BIWIN Storage Technologies, a company specialized in the research, development, manufacturing and sale of memory chip (IC) application products, detailed what the XMP and EXPO profiles are, what their benefits are and how they help overclocking. In addition, it highlighted the compatibility with both types of profiles of its high-performance Predator Hera DDR5 RGB modules.
«XMP and EXPO are memory overclocking settings found in the motherboard’s BIOS that make it simple and easy to boost RAM performance by applying factory preconfigured settings. The difference between XMP and EXPO depends largely on the CPU installed in the system,» he explained. Cesar Moyano, BIWIN Regional Sales Director.
What is XMP
Extreme Memory Profiles, or XMP, is an Intel term for a custom memory profile that is configured at the factory by the manufacturer. They are speed settings and latencies that the memory was designed to operate at. This profile is saved on the memory module itself and can be enabled in the BIOS as a sort of shortcut to overclocking the RAM.
«Most high-end memory comes with some form of XMP or EXPO profile. While it works perfectly well without it, you only get the best out of it (and the rated speed stated on the box) if you enable the profile. Some kits come with multiple profile options, giving the option of more extreme configurations that boost memory performance even further, although this can come at the cost of stability, or running the memory at a higher voltage,» he explained. Cesar Moyano.
What is EXPO
Extended Profiles for Overclocking, or EXPO, is AMD’s equivalent to XMP. It allows PC and laptop users with AMD CPUs and chipsets to enable an automated overclocking profile for their memory, improving performance with the click of a button.
«Some memories come with both EXPO and BIWIN Regional Sales Director. He added: «The idea behind these multiple profiles is to give gamers and enthusiasts more options. While one profile offers the maximum possible bandwidth for RAM modules, the other may be more focused on adjusting latencies, with reduced overall bandwidth. These different profiles allow users to choose the right performance profile for the different tasks they perform.»
How XMP and EXPO are enabled
To enable XMP or EXPO profiles you must enter the motherboard’s UEFI/BIOS. To do this, you must start the computer and press the specific BIOS key on the keyboard. This varies depending on the manufacturer, but common options include F2 to F8, or the Delete key. If in doubt, this information can be found on the motherboard manufacturer’s website.
Once in the BIOS, navigate to the overclocking section and look for a memory profile option. This may be labeled “XMP”, “EXPO” or “Memory Profile”, depending on the motherboard used. Next, use a drop-down menu or switch to choose which XMP or EXPO profile to enable. Once finished, you must proceed to save the configuration and exit the BIOS.
When the system reboots, it should have the new memory settings enabled, providing increased memory and system performance. However, it is worth keeping in mind that after making changes to the RAM configuration, some systems (particularly AMD 7000 and 9000 platforms) may take between 20 seconds and a couple of minutes to run memory training. This is perfectly normal: just wait for it to complete and the system should work correctly.
Predator Hera DDR5 RGB memory: optimize overclocking potential with XMP and EXPO
«Our Predator Hera DDR5 RGB memory offers performance beyond the ordinary. With speeds of up to 8400 MT/s and support for both Intel XMP 3.0 and AMD EXPO, Hera is designed to enhance system capabilities, whether for the latest AAA games or high-resolution content creation,» he highlighted Moyano.
The Predator Hera DDR5 RGB memory, manufactured by BIWIN, has an X-shaped structure that improves airflow to ensure the system stays cool during demanding tasks. Meanwhile, 8-zone RGB lighting provides the freedom to customize visual settings.
«With its premium components, including SK Hynix ICs and a 10-layer PCB, our Predator Hera offers solid overclocking potential while maintaining system stability. This memory module provides solid, reliable performance and efficient cooling for both everyday tasks and more demanding workloads,» he concluded. Cesar Moyano.
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