AMD Mobile Duron

This page will show all objects that classify as AMD Mobile Duron. The Mobile Duron has been made by Advanced Micro Devices, a multinational semiconductor that develops microprocessors, chipsets and graphic processors (ATi). AMD is the second largest microprocessor manufacturer after Intel and has active since 1969.

In 1982 AMD signed a contract with Intel to become a licensed second-source manufacturer. IBM wanted the Intel 8086/8088 but IBM's policy stated that at least two suppliers should be available. This is why the first AMD processors always have 'Intel' printed somewhere. After a while AMD didn't get the license to produce Intel processors anymore and thus AMD started cloning the 386 and launched the Am386. Since the AMD K5, AMD didn't clone the Intel processor but started developing on their own. The K5 wasn't a big success but thanks to NexGen that merged into AMD the K6 could be made. AMD could compete and has a range of processors today including six-core Opterons and a good performing quad-core for the desktop called the Phenom II X4.

AMD also acquired ATi to get in-house graphics chips. These are integrated in chipsets to create cheap motherboard solutions. In the future (The Future is Fusion as AMD calls it) the plans are to integrate the graphics chip into the processor.

View processor details AMD Mobile Duron 850 'DHM0850ALS1B'
AMD Mobile Duron 850 'DHM0850ALS1B'

A mobile version of the Duron. This one uses the 'Morgan' core and runs at 850MHz. Normal desktop Durons with a Morgan core can only be found starting from 1000MHz up to 1300MHz with increments of 100MHz. Because the Morgan core is newer AMD used it for the mobile versions and clocked it down a bit so energy consumption will be reduced. Of course the vCore is lowered too.

The Mobile Duron also has PowerNow! which is a technique that saves power. In case the CPU doesn't have to do anything it clocks down to 500MHz at 1,2V. In fact this is not a specific CPU feature but the mobile versions have an unlocked multiplier and the motherboard will take care of the multiplier and voltage. > Read more