Complies with testing of leading-edge processes according to reliability standards / Reliable lifespan prediction for microscopic wiring processes / Complies with testing of leading-edge 3D packages according to reliability standards / Reliable lifespan prediction for microscopic packaging technologies
Reliability of TSV joints / Countermeasures for local heat generation of chips / Board heat dissipation design / Mitigation of thermal expansion impact between stacked materials / Evaluation of multiple types of bonding materials
JEITA ED4701/001A
JEITA ED4701/100A
• Test method 102A: High-temperature, high-humidity bias test
• Test method 103A: High-temperature, high-humidity storage test
• Test method 104A: Humidification + Packaging stress series test
• Test method 105A: Thermal cycle test
JEITA ED4701/200A
• Test method 201A: High-temperature storage test
• Test method 202A: Low-temperature storage test (reference test)
• Test method 203A: Temperature and humidity cycle test (reference test)
For more accurate, more efficient electrochemical migration evaluation
For more accurate, more efficient electrochemical migration evaluation
The global standard temperature & humidity chamber in the pursuit of performance, operability, and energy savings
IEC 60068-2-66-compliant
for impressive bias testing support
Streamlined reliability evaluations
with accurate identification of weak points in joints
Streamlined reliability evaluations
with accurate identification of weak points in joints
JEDEC-compliant temperature stress evaluations
with advanced temperature control and rapid change capabilities
Varied lineup with high-temperature and large-capacity models
to meet a wide range of testing needs
Highly accurate evaluation of accelerated degradation
due to temperature and current stress
Chamber-less model with air injection
for specimen heating and cooling
Uniform wind-free heating ideal for temperature characteristics evaluation and thermal analysis verification of semiconductors and printed circuit boards