A computing system comprising a substantially transparent mutual capacitance touch sensor panel (124, 200, 324), the touch sensor panel (124, 200, 324) comprising: a first substantially transparent substrate having columns of a substantially transparent conductive material formed thereon, wherein the columns are arranged for carrying sensing signals; and a second substantially transparent substrate having rows of the substantially transparent conductive material formed thereon, wherein the rows are arranged for carrying driving signals; and wherein the columns and the rows are arranged perpendicular to each other, with the columns arranged in parallel to first and sec-ond opposing edges of the first substrate and the rows arranged perpendicular to first and second border areas of the second substrate; and wherein a first set of the rows is further connected to first traces made of metal formed on the second substrate routed along the first and second border areas of the second substrate for routing the driving signals to a first edge of first and second opposing edges of the second substrate; wherein the second substrate is coupled to the first substrate with their corresponding first and second edges aligned using substantially transparent adhesive, and the columns on the first substrate are coupled through vias to second traces formed on the second sub-strate for routing the sensing signals to the first edge of the second substrate; wherein one or more mutual capacitance sensors are formed between the columns and rows at locations at which the columns and rows cross over each other, a mutual capacitance of each mutual capacitance sensor capable of being modified by an object in close proximity to the sensor; and wherein the second substrate has a first tail formed at the first edge for providing off-panel connections, and a second tail formed at the second edge for providing further off-panel connections, and wherein a second set of the rows is further connected to third traces made of metal formed on the second substrate routed along the first and second border areas of the second substrate for routing the driving signals to the second edge of the first and second opposing edges of the second substrate, wherein the first traces and the third traces are approximately equal in number. a first substantially transparent substrate having columns of a substantially transparent conductive material formed thereon, wherein the columns are arranged for carrying sensing signals; and a second substantially transparent substrate having rows of the substantially transparent conductive material formed thereon, wherein the rows are arranged for carrying driving signals; and wherein the columns and the rows are arranged perpendicular to each other, with the columns arranged in parallel to first and sec-ond opposing edges of the first substrate and the rows arranged perpendicular to first and second border areas of the second substrate; and wherein a first set of the rows is further connected to first traces made of metal formed on the second substrate routed along the first and second border areas of the second substrate for routing the driving signals to a first edge of first and second opposing edges of the second substrate; wherein the second substrate is coupled to the first substrate with their corresponding first and second edges aligned using substantially transparent adhesive, and the columns on the first substrate are coupled through vias to second traces formed on the second sub-strate for routing the sensing signals to the first edge of the second substrate; wherein one or more mutual capacitance sensors are formed between the columns and rows at locations at which the columns and rows cross over each other, a mutual capacitance of each mutual capacitance sensor capable of being modified by an object in close proximity to the sensor; and wherein the second substrate has a first tail formed at the first edge for providing off-panel connections, and a second tail formed at the second edge for providing further off-panel connections, and wherein a second set of the rows is further connected to third traces made of metal formed on the second substrate routed along the first and second border areas of the second substrate for routing the driving signals to the second edge of the first and second opposing edges of the second substrate, wherein the first traces and the third traces are approximately equal in number.