We are consulting company offering IC design solutions for Analog, Digital, Custom IC and Mixed signal IC.
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LSY Technology is a product design outsource partner to Electronic OEMs, offering complete state of art electronic sub-system, system and product development services ranging from concept specification to prototype fabrication. We are proficient in the design and verification of Field Programmable Gate Arrays (FPGA) and Complex Programmable Logic Devices (CPLD) using the hardware description languages (HDL) VHDL or Verilog. Our staff has expertise in almost all areas of mixed signal Analog and digital IC designs. |
Analog Mixed Signal IC design Solutions
* Taking a design, from concept to schematics and verification (pre- and post-layout)
* System-level mixed-signal simulation in a top-down methodology
* Interactive design and pre-layout simulation of an analog block
* Setting up corners and nested sweeps from within the schematic cockpit
* Post-layout extraction and re-simulation with parasitics at block and system level
* Analysis and debug of parasitic effects between schematics layout and waveform viewer
Custom IC design Solutions
* Our design flow with schematic, layout, physical verification, and parasitic extraction. Schematic driven layout flow
* Full-custom design maximizes performance while minimizing area and power
* We provide an exceptionally fast and silicon-accurate way to design custom analog, RF, and mixed-signal ICs
* Conversion of layouts from schematic to logic. Work with mixed signal designs, gate array and standard cell technologies
* Conversion of layouts from schematic to logic. Work with mixed signal designs, gate array and standard cell technologies
Full Chip Verification Consulting Services
* We provide consulting services from concept specification to fabrication
* We create test benches, test programs and provide functional verification services at wafer level and at board level
* Our methodology allows detailed verification of the whole chip, with minimum time spent for the verification setup. It smoothly connects the design and verification processes, and it reuses the behavioral models and testbenches during the verification phase
* An efficient use of multilevel Mixed signal IC verification allows designers to create a verification plan that defines several design configurations and related simulation measurements
PCB Design and Verification of FPGA
* Define the product functional requirements and capture the schematic design
* Implement all underlying programmable functions including FPGA, CPLD, and embedded real-time controllers or microprocessor firmware
* Optimize physical circuit board placement and routing requirements
* Produce ready-for-fabrication printed circuit board artwork and assembly documentation
* Supervise and assure proper fabrication and prototype assembly
* Complete final prototype testing according to agreed-upon test plans