This paper analyzes the instantaneous kinematic and static performance of a two degree-of-freedom serial manipulator composed of anti-parallelogram (or X-) tensegrity joints and remotely driven with cables. Two actuation schemes with 4 cables and 3 cables, respectively, are considered for this manipulator. The physical limitations on the velocities and forces of the actuating cables are mapped onto the task space of the manipulator, to quantify the corresponding velocity and force-application capabilities of the end-effector. A comparative study is carried out between the 4-cable and 3-cable actuation schemes in terms of their velocity and force performance.