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Kandou AI

Provides chip-to-chip AI connectivity solutions

Silicon Validation Manager

Hardware Validation & TestingConfirmed live in the last 24 hours
Full-timeHyderabad, Telangana, IndiaHybrid

About the Job

Requirements

  • A bachelor's or master's degree in Electrical Engineering, Computer Engineering, Computer Science, or a related field.
  • At least 18 years of hands-on silicon validation or hardware validation engineering experience, including at least 6 years in a Manager/Lead or staff-level role.
  • Deep PCIe Gen 4/5/6 expertise, including protocol-level knowledge, compliance testing, physical-layer characterization, and debugging.
  • Strong hands-on CXL 1.1/2.0/3.0 experience, including memory semantic protocols, Type 1/2/3 device types, coherency mechanisms, and interoperability testing.
  • Extensive DDR5 memory subsystem validation experience, including timing margins, signal integrity, JEDEC compliance, and RAS features.
  • Experience with RISC-V processor bring-up, ISA compliance validation, and core/cluster debugging using JTAG and hardware debug probes.
  • Hands-on experience with Memory Fabric architectures, including bandwidth and latency characterization, coherency validation, and fabric stress testing.
  • Experience validating PCIe Switch silicon, including multi-port topologies, QoS, hot-plug, and error-handling scenarios.
  • Experience validating Caliptra Root of Trust or an equivalent security subsystem, including secure boot, firmware attestation, cryptographic engine verification, and DICE/Root of Trust compliance.
  • Technical skills include PCIe Gen 4/5/6, CXL 1.1/2.0/3.0, DDR5, AXI, APB, AMBA, RISC-V (RV64GC and RISC-V Debug Spec), JTAG, Caliptra Root of Trust, Secure Boot, DICE, TPM concepts, Memory Fabric, PCIe Switch, NoC fundamentals, protocol analyzers, BERT, oscilloscopes, VNAs, Python, Tcl, Bash, PyATS, Robot Framework, Signal Tap, ChipScope, OpenOCD, and GDB.

Responsibilities

  • Lead pre- and post-silicon validation for complex SoCs involving PCIe Gen 4/5/6, CXL 1.1/2.0/3.0, DDR5 memory subsystems, RISC-V processor cores, Memory Fabric, PCIe Switch, and Caliptra Root of Trust IP.
  • Drive silicon bring-up from power-on through functional validation, characterization, and compliance testing.
  • Develop and own silicon validation plans, test coverage matrices, and sign-off criteria aligned with tapeout and production milestones.
  • Execute and manage compliance and interoperability testing against PCIe, CXL, JEDEC DDR5, and applicable security and Root of Trust standards.
  • Define test infrastructure architecture for board-level bring-up environments, FPGA prototypes, simulation correlation, and lab automation frameworks.
  • Drive the development of validation collateral, including test plans, test suites, regression frameworks, and pass/fail criteria for integrated subsystems.
  • Establish coverage-tracking dashboards and triage processes to reduce validation escapes.
  • Lead debugging of complex multi-layer failures spanning RTL, firmware, hardware, and system software.
  • Use protocol analyzers, logic analyzers, oscilloscopes, and CXL/PCIe test equipment, including Teledyne LeCroy, Keysight, and Spirent equipment, to isolate and characterize issues.
  • Author and maintain bug reports, failure analysis documents, and errata for silicon revisions.
  • Lead and mentor validation engineers, set technical direction, review deliverables, and foster engineering rigor.
  • Collaborate with RTL design, design verification, firmware, and software teams to coordinate the hand-off from pre-silicon simulation to physical silicon validation.
  • Interface with external IP vendors, OEM/ODM partners, and compliance labs on interoperability and certification activities.
  • Represent the validation team in architecture reviews, design reviews, and program planning meetings.
  • Champion test automation and continuous integration/continuous delivery integration for regression management.
  • Drive lessons-learned processes across silicon spins and contribute to validation methodology improvements.
  • Establish and maintain lab safety, equipment inventory, and test asset management practices.

About the Company

Kandou AI

Provides chip-to-chip AI connectivity solutions

Kandou AI designs and sells semiconductor connectivity hardware for AI workloads. It provides a memory fabric and CXL controllers that link processors to memory, enabling scalable, energy-efficient AI inference and training clusters built from affordable hardware. Using Copper MIMO interconnect, it reduces energy per bit and supports features like offloading AI training collectives, switchless memory for in-memory databases, and field-repairable co-packaged optics for better cooling. By targeting the data-movement bottleneck between processors and memory and offering chiplet-based fabrics and IP licensing, Kandou AI aims to make scalable AI infrastructure more accessible to hyperscalers, data centers, and system integrators.

Company size
201-500
Company stage
Late Stage VC
Total funding
$504.7M
Headquarters
Lausanne, Switzerland
Founded
2011

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