A system for facilitating smart CAN termination, comprising a smart CAN bus termination system electronically integrated with a CAN bus, wherein said smart CAN bus termination system comprises: a processor that executes computer-executable components stored in a computer-readable memory, the computer-executable components comprising: a sensor component that measures an impedance of a controller area network, CAN bus; and a termination component that converts at least one node of the CAN bus from a non-terminating state to a terminating state, based on the impedance, wherein the at least one node of the CAN bus is associated with a switchable terminating resistor having one or more switches, wherein the at least one node is in the non-terminating state when the one or more switches are open, and wherein the at least one node is in the terminating state when the one or more switches are closed, wherein the termination component converts the at least one node from the non-terminating state to the terminating state by transmitting a control signal to the one or more switches, which causes the one or more switches to close, and wherein the CAN bus includes a high-line and a low-line, said system being characterized in that the switchable terminating resistor includes a choke applied to the high-line and the low-line; a first pair of resistors (704, 706) in series with a first pair of switches (708, 710) on a first side of the choke, wherein the first pair of resistors (704, 706) in series with the first pair of switches (708, 710) couple the high-line to the low-line when the first pair of switches (708, 710) are closed; and a second pair of resistors (714, 716) in series with a second pair of switches (718, 720) on a second side of the choke, wherein the second pair of resistors (714, 716) in series with the second pair of switches (718, 720) couple the high-line to the low-line when the second pair of switches (718, 720) are closed. wherein said smart CAN bus termination system comprises: a processor that executes computer-executable components stored in a computer-readable memory, the computer-executable components comprising: a sensor component that measures an impedance of a controller area network, CAN bus; and a termination component that converts at least one node of the CAN bus from a non-terminating state to a terminating state, based on the impedance, a sensor component that measures an impedance of a controller area network, CAN bus; and a termination component that converts at least one node of the CAN bus from a non-terminating state to a terminating state, based on the impedance, wherein the at least one node of the CAN bus is associated with a switchable terminating resistor having one or more switches, wherein the at least one node is in the non-terminating state when the one or more switches are open, and wherein the at least one node is in the terminating state when the one or more switches are closed, wherein the termination component converts the at least one node from the non-terminating state to the terminating state by transmitting a control signal to the one or more switches, which causes the one or more switches to close, and wherein the CAN bus includes a high-line and a low-line, said system being characterized in that the switchable terminating resistor includes a choke applied to the high-line and the low-line; a first pair of resistors (704, 706) in series with a first pair of switches (708, 710) on a first side of the choke, wherein the first pair of resistors (704, 706) in series with the first pair of switches (708, 710) couple the high-line to the low-line when the first pair of switches (708, 710) are closed; and a second pair of resistors (714, 716) in series with a second pair of switches (718, 720) on a second side of the choke, wherein the second pair of resistors (714, 716) in series with the second pair of switches (718, 720) couple the high-line to the low-line when the second pair of switches (718, 720) are closed. a choke applied to the high-line and the low-line; a first pair of resistors (704, 706) in series with a first pair of switches (708, 710) on a first side of the choke, wherein the first pair of resistors (704, 706) in series with the first pair of switches (708, 710) couple the high-line to the low-line when the first pair of switches (708, 710) are closed; and a second pair of resistors (714, 716) in series with a second pair of switches (718, 720) on a second side of the choke, wherein the second pair of resistors (714, 716) in series with the second pair of switches (718, 720) couple the high-line to the low-line when the second pair of switches (718, 720) are closed.