Abstract: A cable television (CATV) entry adapter connects to a CATV network and serves as a hub in an In-Home Entertainment (IHE) network. IHE signals may be communicated between passive and active ports of an embodiment of the entry adapter through a pair of directional couplers which allow an IRE-enabled embedded multimedia terminal device (eMTA) at the passive port to communicate with multimedia devices of the IHE network connected to the active ports. An IHE frequency rejection filter is used in some embodiments to confine IHE signal to a single subscriber premise. In some embodiments a bidirectional IHE bandpass filter is used to enable IHE signals to pass between the passive and active ports of the CATV entry adapter.

Abstract: A cable television (CATV) entry adapter connects to a CATV network and serves as a hub in an In-Home Entertainment (IHE) network. IHE signals may be communicated between passive and active ports of an embodiment of the entry adapter through a pair of directional couplers which allow an IRE-enabled embedded multimedia terminal device (eMTA) at the passive port to communicate with multimedia devices of the IHE network connected to the active ports. An IHE frequency rejection filter is used in some embodiments to confine IHE signal to a single subscriber premise. In some embodiments a bidirectional IHE bandpass filter is used to enable IHE signals to pass between the passive and active ports of the CATV entry adapter.

Abstract: An entry device for communicating external network signals between an in-home network and an external network, for communicating in-home network signals within the in-home network, and for preventing the in-home network signals from being communicated from the in-home network to the external network, the entry device includes a signal attenuation and communication device comprising one or more directional couplers, the signal attenuation and communication device being configured to permit upstream and downstream external network signals to communicate between an entry port and a first network work, and between the entry port and a second network port, and to block and permit communication of in-home network signals between the first network port, the second network port, and the entry port at least partially depending on a direction in which the in-home network signals are travelling.

Abstract: An entry device for communicating external network signals between an in-home network and an external network, for communicating in-home network signals within the in-home network, and for preventing the in-home network signals from being communicated from the in-home network to the external network, the entry device includes a signal attenuation and communication device comprising one or more directional couplers, the signal attenuation and communication device being configured to permit upstream and downstream external network signals to communicate between an entry port and a first network work, and between the entry port and a second network port, and to block and permit communication of in-home network signals between the first network port, the second network port, and the entry port at least partially depending on a direction in which the in-home network signals are travelling.

Abstract: An entry device for communicating external network signals between an in-home network and an external network. The entry device includes a signal blocking and communication device in communication with an input port, a first network port, and a second network port. The signal blocking and communication device is configured to transmit the external network signals bidirectionally between the input port and the first network port, block in-home network signals from transmission from the first network port to the input port, while allowing the external network signals to be transmitted to the input port, block the in-home network signals from transmission to the input port, while allowing the external network signals to be transmitted to the input port, and transmit the in-home network signals between the first network port and the second network port.

Abstract: An entry adapter for a cable television (CATV) network includes a first signal separation device configured to separate downstream CATV signals into a first downstream high-frequency signal and a first downstream low-frequency signal based on a first cutoff frequency, a second signal separation device configured to separate the downstream CATV signals into a second downstream high-frequency signal and a second downstream low-frequency signal based on a second cutoff frequency, and a signal frequency sensor and selector device in selective communication with the first and second signal separation devices.

Abstract: An entry device for communicating external network signals between an in-home network and an external network. The entry device includes a signal blocking and communication device in communication with an input port, a first network port, and a second network port. The signal blocking and communication device is configured to transmit the external network signals bidirectionally between the input port and the first network port, block in-home network signals from transmission from the first network port to the input port, while allowing the external network signals to be transmitted to the input port, block the in-home network signals from transmission to the input port, while allowing the external network signals to be transmitted to the input port, and transmit the in-home network signals between the first network port and the second network port.

Abstract: An entry adapter for a cable television (CATV) network includes a first signal separation device configured to separate downstream CATV signals into a first downstream high-frequency signal and a first downstream low-frequency signal based on a first cutoff frequency, a second signal separation device configured to separate the downstream CATV signals into a second downstream high-frequency signal and a second downstream low-frequency signal based on a second cutoff frequency, and a signal frequency sensor and selector device in selective communication with the first and second signal separation devices.

Abstract: An entry adapter for controlling upstream and downstream communications between a cable television (CATV) network and a client multimedia over coaxial alliance (MoCA) network including port means for allowing downstream and upstream CATV signals to be distributed between a CATV network and a plurality of MoCA client devices of a client MoCA network, two-way, high/low frequency band isolation and limited distribution means for allowing CATV network signals to communicate with the client devices, blocking client network signals from being communicated to the CATV network, splitting a network signal into reduced signal-strength network signal copies communicated to the port means, and isolating network signals into a high and low frequency band ranges so as to allow low frequency band CATV network signals to communicate with the MoCA client devices while blocking high frequency band client MoCA network signals from being communicated to the CATV network.

Abstract: A cable television (CATV) entry adapter interfaces to a CATV network and serves as a hub in an in-home network for passively communicating multimedia content or information from the CATV network and between subscriber devices connected to the ports of the CATV entry adapter, using CATV signals in a CATV frequency band and network signals in a different in-home network band.

Abstract: A entry adapter configured to allow external signals to be received by the entry adapter and including a first splitter electrically connected to a first port and a second port. The entry adapter includes a frequency band rejection device electrically connected to the first splitter, and configured to allow the external signals to proceed therethrough to a plurality of third ports, and to block the client signals from proceeding therethrough to the first port. The entry adapter also includes a second splitter electrically connected to the frequency band rejection device and the plurality of third ports, and configured to distribute the external signals received from the frequency band rejection device to the plurality of third ports. The external signals do not proceed through the second splitter.

Abstract: An entry adapter is configured to allow downstream and upstream network signals from an external network to communicate with a client device in an internal network. The entry adapter includes a two-way, downstream and upstream network communications and frequency hand, internal network signal blocking device, which includes a signal splitter and a diplexer configured to separate network signals into a high frequency band network signal range and a low frequency band network signal range. The internal network signals are in the high frequency band network signal range, and the downstream and upstream network signals are in the low frequency band network signal range. The signal splitter is configured to allow a first reduced signal-strength network signal copy to be communicated to a primary network port and allow a second reduced signal-strength network signal copy to be communicated to a secondary network port.

Abstract: An entry adapter allows downstream and upstream external signals to be conducted to a server interface of an internal client-server network and allows downstream and upstream external signals to be conducted to a client interface of the internal client-server network. The adapter also includes frequency band separation and blocking means for separating the client signals from the external signals based on the client signals having a higher frequency than the external signals, allowing the external signals to be conducted to only the server interface, allowing the client signals to be conducted through the second port means and the third port means, blocking the client signals from being conducted to the external network, and allowing the client signals to be conducted between the server interface and the client interface.

Abstract: A method for controlling communications between a cable television (CATV) network and a client network while preserving downstream CATV signal strength includes receiving a downstream CATV signal from a common terminal of a diplexer at a data port, blocking the downstream CATV signal from transmitting to a high frequency terminal of the diplexer, receiving an upstream CATV signal at the common terminal from the data port, receiving a first Multimedia over Coaxial Alliance (MoCA) signal at the common terminal from the data port, blocking the first MoCA signal from being transmitted to a low frequency terminal of the diplexer, receiving the first MoCA signal from the diplexer at network ports, receiving a second MoCA signal from at the low frequency terminal, blocking the second MoCA signal from transmitting to the high frequency terminal, and receiving the first MoCA signal from the common terminal at the data port.

Abstract: An entry adapter configured to allow downstream and upstream external signals to be received by the entry adapter, allow the downstream and upstream external signals to be conducted to a server interface of an internal client-server network, allow client signals to be conducted to a client interface of the internal client-server network, and including a frequency band blocking device configured to allow low frequency band signals to be conducted to the server interface, preserve downstream signal strength to the server interface, allow high frequency band signals to be conducted to the client interface, and block the high frequency band signals from being conducted to the external network.

Abstract: An entry adapter device and method, the entry adapter device configured to connect to an upstream cable television (CATV) network, a first downstream subscriber device, and at least one second downstream subscriber device. The device has an active downstream signal communication path configured to conduct signals in a first frequency range. The device also includes an active upstream signal communication path configured to conduct signals in a second frequency range. The device further includes a passive signal communication path, and an in-home entertainment (IHE) signal communication path configured to conduct signals in a third frequency range.

Abstract: A cable television (CATV) entry device includes an input port configured to be connected to a CATV network, a diplexer having a low pass terminal, a high pass terminal, and a common terminal. The low pass terminal is electrically connected to input port. The entry device includes a first port electrically connected to the common terminal, and a first splitter electrically connected to the high pass terminal. The entry device includes MoCA ports, each connected to an output terminal of the first splitter. The first splitter is configured to bidirectionally communicate MOCA signals between the MoCA ports. The diplexer and the first splitter are configured to bidirectionally communicate the MoCA signals between each of the MoCA ports and the first port. The diplexer is configured to prevent the MoCA signals from being communicated to the input port.

Abstract: An entry device for a cable television (CATV) network includes an input port configured to receive CATV signals from the CATV network, a first splitter electrically connected to the input port, an active signal path electrically connected to the first splitter, a passive signal path electrically connected to the first splitter, a second splitter electrically connected to the active signal path, and active ports electrically connected to the second splitter. The active ports are configured to communicate with one another via the second splitter. The entry device also includes a passive port electrically connected to the passive signal path and configured to communicate with the input port via the passive signal path, a filter configured to block multimedia over coaxial alliance (MoCA) signals from proceeding to the input port, and a signal bypass path configured to transmit the MoCA signals between the active ports and the passive port.

Abstract: A cable television (CATV) entry adapter connects to a CATV network and serves as a hub in an In-Home Entertainment (IHE) network. IHE signals may be communicated between passive and active ports of an embodiment of the entry adapter through a pair of directional couplers which allow an IHE-enabled embedded multimedia terminal device (eMTA) at the passive port to communicate with multimedia devices of the IHE network connected to the active ports. An IHE frequency rejection filter is used in some embodiments to confine IHE signal to a single subscriber premise. In some embodiments a bidirectional IHE bandpass filter is used to enable IHE signals to pass between the passive and active ports of the CATV entry adapter.

Abstract: A community access or cable television (CATV) entry adapter interfaces to a CATV network and serves as a hub in a Multimedia over Coax Alliance (MoCA) network. MoCA signals communicated between active ports of the entry adapter are rejected by MoCA frequency rejection filters to avoid interfering with the functionality of an eMTA subscriber device connected to a passive port of the entry adapter, without interfering with the passage of CATV upstream and downstream active and passive signals.