Analog Design, Architect – High‑Speed SerDes
Synopsys View all jobs
- Markham, ON
- Permanent
- Full-time
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custom_fields.CareerAreas-Analog-Design custom_fields.SubCategory-Analog-Design custom_fields.EmployeeStatus-Employee custom_fields.unposting_date-2027-02-02 custom_fields.Multikeywordfacets-Hardware">Join our Talent Community! .Find Jobs ForWhere? Search JobsAnalog Design, Architect – High‑Speed SerDes - 14576Markham, Ontario, CanadaEngineeringEmployeeSave Job ShareJump toOverviewOur Hardware Engineers at Synopsys are responsible for designing and developing cutting-edge semiconductor solutions. They work on intricate tasks such as chip architecture, circuit design, and verification to ensure the efficiency and reliability of semiconductor products. These engineers play a crucial role in advancing technology and enabling innovations in various industries.Play VideoJob DescriptionDate posted 02/02/2026Category Engineering Hire Type Employee Job ID 14576 Remote Eligible No Date Posted 02/02/2026Role Overview:We are seeking a highly experienced Architect specializing in high-speed SerDes design with deep expertise in advanced analog/mixed-signal circuits, XSR (Extra-Short-Reach) interfaces, and optical I/O technologies. In this role, you will provide technical leadership across complex, next-generation PHY architectures, driving innovation from concept through production. You will work with cross-functional teams and influence strategic direction across product lines while solving highly complex design challenges in advanced process nodes.Key Responsibilities:Advanced SerDes Architecture
- Lead the architectural definition of the E224+ SerDes, including identifying required modifications to meet customer-driven performance, power, and latency targets.
- Architect and specify high-performance analog front-ends, including CTLE/DFE, TX FIR filters, PLLs/CDRs, ADC/DAC-based architectures, and clocking subsystems.
- Updated channel modeling assumptions
- VSR-specific equalization strategies
- AFE re-partitioning and optimization
- Clocking improvements and tighter jitter budgets
- Lead feasibility analysis and modeling of next-generation SerDes channels, including electrical, XSR, and optical interconnect environments.
- Drive innovation in optical I/O, including modulator/driver integration, TIAs, and photonics-electrical co-design workflows.
- Technical problem-solving leading debug of complex silicon issues spanning analog, digital, packaging, and optical domains.
- Develop innovative solutions to challenging PHY-level problems using deep expertise in circuits, channel modeling, and system behavior.
- Partner with cross-disciplinary teams to contribute to long-term technology strategy in SerDes, chiplets, and optical-interconnect domains that are aligned to industry trends.
- Define and guide development of critical analog building blocks:
- CTLE, DFE, slicers
- High-speed TX drivers and VSR-tuned FIR tap structures
- CDR/PLL architectures supporting sub-ps jitter
- ADC/DAC-based receive architectures, if applicable
- Optimize AFE and receiver signal chains for VSR channels, extremely low reach, and tighter insertion-loss budgets.
- Guide design teams through detailed analog/mixed-signal design, circuit partitioning, performance optimization, and silicon validation strategy.
- Review and approve block-level and top-level designs, ensuring alignment to architectural intent and performance targets.
- Collaborate with layout, modeling, signal-integrity, packaging, and system teams to optimize end-to-end performance and power.
- 15+ years of experience in analog/mixed-signal circuit design, SerDes PHYs, or related high-speed I/O.
- Proven track record architecting multi-generation SerDes PHYs, preferably at 56G+, 112G+, or 224G+.
- Deep expertise in analog building blocks: LNAs, TIAs, CTLE, DFE, TX drivers, PLL/CDR, ADC/DAC-based SerDes.
- Hands-on silicon bring-up experience in SerDes or high-speed analog designs.
- Experience working with foundries on advanced process nodes (e.g., 5nm, 3nm).
- Skilled in simulation/verification (Spice, AMS), modeling (Matlab/Simulink, Verilog-A), and lab measurement methodologies.
- Hands-on knowledge of XSR/USR interfaces and chiplet-based architectures.
- Demonstrated ability to lead large, cross-functional technical initiatives with minimal oversight.
- Experience with DSP equalization, MLSD, or nonlinear cancellation for 224G+ operation.
- Experience with optical links, co-packaged optics, optical modulators, drivers, and photonics integration a strong asset.
- Strong understanding of signal integrity, channel modeling, equalization techniques, and advanced packaging (2.5D/3D, interposers).
- Publications, patents, or industry recognition in high-speed I/O or optical domains.
- Ability to mentor senior designers and uplift organizational technical capability.