Experienced Design Team
Our design team boasts over fifteen years of experience in all major ATE test platforms and commercial projects. We specialize in designing and developing various types of boards and cards to meet diverse testing and development needs.
ATE PCB Design
- Load boards (LB),
- Handler Interface Board (HIB),
- DUT Interface Board (DIB)
- Universal probe cards,
- Probe cards (Vertical/Cantilever), Spider cards, Probe Interface Board (PIB), Flexible PCBs
- Device Characterization Boards,
- Burn in Boards.
Load Boards (LB)
Design and development of load boards tailored to specific testing requirements.
Handler Interface Board (HIB)
Interface boards for efficient and reliable handler connections.
DUT Interface Board (DIB)
Customized DIBs for device under test integration.
Universal Probe Cards
Versatile probe cards adaptable to various testing scenarios.
Library Development & Support
We can quickly create library parts and symbols from the manufacturer’s datasheet and we also can migrate an existing library by utilizing our unique translation technology which will quickly bring ALL your legacy libraries into your latest designs.
All Libraries are properly maintained, various parameters information and error free component placement on the PCB
- Under IPC 7351B (Class A, Class B, Class C) standards
- Client Requirement (Customized)
- Proper QA using the checklist
- Proper 3D Mapping & checks
- DFA & DFM checks (Using checklist)
Tester Types
Our expertise spans various tester types, including but not limited to:
- VerigyEagle
- Teradyne
- LTX/Credence
- Advantest
- Chroma Tester
- …and more.
Board Design Skills
Our team possesses extensive skills in various aspects of board design, including:
- Controlled impedance and delay matching
- High-speed designs involving SerDes, DDR4, and DDR5
- Expertise in high-speed digital, RF, and mixed signal
- Copper coin process for high-temperature applications
- High-speed backplane design
- Precision analog and mixed signal integration
- RF and microwave design skills
- Adherence to IPC/MIL standardsLow power-consuming board design using power management techniques
- ROHS compliance design
