Intel Iris Xe Graphics 96 (Alder Lake) vs Intel Iris Graphics 5100

Comparison of GPU cores for Intel Iris Xe Graphics 96 (Alder Lake) and Intel Iris Graphics 5100 graphics cards. The GPU core data contains the number of blocks (in the AMD documentation these blocks are called Shader Engine (SE), while Nvidia calls them Graphics Processing Clusters (GPC), words are different, the essence is the same) and ROP/TMUs (Raster Processing Units). These characteristics have a great influence on the GPU computing power.

• Based on
  Intel Iris Xe Graphics 96 (Alder Lake) Intel Iris Graphics 5100
• GPU Chip
  Integrated graphics Integrated graphics
• Execution units
  96 40
• Shader
  768 320

The values comparison for the amount, type and speed of memory, along with the bandwidth in the Intel Iris Xe Graphics 96 (Alder Lake) and Intel Iris Graphics 5100 GPUs. A sufficiently large amount of graphics memory with high frequency and adequate bandwidth positively affects the speed of high resolution texture processing.

• Memory Size
  32 GB 2 GB
• Memory Clock
  0.000 GHz 0.000 GHz
• Memory Speed
  0 Gbps 0 Gbps
• Memory Bandwith
  0 GB/s 0 GB/s
• Memory Interface
  0 bit 0 bit

Let's compare the base and maximum frequency of the Intel Iris Xe Graphics 96 (Alder Lake) and Intel Iris Graphics 5100 graphics cards. These values are not displayed in the BIOS, but can be viewed with the help of diagnostic utilities such as GPU-Z or Everest.

• Base Clock
  0.400 GHz 0.200 GHz
• Boost Clock
  1.450 GHz 1.200 GHz
• Overclocking
  No No

Comparison of the thermal design power of the Intel Iris Xe Graphics 96 (Alder Lake) and Intel Iris Graphics 5100 GPUs. The TDP number determines the maximum power consumption of your graphics card. The specifications for computer ventilation and power supply are often based on the TDP numbers and should be optimized for it.

Here we are going to look at the types of cooling systems for Intel Iris Xe Graphics 96 (Alder Lake) and Intel Iris Graphics 5100 as well as their sizes and performance. As a rule, fans with larger diameters have an advantage because they can move the same volumes of air while rotating more slowly than smaller fans. It should be noted that liquid cooling systems in addition to fans and aluminum radiators need some kind of pump, which can also be noisy.

Number and types of sockets for video output and connection in Intel Iris Xe Graphics 96 (Alder Lake) and Intel Iris Graphics 5100 GPUs.

• Max. Displays
  4 3
• HDCP-Version
  2.2 --

In this section, we'll explore what functions the Intel Iris Xe Graphics 96 (Alder Lake) and Intel Iris Graphics 5100 GPUs have. In addition, we have added ray tracing support to achieve the proper simulation of light rays and shadows. The list can vary slightly depending on the manufacturer.

• DirectX
  12.1 11.1
• Raytracing
  No No
• DLSS / FSR
  No No
• LED
  No LED lighting No LED lighting

Let's compare how Intel Iris Xe Graphics 96 (Alder Lake) and Intel Iris Graphics 5100 support popular codecs h264, VP8, h265 / HEVC, VP9 and AV1. The availability of such video codecs helps reduce the load on the graphics card during the playback or creation of videos. This has a positive effect on reducing power consumption and heat generation by the GPU.

• h264
  Decode / Encode Decode / Encode
• h265 / HEVC
  Decode / Encode No
• VP8
  Decode No
• VP9
  Decode / Encode No
• AV1
  Decode No

The comparison of the Intel Iris Xe Graphics 96 (Alder Lake) and Intel Iris Graphics 5100 graphics cards dimensions. With knowledge of the exact measurements of the graphics card, you can check whether it is possible to put it in the case of your PC. We have also added support for PCI Express bus.

Here you can find information about the type (for desktops or laptops) and architecture of Intel Iris Xe Graphics 96 (Alder Lake) and Intel Iris Graphics 5100, along with the sales starting time and the price at that moment. We provide a link to the GPU specifications directly from its manufacturer.

• GPU Interface
  Integrated graphics Integrated graphics
• Release date
  Q1/2022 Q2/2013
• Structure size
  10 nm 22 nm