FPGA {Hardware} Design Engineers At Keysight Applied sciences In Gurugram

– Commercial –

Digital Photonics Middle of Excellence R & D, Keysight Applied sciences at Gurugram R & D centre seeks to rent solely skilled (10 years +) FPGA {Hardware} Design Engineers…with familiarity in Xilinx, VHDL, Verilog, PCIe & CXL.

Please attain out together with your resume at [email protected] instantly. Embrace within the topic line: FPGA {Hardware} Design Engineer

Job Description

As FPGA Designer, you’ll be chargeable for the definition & improvement of complicated FPGA designs for protocol check (for ex PCIe, CXL, and so forth) & work in a extremely collaborative, fast-paced surroundings. You’ll work intently with R&D Venture Supervisor, Product Architects, Answer Groups, Software program Qualification and Software program Engineers to develop new product choices & enhance current ones. The candidate needs to be a robust group employee and may have the opportunity and prepared to collaborate with different design groups positioned in US & Europe. In case you are captivated with pushing the boundaries of expertise and thrive in a collaborative & fast-paced surroundings, we invite you to affix our group and contribute to the development of PCIe options. The candidate will work intently with groups in Germany and US & coordinate with companions who present R&D assets essential for executing the undertaking.

Job {Qualifications}

Bachelor’s diploma or Grasp’s diploma in Electronics / Electrical Engineering.

Important:

– Commercial –

• Develop and preserve FPGA designs utilizing {hardware} description languages (HDLs) similar to VHDL or Verilog, guaranteeing they meet the useful and efficiency necessities.
• We search candidates who’ve expertise engaged on giant, complicated designs inside a number of developer environments. This contains collaborating with cross-functional groups, managing dependencies, and guaranteeing seamless integration throughout completely different work streams.
• Collaborate with system architects to outline the system structure and decide how the FPGA will interface with different elements on the PCA board and select an applicable FPGA primarily based on the undertaking’s necessities.
• Use FPGA improvement instruments to synthesize and implement the design onto the FPGA, contemplating useful resource utilization and timing constraints.
• Expertise of Xilinx FPGA Instruments Design Move – Vivado, Chipscope, Quartus.
• Expertise with digital sign processing (DSP) and high-speed communication protocols.
• Expertise with timing closure for complicated designs
• Expertise of Practical Simulation instruments – Synopsys or Mentor or Cadence or Vivado simulator
• Expertise of making self-checking Simulation surroundings involving check bench, scripts for automation, writing check instances.
• Wonderful communication expertise each verbal & written

Most well-liked:

• Expertise with excessive information throughput realtime processing (~ 1GSPS), PCIe, USB , DDR and so forth
• Expertise utilizing Check & Measurement lab tools.
• Information of C/C++
• Familiarity with Microsoft Visible Studio
• Familiarity with Atlassian instruments – Confluence, Jira, Bitbucket