11 Microsemi Jobs

involved with all phases of the FPGA Design and verification. Responsibilities: Generating complex FPGA architectures and design implementations (VHDL, Simulink etc), targeting Xilinx, Intel, Microsemi devices. Verifying complex FPGA implementations using VHDL and System Verilog\UVM test-bench methodologies. Using FPGA design tool-sets and Mentor verification tools (QuestaSim more »

equivalent qualification) with experience in the majority of the following areas: Generating complex FPGA architectures and design implementations (VHDL, Simulink etc), targeting Xilinx, Intel, Microsemi devices. Verifying complex FPGA implementations using VHDL and System Verilog\UVM test-bench methodologies. Using FPGA design toolsets and Mentor verification tools (QuestaSim & ModelSim more »

Desire to drive collaboration across people and teams to ensure delivery. Generating complex FPGA architectures and design implementations (VHDL, Simulink etc), targeting Xilinx, Intel, Microsemi devices. Verifying complex FPGA implementations using VHDL and System Verilog\UVM test-bench methodologies. Using FPGA design toolsets and Mentor verification tools (QuestaSim & ModelSim more »

language and Design Skills. (Highly essential) Proficient in verification skills using VHDL and SystemVerilog methodologies. (Highly essential) Extensive experience designing for Xilinx, Intel, or Microsemi FPGAs. Experience in professional configuration and documentation of designs. Experience working as part of a large multidisciplinary team. (Please showcase these critical requirements and more »

delivering our current and future products. What we're looking for: Generating complex FPGA architectures and design implementations (VHDL, Simulink etc), targeting Xilinx, Intel, Microsemi devices. Verifying complex FPGA implementations using VHDL and System Verilog\UVM test-bench methodologies. Using FPGA design toolsets and Mentor verification tools (QuestaSim & ModelSim more »

provide technical leadership to a team of Firmware engineers in the design and development of FPGAs. Thorough experience of using Xilinx, Lattice, Altera or Microsemi FPGAs and their associated development tool chains. Proficient in Verification. Good knowledge of FPGA EDA tools and tool flow. Proficient in the use of more »

Modification of existing firmware designs and test benches What we are looking for Desirable Skills, Qualifications & Knowledge Using FPGA technologies especially from either Xilinx, Microsemi (Actel) or Lattice and their tools Advanced verification techniques using either VHDL or System Verilog/UVM Specifying complex timing and area constraints for more »

customer requirements. • Design tools such as Xilinx, TCL, Verilog, System Verilog and UVM • FPGA architectures such as Xilinx 7. Xilinx UltraScale Intel (Altera) or Microsemi (Actel) • Fast interfaces such as PCIe, Ethernet, and JESD is also required • Auto-generated code using model driven engineering using Matlab and Simulink tools more »

design and be able to demonstrate a sound understanding of the principals involved Verilog design on a range of FPGA and SOC devices (Xilinx, MicroSemi, Lattice, Altera). Experience of working in multi-disciplinary teams on fast paced projects is expected. Experience of working in A multi-disciplinary teams more »

design and be able to demonstrate a sound understanding of the principals involved Verilog design on a range of FPGA and SOC devices (Xilinx, MicroSemi, Lattice, Altera). Experience of working in multi-disciplinary teams on fast paced projects is expected. Experience of working in A multi-disciplinary teams more »

language and Design Skills. (Highly essential) Proficient in verification skills using VHDL and SystemVerilog methodologies. (Highly essential) Extensive experience designing for Xilinx, Intel, or Microsemi FPGAs. Experience in professional configuration and documentation of designs. Experience working as part of a large multidisciplinary team. showcase these critical requirements and boost … a FPGA Design Engineer: Responsible for generating complex FPGA architectures and designing implementations using VHDL, Simulink, and other tools to target Xilinx, Intel, and Microsemi devices. Verifying complex FPGA implementations using VHDL and System Verilog/UVM test bench methodologies. FPGA design using Mentor verification tools, including QuestaSim and more »