Nanoelectronics Digital

The V93000 Nanoelectronics Digital Solution is a low-risk, economical test solution that accelerates time-to-market by targeting fail mechanisms that become business-critical at 65nm and smaller.

The V93000 Nanoelectronics Digital Solution improves yields by targeting fail mechanisms that become business-critical at 65nm and smaller.

This low-risk, economical test solution delivers accurate diagnostic and parametric data in ramp and high-volume manufacturing, overcoming key challenges in the migration to new nodes.

Address any of today’s advanced digital IC test challenges at the lowest cost-of-test. By taking full advantage of the efficiency of multi-site testing and reduced pin-count test methodologies at wafer probe and final test, throughput is never compromised. Moreover, the solution accelerates time-to-market through industry-leading implementation and development of standards (STIL in and STDF out).

The V93000 Nanoelectronics Digital Solution delivers insights that benefit new designs but does so efficiently, to bring down overall cost-of-test.



image of nanoelectronics digital solution
Nanoelectronics Digital Solution
Features & Benefits


Feature   Benefit
Exploding data volumes   Pin Scale 400’s ability to share memory across pins
     
More power domains   DC Scale DPS32 enables testing 32 domains per card, multiple cards available, limited only by number of slots available
     
(Low) power modes   DC Scale DPS32 triggered measurements improves accuracy by enabling hardware averaging of multiple measurements
     
DC to Gigabit I/O   V93000 architecture scalability allows uniquely wide range of test methodologies and applications
     
Intra die variations   Fail data capture for analyzing systematic failures
     
Zero PPM quality   Remote control API enables adaptive test (to change limits, test flows on the fly)
     
Megabits of embedded RAM   V93000 MTS+ software allows testing in native or scan-based mode
     
More timing domains   V93000 tester-per-pin architecture allows programming pin speeds independently through Multiport implementation
     
Accuracy, stability, repeatability and reliability, flexibility and scalability   Proven V93000 architecture delivers