Chat with us, powered by LiveChat
Reliability Testing
06.04
2026

Breakthrough in High Power Chip Testing Limits: MA-tek Launches CoWoS Hybrid Power Latch-Up Testing Solution

When CoWoS advanced packaging power consumption exceeds one kilowatt, traditional Latch-Up testing platforms often face the fatal pain points of "insufficient power supply units" and "current cannot be pushed (only 10A per unit)". MA-tek's strongest solution: "MK4 + hybrid power system" equips the testing platform with a powerful "external heart", perfectly breaking through physical limitations!

Reliability Testing
Breakthrough in High Power Chip Testing Limits: MA-tek Launches CoWoS Hybrid Power Latch-Up Testing Solution
Reliability Testing
09.19
2025

Insight into minute defects, safeguarding excellent quality - voids are no longer a problem, vacuum reflow soldering creates high reliability in SMT soldering quality.

In response to the market trend for high-reliability solder joints, MA-tek provides advanced SMT vacuum reflow soldering services, specifically designed for high-power and high-reliability electronic components, effectively reducing void rates and enhancing solder joint reliability.

Reliability Testing
Insight into minute defects, safeguarding excellent quality - voids are no longer a problem, vacuum reflow soldering creates high reliability in SMT soldering quality.
Reliability Testing
08.14
2025

AEC-Q006 2025 Edition Key Changes Full Analysis

AEC-Q006 is a reliability validation standard established by the Automotive Electronics Council, specifically for automotive electronic components that use copper wire as the interconnection material for chip packaging. The establishment of this standard is derived from the trend of copper wire gradually replacing traditional gold wire in packaging technology.

Reliability Testing
AEC-Q006 2025 Edition Key Changes Full Analysis
Reliability Testing
05.05
2025

Exploring the world of verification for automotive modules

Automotive modules are currently divided into two main categories in the AEC-Q verification family: Multichip Module (MCM) and Optoelectronic Multichip Module (OE-MCM).

Reliability Testing
Exploring the world of verification for automotive modules
Reliability Testing
05.01
2025

Quick Understanding of the Highlights of the 2025 Edition AQG 324 Specifications

AQG 324 is a testing guideline for automotive power modules led by ECPE (European Center for Power Electronics).

Reliability Testing
Quick Understanding of the Highlights of the 2025 Edition AQG 324 Specifications
Reliability Testing
04.28
2025

MA-tek establishes a service model for verifying the integrity of power components.

The high voltage and high frequency characteristics of power devices (SiC, GaN) related to power supply play a crucial role in electric vehicles. Due to the critical role of power devices in electric vehicles, many companies are seizing this trend and are actively investing in the research and development of power devices.

Reliability Testing
MA-tek establishes a service model for verifying the integrity of power components.
Reliability Testing
11.16
2023

Integrated Circuit Electrostatic Protection and Latch-up Testing Plan and Failure Verification Process

In the product development stage, ESD and LU testing and analysis are indispensable parts. Following the verification process outlined in this article can quickly resolve certification issues. If there are any other special circumstances, please feel free to contact MA-tek's professional team for more in-depth analysis.

Reliability Testing
Integrated Circuit Electrostatic Protection and Latch-up Testing Plan and Failure Verification Process

Privacy Preference Center

We use cookies to allow our website to function properly, personalize content and advertisements, provide social media features, and analyze traffic. We also share information about your usage of our website with social media, advertising, and analytics partners.

View Privacy Policy

Manage Consent Settings

Necessary Cookies

Always Enabled

The operation of the website relies on these cookies, and you cannot disable them in the system. These cookies are usually set based on the actions you take (i.e., service requests), such as setting privacy preferences, logging in, or filling out forms. You can configure your browser to block or prompt you about these cookies, but this may result in certain website functionalities not working.