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Gaming PCs like HP OMEN desktops are popular for their cutting-edge components, with RAM being crucial for optimal performance. Whether you're gaming in Sydney, Melbourne, or anywhere across Australia, Random Access Memory (RAM) serves as your system's short-term memory, storing active data for instant access and significantly impacting gaming performance. Despite owning powerful HP OMEN laptops and desktops, many Australian gamers don't know how to optimise their RAM for maximum gaming power.
This comprehensive guide will walk you through the complete HP OMEN RAM upgrade process for both laptops and desktops, plus provide expert BIOS optimisation techniques and future-proofing strategies to dramatically improve your frame rates and reduce loading times.
RAM (also called memory sticks) stores data that your CPU and other components can access instantly. During gaming, your RAM holds critical game assets like textures, maps, and character models. Insufficient or slow RAM causes games to lag as your system is forced to use virtual memory from your slower hard drive as a substitute.
To avoid issues like game crashes, long loading times, and frustrating lag, upgrading your RAM is often the most effective solution. The more RAM you have, the faster your PC can access the data needed for smooth gameplay.
RAM comes in different specifications, with DDR4 being the most common. However, for maximum performance, consider upgrading to DDR5 memory which offers superior speed and efficiency. When selecting RAM, consider two key factors:
Storage capacity (32GB recommended for modern gaming)
Frequency (measured in MHz, higher is better)
Before upgrading your HP OMEN RAM, check:
Current RAM type (DDR4 or DDR5)
Maximum supported capacity (16-64GB for laptops, up to 128GB for desktops)
Memory speed compatibility (frequency measured in MHz)
Channel configuration (dual-channel recommended)
When choosing RAM for your HP OMEN system, compatibility is crucial. Start by understanding your current system specifications. You can find this information using Windows Task Manager (under the Performance tab).
Each HP OMEN system has a maximum RAM capacity, which varies between laptop and desktop models. Modern laptops typically support between 16GB and 64GB, whilst desktops can handle up to 128GB depending on the model.
1. Preparation: Gather your Phillips screwdriver, anti-static wrist strap, and compatible RAM modules
2. Safety first: Power off, unplug, remove battery if possible, and wear anti-static protection
3. Access: Open the back panel with your screwdriver and locate the RAM compartment
4. Remove old RAM: Release the side clips and carefully lift out the existing RAM at a 45-degree angle
5. Install new RAM: Insert new modules at the same angle, then press down until they click into place
6. Reassemble: Replace the back panel and screws
7. Verify: Power on and check Task Manager to confirm the new RAM is recognised
1. Preparation: Gather necessary tools and ensure you have compatible RAM
2. Access: Remove the side panel of your desktop (using screws or latches depending on your model)
3. Locate RAM slots: Find the memory slots on the motherboard (usually near the CPU)
4. Remove existing RAM: Open the retention clips at each end of the RAM slots
5. Install new RAM: Align the notches on the module with the slot and press firmly until it clicks
6. Reassemble: Reattach the side panel
7. Verify: Power on and check BIOS or Task Manager to confirm the new RAM is recognised
If your system doesn't boot after installation, try reseating the RAM modules. If problems persist, your modules may be incompatible or faulty.
⚠️ WARNING:
Incorrect BIOS settings can cause system instability. Always save your current configuration before making changes, and if your system becomes unstable, reset to default settings.
After installing new RAM, optimise performance through the BIOS. Enter the BIOS during startup by pressing F10, then navigate to the memory settings section to verify your RAM is properly recognised.
Depending on your HP OMEN model, you'll have options to adjust DRAM frequency and possibly enable XMP profiles. If XMP isn't available, you may need to manually input timings and voltage based on your RAM specifications. Always save changes before exiting the BIOS.
XMP (Extreme Memory Profile) is an Intel-developed feature that allows you to overclock your RAM for faster speeds without complex manual configuration. Most high-performance RAM includes pre-configured XMP profiles that optimise frequency, timings, and voltage automatically.
Enable XMP in the BIOS memory settings section. Most systems offer two profiles:
Profile 1: Optimised settings for your specific motherboard/CPU combination (balanced approach)
Profile 2: Maximum performance settings from the manufacturer (highest clock speed and best memory timings)
Exc. public holidays
Exc. public holidays
Live product demo