AMD's Trinity vs. Intel's Ivy Bridge processors

AMD’s next-generation A-Series processors, code-named Trinity, are the chip manufacturer’s answer to Intel’s new Ivy Bridge processors now appearing in the new Ultrabook laptops.

How much of an improvement do the new Trinity chips offer laptop users and can these new Trinity-based laptops compete against Ivy Bridge? The reviews are in.

Every new generation of chips promises better performance and energy efficiency, and Trinity is no exception. Earlier this year, AMD claimed Trinity would offer significant improvements over its current Llano chips: An overall performance increase of up to 25 percent, 50 percent better graphics performance, and double the performance per watt.

Across the web, tech reviewers have been benchmarking an AMD Trinity test laptop (featuring the A10-4600 quad core processor with integrated Radeon HD 7760G graphics) to put these claims to the test. We’ll have our own tests from the PCWorld Labs soon, but this is how the new accelerated processing unit (APU) is being received so far:

Modest General Performance Improvements: Not Enough to Best Intel

Intel is still the market leader in this highly competitive chips race and, unfortunately, going on CPU performance alone, Trinity still lags behind. Both VR-Zone and HotHardware say the Trinity A10 gets “blown out of the water” by Intel’s Ivy Bridge Core i7 CPU--and even against Intel’s second-generation Sandy Bridge mobile chips in some tests.

AMD positions its top-of-the-line A10 series against Intel’s lower-end Core i7 and higher-end Core i5 chips. Yet an Ivy Bridge mid-range i5-2410M had a 25% CPU performance advantage over the Trinity A10-4600, according to AnandTech’s comparisons using PCMark.

VR Zone is frank in its assessment, calling Trinity’s single threaded applications and raw memory performance “abysmal.”

Still, AnandTech says Trinity’s new is a step forward from the CPU cores used in Llano. Trinity was about 20 percent faster than Llano in the reviewer’s general CPU performance tests--close to AMD’s 25 percent promise.

(Intel’s Ivy Bridge CPU gains over its Sandy Bridge processor were also modest: About 5 to 10 percent faster in PCWorld tests.)

Great Integrated Graphics, Gaming Performance

As with Intel’s Ivy Bridge, AMD Trinity’s biggest gains are on the graphics side. Tom’s Hardware found Trinity “soundly beating its competition” in graphics processing and--as you see in this chart--in this testing, Trinity leads even against a Llano laptop with a discrete graphics card (the older 3DMark Vantage metric was used to compare against the Intel Sandy Bridge chip, which doesn’t support DirectX 11).

Trinity even bests Intel Ivy Bridge’s impressive graphics performance: The HD7760G integrated graphics processor (IGP) had a 30-percent to 50+-percent performance gain over the Intel HD 4000 IGP in an Ivy Bridge Core i7 chip, according to HotHardware.

This finding would make Trinity really impressive for gaming. Hexus said the chip “offers best-in-class performance and enough grunt to play modern games at reasonable image-quality settings.” In AnandTech’s tests, Trinity had an average 20% lead against Ivy Bridge when comparing performance over 15 game titles. For 11 out of the 15 games, Trinity came out on top.

Significantly Better Battery Life

AMD also managed to significantly improve battery life on Trinity compared to previous AMD chips and even when compared to Ivy Bridge--even though Intel uses a new 22nm production technology, while Trinity still uses the 32nm process of older Llano chips (smaller chips tend to be more energy efficient).

 In this AnandTech chart, look at the red bar for Trinity, orange for Llano, and dark green for the Asus laptop equipped with an Ivy Bridge processor to see the battery life performance differences.

AMD claims 50% better battery performance from a Trinity laptop versus Llano--up to 8.5 hours of browsing or 4 hours of YouTube video streaming, according to Slashgear.

Conclusion

Taking the synthetic test results (on a prototype laptop) with a grain of salt, an AMD Trinity-based laptop may tempt you, depending on your needs.

If you require a mobile powerhouse with the best processing performance possible, an Intel quad-core i7 will be your better bet. But if you’re a gamer or want longer battery life in your laptop, AMD has an edge over Intel.

And despite the less-than-overwhelming overall CPU performance gains, Trinity-based laptops will be more than fine for mainstream tasks.

Also not to be dismissed: Trinity-equipped laptops will, in general, be cheaper than laptops equipped with Ivy Bridge processors. For instance, AMD’s ultrathin laptops are set to be priced about $200 lower than Intel Ultrabooks.

Read More

AMD A10-4600M(Trinity) high-end processors AMD

While Intel is currently dominating the high-end processors AMD has been successful on another front with their low power APUs; processors with graphics built-in. The APUs have been especially popular on notebooks as they offer a lot of performance per watt and even come with decent graphics capabilities built in.

Today AMD is presenting the next generation APUs: Trinity, also called 2012 A-series APUs. The goal with this generation of APU’s is to offer more performance, better media capabilities, better game performance and all that while still offer long battery life.

FEATURE OVERVIEW

If we compare Trinity with Llano we notice that the chip is slightly larger and has a few more transistors.

The 2012 A-Series mobile APUs will be available in various configurations from dual core up to quad core with a 17”, 25” and 35 W TDP design. The 17W APU will be half as power hungry as the best Llano APU, making it ideal for the new small thin Ultrathin notebooks that AMD want to sell.  The “Piledriver”-cores are derived from the Bulldozer architecture.

3rd generation AMD Turbo Core technology makes sure that the power is automatically shifted between the CPU and GPU depending on application needs.

The APU now supports DDR3-1600 as well as low power 1.25V DIMMS. The ISA instruction sets have added support for the FMA3 and F16C instruction sets in addition to AVX, AVX 1.1, and AES.

Inside the APU we find a “Northern Island” HD74/5/600-based GPU (codename Thames), which comes with enhanced DX11-support and other improvements like an improved tessellation unit.  The GPU-core can be combined with an discrete card giving us Crossfire-support in a notebook.

One cool new feature is the fact that the APU now supports DVI, HDMI and DisplayPort 1.2 and that together in Eyefinity meaning that a notebook now could support up to 4 screens.

MEDIA SUPPORT

The 2012 A-Series mobile APUs now comes with something called AMD HD Media Accelerator.  The AMD HD Media Accelerator will take advantage of new hardware assisted video conversion using the new AMD Accelerated Video Converter. The new AMD Accelerated Video Converter block supports multi- stream H.264 HD encoding, video quality optimizations and numerous interfacing features to support video conferencing and wireless display capabilities.

One slightly weird feature is that there will be plugins available for all major browsers that incorporates AMDs Steady Video feature that stabilizes shaky video. We are not sure we really want our Youtube-video to be stabilized instead of being shown as intended but it will be there if you need it.

Read More