V5400

Lowest cost of testing Flash with the flexibility to test DRAM, SRAM and stacked memory devices

For traditional manufacturers of NOR and NAND Flash devices, the V5400 offers a dramatic reduction in the Cost-of-Test for Flash wafer sort. It also provides increased parallelism and configuration flexibility for manufacturers who must test an increasingly complex mix of memory devices. The V5400 is designed to meet all of today's memory test challenges head-on: it has the ability to test Flash, DRAM, SRAM and stacked memory devices; it offers greater parallelism with up to 4608 I/O channels; and it has the flexibility to be configured with up to 144 sites per system.

  • Continues to lower the cost of memory test
  • Flexible architecture tests a wide a mix of memory devices
  • Single platform performs both wafer test and final test
Technical Specifications    3.76MB (requires login)



image of v5400 system
V5400 Test System
Features & Benefits


Feature   Benefit
Highest density test head on the market with 4608 I/O channels   Enables paralleling testing of up to 288 NAND devices (x2 testing) at a significantly lower Cost-of-Test.
     
Flexible test architecture with Dynamic APG   Tests full-pin-count NOR, low-pin-count NOR, NAND, Synch-Flash, DRAM, and embedded and stacked memory

Allows both wafer sort and final test on the same system
     
50/100 MHz performance with test modes available up to 200 MHz   Greater than value-line performance at value-line pricing, while maintaining the ability to test the full spectrum of memory devices.
     
Single, scalable platform architecture   Ensures highest hardware and software compatibility and portability from engineering development to high-volume production
     
Zero Insertion Force (ZIF) interface   ZIF connectors provide higher reliability and repeatability than traditional pogo pin interfaces and enable technology for V5400's 4608 I/O pins (the industry's highest density test head).
     
Third-generation liquid cooling   Improved thermal stability and MTBF