RTL Design Engineer – Interconnect & Network Datapath
We are looking for a skilled RTL Design Engineer to focus on critical interconnect and network datapath components essential for our next generation of AI models. This role involves designing, verifying, and optimizing complex hardware logic using industry-standard HDL (VHDL/Verilog). Key responsibilities include architecting high-speed interfaces, implementing advanced synchronization circuits, and ensuring the functional correctness of data paths within large-scale AI accelerators. The ideal candidate possesses deep expertise in digital circuit design, physical design flow, and performance optimization for ASIC/FPGA environments. You will collaborate closely with firmware and backend teams to drive the hardware roadmap, making a direct impact on the efficiency and scalability of OpenAI's compute infrastructure.
(تازہ ترین نوکریاں، سلیبس اور ٹیسٹ کی تیاری کی مکمل معلومات)
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1800
Fragensatz
250
Dauer
Permanent
Schwerpunkte
People Also Ask (FAQs)
What is the last date to apply for RTL Design Engineer – Interconnect & Network Datapath?
The closing date is listed in the official advertisement — apply as early as possible.
How do I apply for RTL Design Engineer – Interconnect & Network Datapath?
Use the official apply link on this page to submit your application. A step-by-step how-to-apply guide for this job is also linked below.
Is there negative marking in the OpenAI test?
The marking rule is announced per test in the advertisement and roll-number-slip instructions. Many MCQ screening tests have no negative marking, but always verify it for your specific test.
What is the passing marks for this test?
The official passing marks are generally 50%, but merit is competitive — scoring above 75% is a safer target to secure an interview call.
How can I prepare for the RTL Design Engineer – Interconnect & Network Datapath test?
Prepare with the free subject-wise MCQs, past papers and timed mock tests on PrepPro Academy — every question includes the answer with an explanation. Focus areas: Verilog, VHDL, FPGA, Digital Design, High-Speed Interconnect.
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