IdealPhotonics' customized optogenetics solution refers to a technological system that integrates customized light sources (such as LEDs/lasers), optical delivery systems (fiber optics/lenses), and gene encoding tools (such as ChR2 and ArchT) to achieve precise spatiotemporal control and synchronous detection of light-controlled neural activity based on specific neuroscience research needs (such as targeting brain regions, cell types, or behavioral paradigms).This includes light stimulation parameters (wavelength, power density mW/mm², pulse frequency Hz), targeting accuracy (spatial resolution at the μm level), gene expression specificity (cell type/brain region), system latency (ms-level synchronization), and multimodal compatibility (such as electrophysiological/imaging synchronization). These parameters collectively define the spatiotemporal precision and experimental reliability of neural modulation.