Abstract: In one embodiment, a flow control logic facilitates controlling modem prioritization and registration. The flow control logic controls an order in which stored DHCP requests are provided to a DHCP server. The DHCP requests may be stored in a plurality of groups in a data store. DHCP requests may be distinguishable based, at least in part, on priorities associated with cable modems from which DHCP requests are received. The priority may be determined by a value in the DHCP request. The flow control logic may control the rate and order at which stored DHCP requests are provided to the DHCP server.

Abstract: In one embodiment, a flow control logic facilitates controlling modem prioritization and registration. The flow control logic controls an order in which stored DHCP requests are provided to a DHCP server. The DHCP requests may be stored in a plurality of groups in a data store. DHCP requests may be distinguishable based, at least in part, on priorities associated with cable modems from which DHCP requests are received. The priority may be determined by a value in the DHCP request. The flow control logic may control the rate and order at which stored DHCP requests are provided to the DHCP server.

Abstract: A system and method are disclosed for transmitting upstream data from a cable modem within a cable television plant. One aspect of the invention pertains to a method that includes transmitting a first portion of the upstream data on a first upstream channel from the cable modem and transmitting a second portion of the upstream data on a second upstream channel from the cable modem. The second upstream channel differs from the first upstream channel. In another aspect, the invention pertains to a cable modem that includes a processor configured to initiate transmission on multiple upstream channels. The cable modem further includes an upstream transmitting component operating in conjunction with the processor and configurable by the processor to transmit data over multiple upstream channels.

Abstract: A configuration editor receives requests to access a configuration area for a cable modem. Each configuration area corresponds to a particular user type. The configuration editor can then retrieve configuration data corresponding to the configuration area for the particular user type. An area editor selects data fields corresponding to configuration data, and allocates the data fields to one or more configuration areas corresponding to particular user types.

Abstract: A configuration editor receives requests to access a configuration area for a cable modem. Each configuration area corresponds to a particular user type. The configuration editor can then retrieve configuration data corresponding to the configuration area for the particular user type. An area editor selects data fields corresponding to configuration data, and allocates the data fields to one or more configuration areas corresponding to particular user types.