Intel Iris Pro Graphics and Iris Graphics New Codenames For GT3e and GT3 Chips – Performance Unveiled

Hardware 2 years ago by
Pros
Cons
Presentation  
Performance  
Usability  
Features  
Value  

Intel Iris

Intel is launching their fourth generation “Haswell” core processors on June 3rd and along with it, Intel would also introduce faster integrated graphic chips codenamed Intel Iris Pro Graphics and Iris Graphics. Previously known as GT3 and GT3e, the Iris Pro graphics would be the fastest integrated graphics solution Intel has ever developed and is the key achievement on Intel’s latest Haswell micro-architecture. Following is the arrangement of the new chips relative to their performance tier:

  • GT3e : Intel Iris Pro Graphics 5200
  • GT3 : Intel Iris Graphics 5100
  • GT3 : Intel HD Graphics 5000
  • GT2 : Intel HD Graphics 4600/4400/4200
  • GT2: Intel HD Graphics 4600P/4700P Servers
  • GT1 : Intel HD Graphics 2*00

Intel Iris Pro Graphics – A new era in visual performance

We have already known that the HD 5200 “GT3e”, now codenamed Intel Iris Pro Graphics would be the flagship 4th generation Intel HD Graphics chip. The Iris Pro Graphics chip would ship with high-performance notebooks in the mobile parts and low power yet compact NUCs (Next Unit of Computing), All-in-One PCs with the Haswell R-Series chips. The HD 5200 would feature will dedicated a large amount of the die to an onboard eDRAM package. The L4 cache memory codenamed ‘Crystalwell’ would significantly boost the iGPU performance on Haswell equipped Notebooks by delivering increased bandwidth to the iGPU.

Performance of Haswell CPUs with the 4th Generation Intel HD 5200 graphic chips would be better than NVIDIA GT 640 and much better than AMD’s Radeon HD 6670 discrete graphics solutions. Following are the chips that would make use of the HD 5200 GT3e graphics chip. There would be atleast two variants of the GT3 Intel Iris graphics chip which, GT3 5100 that would ship with higher TDP Haswell chips and GT3 5000 that would ship with low TDP Haswell chips.

Intel Iris Performance

Intel Iris Pro Graphics Processors:

Intel Core Haswell R-Series

Model Cores /
Threads
CPU clock TurboBoost L3 cache          Graphics TDP
Core i7-4770R 4/8 3.2 GHz 3.9 GHz 6 MB HD 5200 GT3 (1300MHz) 65W
Core i7-4670R 4/4 3.0 GHz 3.7 GHz 4 MB HD 5200 GT3 (1300 MHz) 65W
Core i5-4570R 4/4 2.7 GHz 3.2 GHz 4 MB HD 5200 GT3 (1150 MHz) 65W

Intel Iris Pro R-Series Haswell Performance

Intel Core Haswell HQ-Series

Model Cores /Threads CPU clock TurboBoost L3 cache Graphics TDP
Core i7-4950HQ 4/8 2.4 3.4 6MB HD 5200(200/1300MHz) 47W
Core i7-4850HQ 4/8 2.3 3.3 6MB HD 5200(200/1300MHz) 47W

 

Advertisements

Next up are the Intel HD Graphics GT3u or now known as the Intel Iris Graphic chips which come equipped in the HD 5100 series cores. The bulk of the low-power Haswell U-Series mobile parts for Ultrabooks makes use of these chips. The GT3 HD 5100 and HD 5000 graphics chip would ship with Intel’s second generation Ultrabooks and its possible that these would sacrifice clock speeds to maintain low power consumption on the efficient Ultrabook design. While HD 5000 series is also categorized as GT3, it won’t use the Iris brand but stick with the HD Graphics name. Performance of these chips is just on par with the Radeon HD 6670 while faster than the GT 630 GPU from NVIDIA.

Models that make use of these chips are listed below:

Intel Iris Graphics HD 5100 GT3:

  • Core i7-4558U (5100, GT3)
  • Core i5-4258U (5100, GT3) 
  • Core i5-4288U (5100, GT3) 
  • Core i3-4158U (5100, GT3)

The Intel HD Graphics chip that comes fused inside the main Haswell CPU desktop and mobile lineup consists of the GT2 chip (HD 4600/HD 4400/HD 4200). Their performance is on par with the NVIDIA GT 630 and AMD HD 6570D GPUs.

Intel Haswell Core i7/Core i5 Destkop Processors:

Model
Core/Threads
Base/Turbo(GHz)
L3 Cache
Graphics-Chip
Memory
TDP
Price
Core i7-4770 4 / 8 3.4 / 3.9 GHz 8 MB HD 4600 1200 MHz 84 W $292
Core i7-4770K 4 / 8 3.5 / 3.9 GHz 8 MB HD 4600 1250 MHz 84 W $327
Core i7-4770S 4 / 8 3.1 / 3.9 GHz 8 MB HD 4600 1200 MHz 65 W $285
Core i5-4670 4 / 4 3.4 / 3.8 GHz 6 MB HD 4600 1200 MHz 84 W $209
Core i5-4670K 4 / 4 3.4 / 3.8 GHz 6 MB HD 4600 1200 MHz 84 W $227
Core i5-4570 4 / 4 3.2 / 3.6 GHz 6 MB HD 4600 1150 MHz 84 W $189
Core i5-4570S 4 / 4 3,0 / 3,6 GHz 6 MB HD 4600 1150 MHz 65 W $182
Core i5-4430 4 / 4 3.0 / 3.2 GHz 6 MB HD 4600 1100 MHz 84 W $175

Intel Haswell Core i7 Mobile Processors:

Model
Core/Threads
Base/Turbo(GHz)
L3 Cache
Graphics-Chip
Graphics-Chip Clock
(Base/MAX)
Memory
TDP
Core i7-4930MX 4/8 3.00 GHz/ 3.70 GHz 8 MB HD 4600 400 / 1350 MHz 1600 MHz 57W
Core i7-4900MQ 4/8 2.80 GHz/ 3.60 GHz 8 MB HD 4600 400 / 1300 MHz 1600 MHz 47W
Core i7-4800MQ 4/8 2.70 GHz/ 3.50 GHz 8 MB HD 4600 400 / 1300 MHz 1600 MHz 47W

Intel GT2 Graphics HD 4600/4400/4200 (Ultrabooks):

  • Core i7-4500U (4400 GT2)
  • Core i5-4200U (4400, GT2) 
  • Core i5-4200Y (4400, GT2)
  • Core i3-4100U (4400, GT2)
  • Core i3-4010U (4400, GT2) 
  • Core i3-4005U (4400, GT2)

Intel GT 1.5 HD 2*000 HD Graphics iGPU

Finally, there are the GT 1.5 Intel HD Graphics chips which we have never heard of before. These low-end integrated graphic chips would be fused on the Pentium and Celeron processors making use of the Haswell core architecture. Performance wise, the GT 1.5 chips would match the NVIDIA GT 620 discrete graphics solution and would be branded with HD 2*00 naming scheme.

Images courtesy of 4Gamer.net!

Intel Iris Pro GT3 HD 5200 Performance Intel Iris GT3 HD 5100 Performance Intel Iris Graphics Intel HD Graphics

We cater to your constant need to remain up to date on today’s technology. Like us, tweet to us or +1 us, to keep up with our round the clock updates, reviews, guides and more.

Diehard PC Gamer and Hardware Enthusiast.

Categories

Topics

Companies

Sections

More

Creative Commons License © 2014 This work by WCCF PTE LTD. is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.
Permissions beyond the scope of this license may be available on the Terms and Conditions page.