two user-configured end ports within the same segment. Turbo Chain easily connects and extends existing redundant networks by enabling high network availability with its self-healing capability (recovery time < 20 ms). In addition, Turbo Chain supports standard IEEE 802.1w/D RSTP and STP protocols.


Compared with ring coupling solutions or a network redesign, Moxa Turbo Chain is more flexible and cost-efficient and has the potential to save a significant amount on development costs, time, effort, cabling, and Ethernet ports.

 

  Port Trunking
Port Trunking for Flexible Network Connections
IEEE 802.3ad (LACP, Link Aggregation Control Protocol) provides flexible network connections and a redundant path for critical devices. For example, Moxa's EDS-G509 and EDS-500A allow users to set up a wider communication path by aggregating a trunk group. A maximum of eight ports can be assigned to one trunk group to optimize your network connection and redundant paths. When selected ports are grouped for trunking, LACP will exchange information to determine whether or not the ports selected in a group can be trunked together.