Intel® HD Graphics 5500 series graphics cards are designed for the latest computing devices, but they also work on older processors, which is where the performance gains come in.
That means you can get more bang for your buck with an upgraded GPU, especially on the newer Core™ M processors.
This article covers what the Intel HD Graphics 6000 series and Intel HD 5000 series GPUs can do.
What you need to know about the Intel® Graphics 6000 and Intel® GeForce 5000 series graphics chips:What is an Intel® graphics chip?
Intel® Graphics chips have evolved from the graphics processing units that powered the first generation of desktop PCs.
Intel® GPUs have been designed to perform in the same way as a video card and are usually available with a fixed or variable refresh rate.
For example, Intel® Iris™ Graphics can work at 60Hz, while Intel® Skylake™ graphics cards can handle up to 120Hz.
However, there are different specifications for the different versions of the graphics chips.
For example, the Iris™ and Skylake graphics cards were originally designed for video and multimedia use.
They can now work at up to 4K resolutions and can output at a maximum of 144Hz, which allows for higher frame rates and smoother gameplay.
They also have the ability to process higher resolution images at higher frame rate, so the average gamer can play at 1080p resolution with high frame rates.
But for gamers that like to play at native resolutions, the faster and more capable Iris™ graphics can be a good choice.
Intel graphics chips are typically based on the same processor, and Intel chips can be purchased with multiple processors.
For instance, the i7-4790K and the i5-4670K are both based on Intel’s Skylake-based Core processors.
Intel’s graphics chips can run on different parts of the same chip, and this can make it difficult to upgrade them if one chip is damaged.
The Intel HD 7000 series and the Intel Iris Pro graphics chips also come with multiple chipsets.
The Intel Iris Graphics 5100 and Iris Pro 6000 series are also based on a core of the Intel Core™-9 architecture.
These chips can support 4K and HDR gaming, which makes them ideal for gamers looking for an upgrade.
Intel Iris graphics chips have more features, like the ability for them to handle higher resolutions, so they can be useful for gamers who prefer to use 4K resolution.
However, the Intel Graphics 6000 Series has more features.
This chip has an integrated Iris Pro camera and can handle HDR gaming at up up to 30fps.
The Iris Pro series is based on an Intel Xeon Phi-based chip, which means it supports up to 64GB of RAM.
Intel Graphics chips are also available with 4K or Ultra HD displays, which can make them a good option for gamers with large screens or who are looking for more performance.
The graphics chips on the Intel GeForce 5000 Series are designed to work with older Intel Core processors, like Intel’s Core™ 2 Duo and Core™ 3 Duo processors.
These processors are usually based on CPUs that used a 32-bit architecture.
the Intel Turbo Boost 2.0 technology is now used in older Intel processors and can enable faster processing speeds.
Intel GPUs also have additional features like HDR and HDR Gaming, so there are more options for gamers.
Intel Graphics chips can also be upgraded to support newer Intel Core processor chips.
These new chips are designed with support for DDR4 memory.
DDR4 is a memory format that has been designed for gaming.
Intel CPUs use DDR4 RAM to reduce the amount of memory needed by gaming systems, and it also helps to reduce power consumption, which helps to make them more efficient.
DDR3 memory is still used for many modern gaming systems.
The following table lists the specifications of the current generation of Intel graphics chips, as well as the specifications for Intel Iris, Iris Pro, and Iris Graphics chips.
Intel HD Graphics 5000 series:Intel HD 6000 series:For information on upgrading your Intel HD graphics cards to work properly with Intel’s new processors, visit the Intel website.