The local field potentials, i.e., the electrical-potentials of the deep brain stimulations (DBS) and micro electrode signal recordings of STN-neurons adjoining and contiguous DBS leads can vivid to give pragmatic rejoinder or snap therapeutic-surgical STN-DBS. Nevertheless, predictable square (conservative) DBS lead-electrodes amid four cylindrical macro/electrodes (for macrostimulations) likely under-sample the spatial circulation of sinks and sources in a given area of the brain. This study gives the exploration of the power-spectral-density (PSD) and spatial-feature dimensions of LFP-activity in primate subthalamic-nuclei (STN/or s-nuclei) and globus pallidus internus (GPi) by means of unendingly 32embedded-channel directional DBSarray-electrodes. The waveforms of s-nuclei and GPi were acquired as of directional-DBSmicro electrode-arrays in the latent or quiescent state and in a reach-and-retrieval task in twoprimates in adolescent, naïve and immature (raw) animal Parkinson conditions. The potentials of signal acquisitions recordings were evaluated amongst bipolar-pairs of micro electrodes using personage and agglomerative (bunched) electrode configurations, with the latter mimicking the cylindrical macro electrode (for macro stimulations) arrangements/specifications employed in the present - current clinical settings of field-potentials signal acquisition. Signal recordings from these DBS-electrodes shown that, β-oscillatory frequency fluctuations have spatial-finger-prints in s-nuclei and GPi, and that these fluctuations were muted when clustering the electrode contacts together to create cylindrical macro electrodes alike in parallel and in relative dimension to those employed clinically and diagnostically. Furthermore, these atlases depend on parkinsonian condition and whether the subject was quiescent or performing a motortask. With this research work the development of future adaptive closed-loop (ACL) DBStherapies to rely on field-potentials(LFP)feedback response or reaction will gain from embedding DBS micro, macro electrodes and leads by the volume of the electrodes and spacing’s that are more reliable with the dimensions of fluctuatory sinks and sources inside of the complex-human-brain.