Golden Altos
Serving the semiconductor, military and aerospace industries since 1984.
06/19/2026
MIL-STD-883 is one of the most widely used standards for testing and screening microelectronic devices in military, aerospace, and high reliability applications.
The standard includes a broad range of environmental, mechanical, and electrical test methods, as well as screening and qualification procedures used to assess device performance and reliability in demanding operating environments.
At Golden Altos, we support MIL-STD-883 programs through onshore hermetic assembly, testing, and qualification services as a DLA-approved supplier.
Questions about MIL-STD-883? Send us a message. We're happy to help.
https://goldenaltos.com/us-based-hermetic-assembly/
Need to ensure ICs withstand extreme G-forces?
High-reliability components must withstand intense forces experienced during launch, vibration, and rapid motion. Constant Acceleration Testing screens for mechanical integrity under these conditions, ensuring devices perform when it matters most.
Performed in accordance with MIL-STD-883 Method 2001 and MIL-STD-750 Method 2006, this test helps validate structural strength and reliability for mission-critical applications.
Learn more: https://bit.ly/goldenaltos
06/03/2026
Golden Altos had the privilege of attending the Hire for Semiconductor & Manufacturing Event hosted by Ohlone College, and we left inspired.
We met with graduates from the Semiconductor Skills Bridge Academy (SSBA) and learned more about the skills they developed through hands-on training in Smart Manufacturing, Electronics, and Robotics.
Programs like SSBA play an important role in helping students prepare for careers in semiconductor and advanced manufacturing. It was great to see the enthusiasm and dedication of students preparing to begin their careers.
A huge congratulations to the SSBA graduates, and thank you to Ohlone College for creating this bridge between education and industry.
05/29/2026
Ever wondered how semiconductor chips stay securely attached inside a package?
Eutectic die attach, commonly used in hermetic semiconductor packages, uses a eutectic alloy to bond the semiconductor die to the package cavity.
A eutectic alloy melts at the lowest possible temperature for its specific metal composition, helping create a strong and reliable bond.
Learn more about die attach materials, reliability, testing methods, and semiconductor packaging technologies in this month’s FAQ.
https://goldenaltos.com/faq/
05/25/2026
Memorial Day reminds us to honor those who made the ultimate sacrifice for our freedoms.
Their dedication and courage inspire generations.
At Golden Altos, we pause to reflect and give thanks for their service.
Join us in honoring their legacy and sharing gratitude this Memorial Day.
05/22/2026
Thank you to the SSBA (Semiconductor Skills Bridge Academy) students from Ohlone College for visiting Golden Altos.
We welcomed 20 students for a company overview and facility tour, where they learned more about our services and day-to-day operations.
We appreciate the opportunity to connect with students interested in the semiconductor industry and technology field.
05/15/2026
Quality at Golden Altos is built into every step of the process. It’s essential for:
✔ Reliability – Delivering consistent performance in demanding environments
✔ Precision – Meeting strict specifications with accuracy and control
✔ High-reliability applications – Supporting aerospace, defense, and mission-critical electronics
From assembly to inspection, our quality standards ensure every device performs as expected every time.
Learn more about our capabilities: https://bit.ly/goldenaltos
What does a destructive bond pull test actually tell you about bond integrity?
More than wire strength. It reveals how a bond truly behaves under stress and how it fails at its weakest point.
A destructive bond pull test applies a controlled, increasing force to a wire bond until it breaks. The value is not just in the force at failure, but in what the failure mode says about the process.
Performed per MIL-STD-883 Method 2011, this test helps characterize:
✅ Actual mechanical integrity of the wire bond
✅ Failure mode behavior (heel break, wire break, bond lift, etc.)
✅ Process stability across the assembly flow
As a U.S.-based OSAT focused on high-reliability assembly and test, destructive testing is essential to validate process integrity before devices enter mission-critical environments.
05/01/2026
What Defines Mission-Critical Performance?
It comes down to how they’re tested.
Through rigorous testing and proven processes, every component is held to the highest standards required by aerospace and other mission-critical applications.
✔ Tested for performance
✔ Verified for reliability
✔ Proven in real-world conditions
When systems depend on every signal, there’s no room for error.
Because what we do matters.
Explore our capabilities: https://bit.ly/goldenaltos
Die shear testing measures the strength of the bond between a semiconductor die and its substrate. This test is critical for:
✔ Reliability – Ensuring the die stays securely attached under stress
✔ Durability – Withstanding vibration, temperature changes, and harsh environments
✔ High-reliability applications – Essential for aerospace, defense, and mission-critical electronics
Proper die shear testing is a key step in quality control and qualification, helping devices perform consistently over time.
Learn more about our quality processes: https://bit.ly/contactgoldenaltos
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44061 Old Warm Springs Boulevard
Fremont, CA
94538
Opening Hours
| Monday | 8am - 5pm |
| Tuesday | 8am - 5pm |
| Wednesday | 8am - 5pm |
| Thursday | 8am - 5pm |
| Friday | 8am - 5pm |