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Translarity

Translarity delivers custom-engineered probe card solutions for high-density semiconductor testing. Their in-house MEMS manufacturing and proprietary automation ensure precise signal integrity and reliable performance for advanced microchips.

Fremont, United States151K+ followers
Updated 2 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

The semiconductor industry faces challenges in wafer-level and advanced package testing due to increasing demands for high-density vertical probe cards driven by technologies like 5G and automotive connectivity. This necessitates reductions in probe pitch and enhanced signal integrity for next-generation devices.

Solution

Translarity provides advanced, turnkey probe card solutions engineered for high-density and fine-pitch semiconductor testing. Leveraging over 20 years of experience and more than 100 patents, the company offers custom-designed probe cards that ensure precise signal integrity and reliable performance for complex microchips. Translarity's in-house MEMS manufacturing and proprietary automation equipment enable tighter process control, faster customization, and consistent lead times, supporting semiconductor manufacturers in accelerating technology development and optimizing wafer-level testing. The company also offers ITAR-compliant manufacturing for defense and government projects.

Target Audience

Translarity serves semiconductor manufacturers, test engineers, and OSAT companies that require high-precision, customized probe card solutions for advanced device testing.

Features

  • Custom-engineered probe cards for ultra-high density and fine-pitch testing applications.
  • In-house MEMS manufacturing and self-designed automation equipment for precise process control.
  • Support for RF and high-density applications with tailored mechanical designs.
  • Extended product lifespan and on-site repair capabilities to minimize downtime.
  • Faster lead times, typically 10-12 weeks, compared to industry averages.
  • ITAR-compliant manufacturing for defense and government contracts.
  • Seamless collaboration with OSATs for optimal solution integration.
  • Prototyping and limited pilot production services.
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