To ensure GIGABYTE Ultra Durable TM Motherboards continue to perform their best under full load , each GIGABYTE Ultra Durable TM Motherboard must pass a Rigorous Reliability Test .
Reliability testing is performed in a series of hardware and software test procedures , including 3D Burn-in programs which stress the motherboard and graphics card . The test continuously switches the system On / Off hundreds of times , repeatedly rebooting and resuming from S3 standby mode under various harsh environmental conditions . These series of test programs are basic quality assurance standards of GIGABYTE Ultra Durable™ Motherboards .
To pass these tests , GIGABYTE uses expensive and durable components that are able to sustain the demanding workload under different circumstances .
GIGABYTE built a room sized burn-in chamber with a patented power supply installation kit , where dozens of Ultra Durable TM Motherboards can be tested simultaneously . The Burn-in Chamber is set to 50 ° C to simulate high temperature environments . Each GIGABYTE Ultra Durable TM Motherboard must pass all Stability Test loops , totaling 32 hours of non-stop burn-in , reboot , On / Off and resume testing .
GIGABYTE ' s internal test procedure goes beyond any normal usage scenario , where normal users only run full loads for a few hours . GIGABYTE uses customized programs to run stress tests , identify weaknesses and improve the overall design and to assure a long lifespan of GIGABYTE Ultra Durable TM Motherboards .
PERFORMANCE MOTHERBOARD
Features may very by model .
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