Job Summary:

Responsible for the design, verification and testing of chip DFT.

Job Responsibilities:

1. Complete the chip DFT design and verification, including MBIST, SCAN, etc.;

2. Generate ATPG and verify ATPG test vector, and participate in ATE test;

3. Assist the back-end team to deal with DFT-related timing analysis;

4. Participate in the design of DFT system integration scheme.

Job Requirements:

1. Bachelor degree or above, majors in electronics, computer, communication, automation and other related majors are preferred, or engineering graduates with relevant experience;

2. Familiar with Linux system, have a certain programming foundation, master Tcl, perl, python and other languages;

3. Rigorous and meticulous work, diligent and practical, responsible and patient, and have a good team spirit.

Job Summary:

Responsible for the research, hardware model implementation and verification of communication and baseband related algorithms.

Job Responsibilities:

1. Responsible for the functional performance research and optimization of wireless communication systems, baseband, routing and encryption algorithms;

2. Complete the matlab prototype design and guide the implementation of the algorithm on the logic circuit;

3. Establish a simulation platform, complete the functional performance simulation verification of the algorithm, and provide a reference model for RTL verification;

4. Support hardware development, participate in testing, analyze and solve various problems encountered in actual development;

5. Carry out forward-looking algorithm research according to the company's product planning, and write patents with the patent layout.

Job Requirements:

1. Master's degree or above, major in computer, communication, applied mathematics, electronics, automation, etc.;

2. Familiar with network communication principles and basic knowledge of digital signal processing, familiar with computer architecture and various communication algorithms;

3. Have a good programming foundation, familiar with Matlab, C/C++, signal processing simulation;

4. Have strong learning ability, logical thinking and innovative consciousness;

5. Good English reading and writing skills and scientific and technological literature retrieval, reading and summarizing skills;

6. Experience in drafting and applying for technical invention patents is preferred.

Job Summary:

Responsible for chip back-end design and implementation.

Job Responsibilities:

1. Responsible for the physical design and implementation from Netlist to GDSII, including layout and routing, formal verification, static timing analysis, physical verification, etc.;

2. Responsible for chip timing closure, complete Timing closure and other work;

3. Responsible for power area optimization, power network design, clock tree comprehensive analysis, crosstalk analysis, etc.

Job Requirements:

1. Bachelor degree or above, major in electronics, microelectronics, computer and other related fields;

2. Basic expertise in circuit, electronics and semiconductor physics;

3. Possess the basic concepts of timing analysis and timing closure, and have script programming capabilities;

4. Have strong patience, learning and communication skills, and have a good team spirit;

5. Familiar with back-end tools and processes, those with actual tape-out experience are preferred.

Job Summary:

Responsible for the logic design and development of very large scale digital integrated circuits.

Job Responsibilities:

1. According to the requirements of the system scheme, complete the logic design of the digital circuit, write the design document and complete the RTL code implementation;

2. Responsible for SOC system and IP integration, and participate in the whole process of chip development;

3. Responsible for the prototype verification of chip functions on FPGA;

4. Participate in chip synthesis, timing closure, etc.

Job Requirements:

1. Bachelor degree or above, major in electronics, microelectronics, communication, computer, automation, etc.

2. Have strong logical thinking, innovation and analysis ability, good communication and coordination ability and teamwork spirit;

3. Have a solid professional foundation, familiar with computer architecture and network communication principles;

4. Proficient in hardware design language (HDL), with strong programming development and design skills;

5. Proficient in using relevant EDA tools, experience in FPGA or digital circuit design is preferred.

Job Summary:

Responsible for chip module level and system level simulation verification.

Job Responsibilities:

1. According to the chip design specifications, write the verification scheme, formulate the verification plan, build the verification environment and write the verification use case;

2. Complete the RTL and gate-level circuit simulation verification and debugging of the chip, and collect and improve the coverage;

3. Cooperate with chip design engineers to find design defects, locate and solve various problems in chip design;

4. Collaborate with design and software engineers for FPGA verification and debugging.

Job Requirements:

1. Bachelor degree or above, major in electronics, microelectronics, communication, computer, etc.;

2. Have strong logical thinking, meticulous analysis ability, good communication and coordination ability and teamwork spirit;

3. Have a solid professional foundation, familiar with computer architecture and network communication principles;

4. Proficiency in verification language, understanding of UVM verification methodology, and strong script programming ability;

5. Proficient in using simulation debugging tools, and those with relevant RTL simulation verification and debugging experience are preferred.

Job summary:

Responsible for FPGA prototype verification of chip

Job responsibilities:

1. Responsible for FPGA programming, simulation, synthesis and implementation;

2. Responsible for FPGA module and system integration;

3. Responsible for the preparation of FPGA test plan, test requirements, test procedures and test cases.

Job Requirements:

1. Bachelor degree or above, major in electronics, microelectronics, communication, computer, automation, etc.

2. Have a solid professional foundation, familiar with computer architecture and network communication principles;

3. Strong hands-on ability and problem-solving ability;

Experience in FPGA learning and development is preferred.