ATE PCBs

design

Automatic test equipment (ATE)

Having vast experience in working for all major test board and ATE IC test system Customers. We have long experience in designing boards for ATE under different EDA design tools and able to provide high yield design solution.

Design and signal routing process developed and adopted by the experienced professionals ensures right design delivered at first pass on schedule. ATE board designed by our team are subjected to electrical analysis to avoid signal integrity issues. 

ATE Design Services

  • Load board and Probe card
  • DUT Interface Board and Probe Interface Board
  • High Speed Digital, Analog and Mixed-signal boards
  • RF boards
  • Prototype Boards and Evaluation Boards
  • Design migration from one EDA platform to another
  • Design of Backplanes, Motherboards, and Daughter Boards
  • Reverse Engineering
  • Universal and specialty Probe cards, Blade Probecards
  • Device interface board(DIB)
  • Handler Interface Boards
  • Bench Boards
  • Evaluation Boards
  • Characterization Boards
  • Adapter Cards
  • Burn in Boards
  • Hast Boards, ESD and Latch up boards

ATE Tester types

Load Boards

Advantest LOAD BOARD

  • T6672
  • T6372(ND2)
  • T2000
  • T6673SQ
  • T6673ZIF

CREDENCE LOAD BOARD

  • ASL1000
  • ASL1000-D10
  • ASL3000
  • ITS9000
  • PKII
  • QUARTET
  • EXA3000
  • FUSION CX
  • FUSION HF
  • SC312
  • SAPPHIRE
  • SAPPHIRE-D10POGO

TERADYNE LOAD BOARD

  • CATALYST
  • J750
  • ULTRAFLEX
  • FLEX
  • TIGER
  • D750EX

VERIGY LOAD BOARD

  • V93000
  • V83000

Advantest Probe Cards

  • T2000
  • T5335P
  • T5371
  • T5377
  • T6371P
  • T6372(ND2)
  • DUO9
  • SC312
  • KALOS2
  • ASL3000
  • SAPPHIRE
  • SAPPHIRE-D10
  • CATALYST
  • J750
  • IP750
  • D750EX
  • ULTRAFLEX
  • FLEX
  • TIGER
  • J971
  • V83000
  • V93000
  • V93K-INT-PC
  • TS6700
  • ST6730

Design Features and Advantages

  • Team Based Concurrent PCB Design
  • Partitioning Technology
  • Effective use of Design Resources
  • Concurrent & Collaborative capability
  • Ability to keep the layer count low and achieve zero tolerances routes
  • Designed boards for high frequency memory, logic and RF devices
  • In depth understanding of tester instrumentation and prober
  • 100% Manual routing
  • Shorten Design process
  • Saving cost
  • Flexibility