Analog Design

About Us

Our team designs power circuits for all ranges of DRAM products of SK hynix. We predict and analyze power circuits (including voltage reference, charge-pump, and low dropout regulator) compatible with advanced DRAM and logic processes and Power Domain Networks by using advanced EDA tools, securing robust competitive-edges for next-generation products.

What We Do

1) Pre-evaluating the impact of different power circuit placements during the early design phase and designing and verifying block-level and top-level blocks at the actual design phase. Design the circuits using DRAM or logic foundry process models before performing physical design and post-simulation to check overall characteristics and identify flaws

2) Developing and improving power circuits that ensure optimal operations for advanced processes and various voltages

3) Evaluating PND-related characteristics and IR-Drop within the chip using EDA tools

4) Analyzing power-related failures at wafer or package level in parallel to respond to issues during HVM for successful production

What We Need to See

Bachelor’s Degree in Engineering (i.e., Semiconductor/Electronic)

with 4+ years of experience and 3 or more of the following capabilities:

(Master’s or Ph.D. degree will be credited as work experience.)

1)Capable of designing analog circuits by using SPICE-like tools

2)Capable of designing analog circuits for logic technology

3)Capable of verifying Analog & Digital Mixed Power

4)Experience of developing power and analog circuits of DRAM (LP)DDR4/5/6 and HBM

5)Experience in PMIC design

Ways to Stand Out

1)Experience of developing 12~3nm advanced technology

2)Experience of developing PMIC

3)Experience of developing DRAM power

4)Experience working for a Global semiconductor company