Была к примеру CACHECHK 4.0 :" First make sure your cache is real, use CACHECHK 4.0 and study the numbers you get with and without cache enabled (a software switch in the options). You should see the memory times step off at the 16K internal L1 limit and again at the 256K L2 limit (your cache size here). If they're constant across the screen you got faked out or have disabled you cache in CMOS. Another method uses the CMOS cache settings and a reliable performance test program. Just boot to BIOS, disable the L2 cache and see if your benchmark program detects the difference. this second method isn't as elegant as CACHECHK but it comes free with your VIP mainboard."
Меня ей просили смотреть для отчета биосописателю ,как же работает на его BIOS кэш на AMD K6-2(не плюс) .Нашла 3 кэша у процессора(один у платы) . Она вышла до появления К6-2. И верно то 2 кэша для процессора К6-2, так понимаю.
Была к примеру CACHECHK 4.0 :" First make sure your cache is real, use CACHECHK 4.0 and study the numbers you get with and without cache enabled (a software switch in the options). You should see the memory times step off at the 16K internal L1 limit and again at the 256K L2 limit (your cache size here). If they're constant across the screen you got faked out or have disabled you cache in CMOS. Another method uses the CMOS cache settings and a reliable performance test program. Just boot to BIOS, disable the L2 cache and see if your benchmark program detects the difference. this second method isn't as elegant as CACHECHK but it comes free with your VIP mainboard."
Меня ей просили смотреть для отчета биосописателю ,как же работает на его BIOS кэш на AMD K6-2(не плюс) .Нашла 3 кэша у процессора(один у платы) . Она вышла до появления К6-2. И верно то 2 кэша для процессора К6-2, так понимаю.