LIEVEN provides Design Verification, FPGA Engineering, PCB Design and Embedded Systems engineering for complex semiconductor and electronic products.
Our primary engineering capability is Design Verification, followed by FPGA, PCB and Embedded Systems engineering.
Functional verification of semiconductor IP, CPUs and SoCs using SystemVerilog and UVM, with constrained-random testing, assertions, functional coverage and code coverage.
Verification of CPU architectures including RISC-V and Arm-based processors, covering instruction execution, exceptions, interrupts, privilege modes, memory systems and architectural behaviour.
Verification of reusable hardware IP including controllers, memories, accelerators, peripherals and protocol-based components.
Subsystem and SoC-level verification covering processor subsystems, interconnects, peripherals, memory systems and end-to-end system scenarios.
RTL development, FPGA architecture, digital interfaces, IP integration, simulation, verification and hardware bring-up.
Schematic capture, component selection, multi-layer PCB design, placement, routing, design-for-manufacturing and manufacturing release.
MCU-based systems, firmware, device drivers, RTOS, communication interfaces and hardware-software integration.
Prototype bring-up, debugging, interface validation, testing and hardware-software integration.
Instruction execution, ISA behaviour, exceptions, interrupts and architectural verification.
Reusable IP, interfaces, controllers, memories and accelerators.
Subsystem integration, interconnect, peripherals, memory and system scenarios.
RISC-V and Arm based processor and SoC verification.
Electronics, embedded systems, sensing and control applications.
Embedded, FPGA and electronic systems for specialised applications.
Electronic controllers, communication and embedded systems.
EV control electronics, monitoring and embedded systems.
Understand architecture, requirements, interfaces, protocols and verification goals.
Define verification strategy, test scenarios, coverage goals and engineering approach.
Develop testbenches, RTL, FPGA, firmware or hardware according to the project scope.
Debug failures, analyse coverage, validate functionality and drive the project toward closure.
LIEVEN combines semiconductor verification, FPGA, hardware and embedded engineering to understand the complete product.
Our engineering approach focuses on requirements, architecture, implementation, verification, debugging and validation.
Tell us about your CPU, IP, SoC, FPGA, PCB or embedded project. Let's discuss the requirements, engineering scope and next steps.
Call LIEVEN → +91 75106 68966