CeRedunArch

• Base type Enumeration

The architecture of the redundancy group. other(1) The redundancy architecture doesn't fall into one of the categories listed below. oneToOne(2) 1:1 redundancy allows a secondary member to protect only one primary member. onePlusOne(3) 1+1 redundancy also allows a secondary member to protect only one primary member. In 1+1 architecture the transmit signal is bridged so that it is transmitted identically on both redundant lines. So it only applies to the aps redundancy type. oneToN(4) The 1:n architecture allows a secondary member to protect for any of N primary members. But the secondary can only take over as active for one primary at any given time. mToN(5) The m:n architecture allows M secondary members to protect for any of N primary members. Each secondary member can only take over as active for one primary at any given time. loadSharing(6) In load sharing architectures, redundant peers can actively provide some of the functionality normally provided by a single member, so that either the capacity of the system can be increased or else the loading on the primary member can be decreased.