I'm interested in the neuromorphic computing platforms at the Kirchhoff-Institute for Physics. Can you provide a comparative overview of the 'BrainScaleS hybrid multiscale platform' and the 'Spikey System'? Specifically, detail their respective capacities (neurons/synapses), operational speed relative to biological real-time, and their primary applications or experimental uses.
Navigate to the 'Research' section of the Kirchhoff-Institute for Physics website. From the 'Research' section, navigate to the 'Neuromorphic Hardware' sub-section. On the 'Electronic Visions Group' page, navigate to their 'Research' section. Identify and extract the scale (number of neurons and synapses), speed advantage, and experimental/application value for both 'BrainScaleS hybrid multiscale platform' and 'Spikey System'. Provide a concise comparative summary of the two platforms based on the extracted information.
Successfully navigate to the Electronic Visions Group's research page. For 'BrainScaleS hybrid multiscale platform', state its scale (1.6 million neurons, 0.4 billion synapses), its speed advantage ('far exceeding biological real-time'), and its utility (e.g., 'bridge temporal scales', 'study spatial scales'). For 'Spikey System', state its scale (384 neurons, 98304 synapses), its speed advantage ('approximately 10000 times faster'), and its utility (e.g., 'emulates spiking neural networks', 'Network dynamics'). Provide a concise comparative overview of both platforms, covering the requested aspects.