A termination network circuit (702, 902, 1502, 2302) for a differential signal transmitter, comprising: a plurality of n resistance elements (906, 1512,1514,1516), a first end of each of the n resistance elements coupled at a common node, where n is an integer value and where n conductors are used to transmit a plurality of differential signals; and a plurality of differential signal drivers (908, 1508,1702,2306,2308,2310,2312), each differential signal driver including a positive terminal driver and a negative terminal driver, wherein for each differential signal driver (908,1508,1702), the positive terminal driver (1704, 1906) and the negative terminal driver (1706, 1908) are respectively coupled to a pairing of first and second resistance elements, the positive terminal driver (1704, 1906) being coupled to a second end of the first resistance element of the pairing, while the negative terminal driver (1706, 1908) is coupled to a second end of the second resistance element of the pairing, each of the n resistance elements (906, 1512,1514,1516) being connected to two or more of the plurality of differential signal drivers; and wherein each differential signal driver (908, 1508,1702) of the plurality of signal drivers is connected to a different pairing of first and second resistance elements of the plurality of n resistance elements (906, 1512,1514,1516); where the positive terminal driver and the negative terminal driver of each of the plurality of differential signal drivers are separately and independently switchable to provide a current having a magnitude and direction. a plurality of n resistance elements (906, 1512,1514,1516), a first end of each of the n resistance elements coupled at a common node, where n is an integer value and where n conductors are used to transmit a plurality of differential signals; and a plurality of differential signal drivers (908, 1508,1702,2306,2308,2310,2312), each differential signal driver including a positive terminal driver and a negative terminal driver, wherein for each differential signal driver (908,1508,1702), the positive terminal driver (1704, 1906) and the negative terminal driver (1706, 1908) are respectively coupled to a pairing of first and second resistance elements, the positive terminal driver (1704, 1906) being coupled to a second end of the first resistance element of the pairing, while the negative terminal driver (1706, 1908) is coupled to a second end of the second resistance element of the pairing, each of the n resistance elements (906, 1512,1514,1516) being connected to two or more of the plurality of differential signal drivers; and wherein each differential signal driver (908, 1508,1702) of the plurality of signal drivers is connected to a different pairing of first and second resistance elements of the plurality of n resistance elements (906, 1512,1514,1516); the positive terminal driver (1704, 1906) and the negative terminal driver (1706, 1908) are respectively coupled to a pairing of first and second resistance elements, the positive terminal driver (1704, 1906) being coupled to a second end of the first resistance element of the pairing, while the negative terminal driver (1706, 1908) is coupled to a second end of the second resistance element of the pairing, each of the n resistance elements (906, 1512,1514,1516) being connected to two or more of the plurality of differential signal drivers; and wherein each differential signal driver (908, 1508,1702) of the plurality of signal drivers is connected to a different pairing of first and second resistance elements of the plurality of n resistance elements (906, 1512,1514,1516); where the positive terminal driver and the negative terminal driver of each of the plurality of differential signal drivers are separately and independently switchable to provide a current having a magnitude and direction.