Network access device
The present disclosure describes a system and apparatus for providing a network service, such as Frame Relay. The apparatus transmits the service to the network utilizing a G.SHDSL transmission standard; converts data between data utilizing a DS-1 transmission standard and data utilizing a G.SHDSL transmission standard; stores a parameter relating to the network service (e.g., bandwidth); and provides access to the parameter to the network. The apparatus further includes a database for storing the parameters relating to the network service, and a processor for running a program, such as an emulator, to convert the data. The processor also may set an operation in response to a signal received from the network, including synchronizing a clock in the apparatus with a network clock, changing a bandwidth of the apparatus, and upgrading a computer program at the apparatus.
1. An apparatus for providing a network service, comprising:
a processor having access to a non-transitory machine readable medium embedding processor-executable instructions and a database;
a first port configured to communicate with customer premise equipment in compliance with a digital service level 1 transmission standard and a second port configured to communicate with a digital subscriber line access multiplexer in compliance with a symmetric high bit rate digital subscriber loop transmission standard;
wherein the database stores a network service parameter selected from the group consisting of network utilization, latency, network availability, and bandwidth;
wherein the processor executable instructions include instructions to:
convert data between data utilizing a digital service level 1 transmission standard and data utilizing a symmetric high bit rate digital subscriber loop transmission standard;
provide access to the network service parameter to a network device; and
communicate, via a dedicated management channel, with a remote management device to enable the remote management device to manage an aspect of the network service via the apparatus.
2. The apparatus of claim 1 , wherein the processor executable instructions further include emulator instructions to convert the data between data utilizing the digital service level 1 transmission standard and data utilizing the symmetric high bit rate digital subscriber loop transmission standard.
3. The apparatus of claim 1 , wherein the network service is selected from the group consisting of frame relay, asynchronous transfer mode, Ethernet, and voice signals.
4. The apparatus of claim 1 , wherein the dedicated management channel comprises a permanent virtual channel.
5. The apparatus of claim 4 , wherein the remote management device is configured to perform one of synchronizing a clock in the apparatus with a network clock, changing a feature of the network service, and upgrading a computer program.
6. The apparatus of claim 5 , wherein changing a feature of the network service comprises changing a bandwidth of the network service.
7. The apparatus of claim 1 , wherein the network service is selected from the group consisting of: providing interoperability between frame relay and asynchronous transfer mode network connections, a real-time variable bit rate service, a non-real-time variable bit rate service, and an unspecified bit rate service.