6 of 6 Remote Xilinx Jobs in Stevenage

are educated to degree level (or equivalent qualification), with experience in the majority of the following areas: Generating complex FPGA architectures and design implementations using VHDL, Simulink, etc., targeting Xilinx, Intel, and Microsemi devices. Ability to verify complex FPGA implementations using VHDL and System Verilog/UVM test-bench methodologies. Proficiency in FPGA design toolsets and Mentor verification tools (QuestaSim More ❯

are educated to degree level (or equivalent qualification), with experience in the majority of the following areas: Generating complex FPGA architectures and design implementations using VHDL, Simulink, etc., targeting Xilinx, Intel, and Microsemi devices. Ability to verify complex FPGA implementations using VHDL and System Verilog/UVM test-bench methodologies. Proficiency in FPGA design toolsets and Mentor verification tools (QuestaSim More ❯

DSP systems (e.g. Image Processing, Software Defined Radios), complex SoC systems, through to safety and security critical systems; using the latest embedded devices from all the major vendors (e.g. Xilinx, Intel, Texas Instruments, Analogue devices etc). The Embedded Design team are some of the most highly regarded engineers in Electronic Engineering working in a multi-disciplined, fast moving environment More ❯

DSP systems (e.g. Image Processing, Software Defined Radios), complex SoC systems, through to safety and security critical systems; using the latest embedded devices from all the major vendors (e.g. Xilinx, Intel, Texas Instruments, Analogue devices etc) There is great opportunity to be involved at all phases of the development cycle from initial embedded design (e.g. partitioning functions between Software and More ❯

the FPGA design and verification cycle; hence, the candidate would be responsible some of the following key activities: Generating complex FPGA architectures and design implementations (VHDL, Simulink etc), targeting Xilinx, Intel, Microsemi devices. Verifying complex FPGA implementations using VHDL and System VerilogUVM test-bench methodologies. Using FPGA design toolsets and Mentor verification tools (QuestaSim & ModelSim). Generating low-level software … equivalent) with significant experience in FPGA development. Competent VHDL Language and Design Skills. Competent Verification Skills using VHDL and SystemVerilog methodologies A deep proven level of experience designing for Xilinx, Intel or Microsemi FPGAs Experience of professionally configuring and documenting designs Experience of working as part of a large multidiscipline team More ❯

the FPGA design and verification cycle; hence, the candidate would be responsible some of the following key activities: Generating complex FPGA architectures and design implementations (VHDL, Simulink etc), targeting Xilinx, Intel, Microsemi devices. Verifying complex FPGA implementations using VHDL and System VerilogUVM test-bench methodologies. Using FPGA design toolsets and Mentor verification tools (QuestaSim & ModelSim). Generating low-level software … equivalent) with significant experience in FPGA development. Competent VHDL Language and Design Skills. Competent Verification Skills using VHDL and SystemVerilog methodologies A deep proven level of experience designing for Xilinx, Intel or Microsemi FPGAs Experience of professionally configuring and documenting designs Experience of working as part of a large multidiscipline team More ❯