Empowering Test Engineers to rapidly debug and validate test content while seamlessly collaborating with Design Verification, DFT, and Silicon Validation teams within SiConic’s scalable ecosystem
Modern SoC development demands faster bring-up cycles, efficient debug, and cross-domain collaboration. SiConic delivers exactly that—bringing the power of unified test methodologies to the bench, while freeing up valuable engineering test capacity.

Unlock Test Engineering Productivity on the Bench
SiConic enables Test Engineers to execute V93000-compatible pattern bring-up and SLT engineering directly on the bench, using standard functional interfaces like USB, PCIe, control interfaces, and GPIOs.
By moving these tasks off ATE, engineers reclaim valuable test capacity and gain the flexibility to scale the number of engineering setups according to their needs in a lab environment.
Rapid and Reliable SLT/ATE Pattern Validation
Using the existing bench environments, SiConic accelerates the validation of DV functional and DFT structural tests by allowing to iterate rapidly in a common environment.
Using SmarTest 8, SiConic provides a consistent and unified workflow for test development over functional HSIO, control interfaces, and GPIOs, enabling faster and more reliable correlation between bench, ATE and SLT environments.
This reduces risk, shortens time-to-pattern readiness, and improves overall confidence in SLT and ATE deployment.
A Scalable Ecosystem for Cross-Team Collaboration
Built around an open and unified environment, SiConic empowers Test Engineers to collaborate more effectively with Design Verification, DFT and Silicon Validation teams.
By sharing tools, methodologies, and test content across domains—and through strategic integration with industry leading partners—SiConic drives a more connected and efficient approach to test engineering.
- Tackling Modern Silicon Validation Challenges with SiConic
- SiConic Applications from Bring-up to Sign-off
- SiConic Explorer
- SiConic Link
-
Empower Test Engineers within SiConic Unified Environment
- Scalable Ecosystem