Overview

Xpeedic’s Genesis electronic system design platform includes XSCH, XPKG, XPCB , XLIB modules. Based on the concept of simulation-driven design, Genesis integrates Xpeedic’s simulation capabilities, assists the collaborative analysis of pre-middle-post-design stages, and advances the identification and resolution of multi-physics problems such as circuit, electromagnetic, power and thermal field to the early stage of design. It realizes the success of the unified solution of system design and simulation, and improves the efficiency of product research and development.

Genesis XSCH is mainly used for hierarchical schematic logic design. Users can customize the electrical schematic environment and page, select components according to system specifications, and place them into the workspace for logical connections on the same page and across pages. It will generate the final logic netlist and BOM list for the subsequent layout design when the electrical connection is confirmed and finished.

Key Features

• Cross-platform schematic import and migration: Support schematic design import from third-party mainstream platforms. It can achieve the rapid project migration and design with schematic symbol library. For the existed designs, the intermediate data format could be recognized and kept with the original logical connections and symbolic attributes.

• Multi-dimensional device selection and placement: Support multi-dimensional device selection through different names, packaging and other attributes. It also has the functions like package preview, symbol placement cache and continuous placement of multiple components.

• Hierarchical schematic editing: Support regular hierarchical schematic design, interactive placement of electrical and power ground symbols, in-page and cross-page connection based on wire and bus, NC mark adding, common attribute editing, material updating and other functions.

• Multi-dimensional schematic electrical rule check and result validation: Support general electrical network connection check for schematics. It includes common electrical check configurations such as pull up/down, differential resistance, NC, input and output pins, power ground, etc., and result positioning and export functions.

• XSPICE-based online schematic simulation: Support the common power / clock simulation circuit creation and model management. It adopts XSPCIE engine to conduct AC, DC, transient simulation with different excitation sources and circuits. It supports the spice netlist export according to the simulation results.

• Multi-format schematic netlist and BOM export: Support netlist export of Genesis and mainstream platform formats, online netlist updating and synchronization function of importing back from PCB. It supports BOM configuration and export as well as material normalization operation, and offers BOM related attributes classification, positioning and refresh tools.