Chapter 31: Load Balancing
STANDARD Revision 1.0 C4® CMTS Release 8.3 User Guide
© 2016 ARRIS Enterprises LLC. All Rights Reserved. 905
14/31 990976 1/8 131673 5 7 12
14/31 990976 1/9 131681 5 7 12
14/31 990976 1/10 131689 5 7 12
14/26 990936 1/8 131673 4 7 11
14/26 990936 1/9 131681 4 7 11
14/26 990936 1/10 131689 4 7 11
14/27 990944 1/8 131673 4 7 11
14/27 990944 1/9 131681 4 7 11
14/27 990944 1/10 131689 4 7 11
14/28 990952 1/8 131673 4 7 11
14/28 990952 1/9 131681 4 7 11
14/28 990952 1/10 131689 4 7 11
14/30 990968 1/8 131673 4 7 11
14/30 990968 1/9 131681 4 7 11
14/30 990968 1/10 131689 4 7 11
Note that this output could be very long.
Load Balance Modem Steering
There are different types of modem steering that can be used to move modems to specific interfaces. These include:
Rule-Based Modem Steering
Steering to RLBG
Service-Type modem Steering
Rule-based Modem Steering
This type of modem steering is used to move modems to D2.0 (ATDMA or SCDMA) upstream interfaces. You can configure
the Modem Steering feature to move DOCSIS 2.0 or 3.0 modems, if they register on a TDMA or TDMA/ATDMA (T-A)
channel, to the least loaded ATMDA or SCDMA channel within the modem’s load balancing group. The move takes place
either immediately following modem registration or periodically. Modems are moved using DCC, which uses the init-
technique associated with the modem’s load balance group. Bonded modems use the reinit-mac technique.
The modem steering feature supports steering from either a TDMA or T-A upstream channel to an ATDMA or SCDMA
upstream channel as long as a steering attribute is enabled in the load balancing policy associated with the modem.
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