Hot Cpu Tester Pro v4.3.rar

Hot CPU Tester Pro is a system health and stability tester. It tests CPU,

chipset and virtually all parts of motherboard for errors/bugs, defective

parts and components. It is a burn-in test with uniquely designed state of

the art DefectTrack engine. DefectTrack is a technology developed by 7Byte to

diagnose systems regarding its stability and in general, computer's health.

Hot CPU Tester is currently being used in many labs and governmental

organizations around the world, as a reliable stability testing utility.
“7Byte’s Hot CPU Tester Pro 4 can help customers not only maximize their

experiences with the AMD64 platform, but also help them explore the different

form factor options to build the optimal PC.”
-Tim Wright, director, desktop marketing, AMD’s Computation Products Group.


Main features:
Revolutionary DefectTrack 2 engine, accurately tests the whole system and its

subsets.
Written purely to test CPU, chipset, motherboard, Memory
Fully supports x64 computing platform(AMD64 Technology,Intel® EM64T)
Fuly supports dual-core and multi-processor systems
Fully supports Hyper-Threaded processors
Utilizes SSE,SSE2, SSE3, MMX & 3DNow! instructions sets
Tests L1 & L2 Cache
Tests System Bus & Memory Bus
Tests Chipset along with motherboard
Tests Hard Disk Drives
Monitors CPU performance under pressure
Built in Anti-Crash & Exception Handler
Comprehensive Benchmark tests
SMBIOS & CPUID featured
LiveSupport

How it works:
Hot CPU Tester Pro 4 is consisted of several test modules to stress-test each

component within a system. Defective parts are most likely for to fail while

they are under a heavy load, when the heat production is at its highest. The

testing modules intentionally stress all components to their maximum limits

to assess their integrity. Unstable parts cannot endure these pressures and

will fail the tests, allowing the opportunity for an upgrade or exchange

before the PC is released into a production environment. It is recommended

that Hot CPU Tester should run for at least six hours to fully check the

system. If a system is stable under hard conditions for six hours, it is

unlikely to generate errors during normal operating conditions.