Normally, when we talk about laptop processor, the first processor comes into your mind would be Intel Pentium-M, which is used in all Intel Centrino laptops. So, to change this mindset, AMD has released their processors to help capturing more market share in laptop market. So, basically AMD Sempron based laptop is designed to fight head to head with the Intel Celeron M based laptop, which means both are targeting the cheap, entry level laptop market. Whereas on the other hand, AMD Turion64 based laptop is challenging Intel Pentium M based laptop and is aiming to capture the same market segment, for low power consumption yet high performance laptops, that Intel Pentium M based laptops have been dominating so far.
While Intel is proud of their Intel Centrino Mobile Technology, AMD too has their Turion64 chip under the official product name of AMD Turion 64 Mobile Technology.
AMD Turion 64 Mobile Technology | Intel Centrino Mobile Technology | |
---|---|---|
Northbridge Provider(s) | AMD, On-die | Intel, Discrete |
Southbridge Provider(s) | ATI, NVIDIA, SiS, Uli and VIA | Intel |
WiFi Card Provider(s) | Atheros and Broadcom | Intel |
From AMD
By using 3rd parties chipset would produce a broader pricing range to Turion64 based laptops according to the chipset specifications.
Quoted:
Depending on the manufacturers’ specifications, the pricing for Turion 64 notebooks can thus vary greatly, possibly allowing for a broader pricing catalogue than Centrino notebooks. If this strategy pays dividends, AMD and its supporting partners will all but benefit in a big way.
By the way, there are 2 series of Turion64 processors, one is Turion 64 MT series, the other is Turion 64 ML series. Turion 64 MT series have been thoroughly tested to function healthily with just as low as Thermal Design Power (TDP) of 25 Watts whereas Turion 64 ML series require 35 Watts to perform within nominal specifications.
“ML” Series | |||
---|---|---|---|
Processor | Clock Speed | Cache Size | Wattage (TDP) |
Turion 64 ML-28 | 1.6GHz | 512KB | 35W |
Turion 64 ML-30 | 1.6GHz | 1MB | 35W |
Turion 64 ML-32 | 1.8GHz | 512KB | 35W |
Turion 64 ML-34 | 1.8GHz | 1MB | 35W |
Turion 64 ML-37 | 2.0GHz | 1MB | 35W |
Turion 64 ML-40 | 2.2GHz | 1MB | 35W |
“MT” Series | |||
Processor | Clock Speed | Cache Size | Wattage (TDP) |
Turion 64 MT-28 | 1.6GHz | 512KB | 25W |
Turion 64 MT-30 | 1.6GHz | 1MB | 25W |
Turion 64 MT-32 | 1.8GHz | 512KB | 25W |
Turion 64 MT-34 | 1.8GHz | 1MB | 25W |
From AMD
Quoted:
A processor with a higher wattage means it will inevitably, consume more power and that translates to a hotter running processor and a lower notebook uptime. By virtue of this, the more expensive “MT” Turion 64 processors run cooler of the two series and are naturally the preferred processors for lightweight portable notebooks. Mainstream notebooks are the most likely candidates to be installed with “ML” Turion 64 processors.
The following table gives you a clearer picture of comparing directly between AMD Turion64 and Intel Pentium M:-
Processor | AMD Turion64 | Intel Pentium M “Dothan” |
---|---|---|
Manfacturing Process | 90nm | 90nm |
Packaging | Socket-754 | Socket-479m |
Clock Speeds | 1.6GHz – 2.0GHz | 1.6GHz – 2.13GHz |
On-chip L1 Cache | 128KB | 64KB |
On-chip L2 Cache | 512KB – 1MB | 2MB |
64-bit Processing | Yes, AMD64 Technology Core | None |
System Bus Technology | HyperTransport at 1,600MHz Full Duplex | 533MHz Front Side Bus Half Duplex |
Integrated Memory Controller (MCT) | Yes | None |
Total Processor-to-System Bandwidth | 9.6GB/s | 4.3GB/s |
Advance Power Management | AMD PowerNow! | Enhanced Intel SpeedStep Technology |
Virus Protection Capability | Yes, Enhanced Virus Protection Capability | Yes, Execute Disable Bit |
Wireless Compatibility | 802.11a/b/g | 802.11a/b/g |
3D and Multimedia Instructions | 3D Now! Professional Technology, MMX, SSE, SSE2 and SSE3 | MMX, SSE and SSE2 |
Thermal Design Power | 25W – 35W | 21W – 27W |
From AMD
From the table shown, AMD Turion 64 seems to have an edge over Intel Pentium M in term of Integrated Memory Controller, faster System Bus, larger L1 cache, wider processor-to-system bandwidth and 64bit technology. By integrating the memory controller into the AMD Turion64 processor die, it will certainly boosts performance through shorter memory latency between processor and memory. Of course, it loses in term of the L2 cache and Thermal Design Power.
Well, in a nutshell, I do think AMD Turion64 processor has its strengths to compete with Intel Pentium M.
So, next time when you want to buy a laptop, don’t forget to take a look of AMD Turion64 based laptops. :)
Blogsphere: TechnoratiFeedsterBloglines
Bookmark: Del.icio.usSpurlFurlSimpyBlinkDigg
RSS feed for comments on this post
Best Deal Ads :
Related Posts :
Powered by Disqus