To ensure the most visually impressive yet thoroughly enjoyable gaming experience, optimising ray tracing settings on your HP OMEN gaming system is essential. The OMEN GPUs built on powerful RTX architecture deliver exceptional ray tracing capabilities, enabling gamers to experience cutting-edge visual fidelity. By configuring your settings properly, you can achieve outstanding image quality and frame rates that excel across all your favourite titles.
Quick Answer: Ray Tracing Optimisation Essentials
- Best Universal Settings: RT Reflections (Medium) + DLSS (Balanced) = 60+ FPS
- RTX 4060: Excellent 1080p ray tracing (High settings, 60-80 FPS)
- RTX 4050: Solid 1080p ray tracing (Medium settings, 50-70 FPS)
- Performance Boost: DLSS adds 40-60% FPS with minimal quality loss
- First Setting to Disable: Global Illumination (30-40% FPS hit)
- Power Considerations: Configure settings for optimal thermal management
What Is Ray Tracing?
Ray tracing is a rendering algorithm in computer graphics that creates realistic lighting by simulating how light rays reflect off virtual surfaces. This technology generates remarkably authentic reflections, shadows, and lighting effects, producing stunning visual realism in modern games.
Key Ray Tracing Benefits:
- Realistic Reflections - Mirror-accurate water and glass surfaces
- Dynamic Shadows - Physically correct shadows from multiple light sources
- Global Illumination - Natural colour bleeding between objects
- Ambient Occlusion - Enhanced depth and contact shadows
By computing the behaviour of light itself, ray tracing dramatically improves visual output over previous rasterisation techniques, which rely on approximations. This revolutionary rendering method transforms gaming from unrealistic graphics to photorealistic experiences, blurring the boundary between virtual and real worlds. For gamers who appreciate cinematic experiences in titles like Cyberpunk 2077 or Control, ray tracing fundamentally transforms the visual landscape.
Understanding RTX GPUs in OMEN Systems
The range of HP OMEN gaming laptops available provides advanced RTX GPUs across numerous models, offering diverse performance capabilities suited to different gaming requirements and budgets.
RTX GPU Performance Overview
RTX 4060 Performance: This GPU excels at 1080p gaming with ray tracing enabled. You can expect 60-80 FPS with high ray tracing settings when using DLSS Quality mode. It represents the sweet spot for most gamers who play at Full HD resolution.
RTX 4050 Performance: Perfect for entry-level ray tracing at 1080p. With medium to high ray tracing settings and DLSS Balanced mode, you’ll achieve 50-70 FPS in most modern titles. This makes it an excellent choice for budget-conscious gamers seeking enhanced visual quality.
RTX 3050 Performance: Whilst it can handle ray tracing, you’ll need to use low to medium settings with DLSS Performance mode to maintain 45-60 FPS at 1080p. Best suited for selective ray tracing features rather than full ray tracing implementations.
The primary advantage of RTX GPUs is their dedicated RT cores, which accelerate ray tracing computations, alongside DLSS (Deep Learning Super Sampling) technology that boosts performance without compromising image quality. These features prove particularly beneficial for gamers seeking to maximise their investment whilst maintaining excellent thermal performance during extended gaming sessions.
OMEN Gaming Hub: Your Optimisation Command Centre
OMEN Gaming Hub serves as your central optimisation tool, offering comprehensive system monitoring and fine-tuning functions perfectly suited for effective thermal management.
Gaming Hub Key Features:
- Auto-Detection - Identifies your RTX GPU automatically
- Game Profiles - Custom settings per game
- Real-Time Monitoring - GPU usage, temperatures, FPS display
- One-Click Optimisation - Instant performance profiles
- Thermal Management - Fan curve adjustments for optimal cooling
This software automatically identifies your RTX GPU and provides game-specific optimisation profiles designed to adjust ray tracing settings and performance targets dynamically. Within Gaming Hub, you can monitor your GPU usage, memory consumption, and frame rates during gameplay in real-time, which proves especially valuable for maintaining consistent performance during intensive gaming sessions.
Step-by-Step Ray Tracing Optimisation
When considering how to optimise a gaming PC for ray tracing, follow these systematic steps:
Quick Setup Guide for 60+ FPS Ray Tracing
Follow these steps sequentially for optimal ray tracing performance:
Step One: Enable DLSS and set it to Balanced mode. This establishes the foundation for maintaining high frame rates with ray tracing enabled.
Step Two: Set RT Reflections to Medium. This represents the most visually impactful ray tracing feature and offers the best balance between performance and visual quality.
Step Three: Disable RT Global Illumination entirely. This feature imposes the highest performance impact with relatively less noticeable visual improvements compared to reflections.
Step Four: Keep RT Shadows on Low setting. Shadows provide depth but can be demanding on performance when configured higher.
Step Five: Cap your framerate at your monitor’s refresh rate. This prevents unnecessary GPU strain and reduces heat generation.
Step Six: Ensure adequate cooling throughout your gaming session by monitoring temperatures consistently.
In-Game Settings Configuration
Access your game settings with ray tracing options, typically located in the Advanced or Graphics sections of the settings menu.
Understanding Ray Tracing Effects and Their Impact:
RT Ambient Occlusion has a low performance impact, typically costing 5-10% of your FPS. The visual impact is medium, providing subtle depth enhancements. Recommended setting is ON at Low quality for optimal balance.
RT Shadows have a medium performance impact, costing 10-15% of your FPS. The visual impact is high, with dramatically improved shadow quality and accuracy. Recommended setting is ON at Medium quality.
RT Reflections have a medium to high performance impact, costing 15-25% of your FPS. The visual impact is very high, with stunning mirror-like reflections on surfaces. Recommended setting is ON at Medium quality for the best visual improvement per performance cost.
RT Global Illumination has a high performance impact, potentially costing 30-40% of your FPS. The visual impact is high but less immediately noticeable than reflections. Recommended setting is OFF or Low, as this provides the most significant performance savings.
The priority setting is Ray Traced Reflections set to Medium, as this delivers substantial visual enhancement with only moderate performance penalty. Begin by disabling Ray Traced Global Illumination, as it represents the most demanding feature and can significantly increase GPU temperatures.
NVIDIA Control Panel Optimisation
Access the NVIDIA Control Panel to configure system-level settings that complement your in-game ray tracing configuration.
Essential NVIDIA Control Panel Settings:
Opening the Control Panel: Right-click on your desktop and select NVIDIA Control Panel, then navigate to Manage 3D settings.
Programme Settings Configuration: Select Programme Settings tab and choose your game from the dropdown menu. If your game isn’t listed, click Add and browse to the game’s executable file.
Recommended Settings Application:
Set Power management mode to Prefer maximum performance. This ensures your GPU doesn’t downclock during intensive ray tracing scenes, crucial for maintaining consistent frame rates.
Configure Low Latency Mode to Ultra for competitive gaming or On for single-player experiences. This reduces input lag and provides more responsive controls.
Adjust Texture Filtering - Quality to High Performance. This optimises texture processing without significantly impacting visual quality.
Enable Vertical sync using the Fast option. This prevents screen tearing whilst minimising input lag compared to traditional V-Sync.
Set Max Frame Rate to match your monitor’s refresh rate. For example, if you have a 144Hz monitor, cap frames at 144 FPS to reduce unnecessary GPU load.
Increase Shader Cache Size to 10GB. This stores compiled shaders for faster loading and smoother performance across gaming sessions.
DLSS Configuration for Performance Balance
DLSS is essential for maintaining high frame rates when ray tracing is enabled. This machine learning-based upscaling technology renders games at a lower internal resolution, then upscales the image to your desired resolution.
Understanding DLSS Modes:
Quality Mode renders internally at approximately 67% of your target resolution. For 1080p gaming, this means rendering at roughly 720p before upscaling. This mode provides 40-50% FPS gains with excellent visual quality, making it ideal for story-driven games and systems with higher-end GPUs. Use this when you want the best image quality whilst still benefiting from ray tracing.
Balanced Mode renders internally at approximately 58% of your target resolution. For 1080p, this translates to around 660p internal rendering. This mode offers 50-60% FPS gains with very good visual quality, representing the universal sweet spot for most gaming scenarios. This is recommended for the majority of gamers as it provides the best compromise between performance and quality.
Performance Mode renders internally at approximately 50% of your target resolution, meaning 540p for 1080p gaming. This mode delivers 60-80% FPS gains with good visual quality. It’s best suited for competitive gaming where frame rates matter most, or for entry-level GPUs requiring extra performance headroom. Use this mode when playing competitive multiplayer titles or when you need to maintain high frame rates.
Ultra Performance Mode renders internally at approximately 33% of your target resolution, which is 432p for 1080p gaming. This mode provides 80-100% FPS gains but with acceptable rather than excellent visual quality. Reserve this for 4K gaming scenarios or when you need to maximise FPS at all costs.
Resolution and Refresh Rate Considerations
For games played in 4K, enable DLSS and allow it to render at 1440p internally whilst upscaling to 4K. The best compromise between performance and quality on 1440p monitors requires Balanced mode. Performance mode delivers the highest frame rate gain with slightly reduced image quality. For gamers on 1080p displays, which remain the most popular resolution, Quality or Balanced DLSS modes work exceptionally well and provide the smooth gameplay experience you’re seeking.
Consider your monitor’s refresh rate when configuring settings. If you have a 60Hz monitor, there’s no benefit to exceeding 60 FPS consistently. However, if you have a 144Hz or higher refresh rate display, aim to maintain frame rates that match your monitor’s capabilities for the smoothest experience.
Game-Specific Ray Tracing Configurations
Different games require tailored approaches to ray tracing optimisation. Let’s explore optimal settings for various game genres.
Optimised Settings by Game Type
Triple-A (AAA) Single-Player Games
Examples: Cyberpunk 2077, Control, Alan Wake 2, Resident Evil Village, Spider-Man Remastered
For story-driven AAA titles, prioritise visual quality over maximum frame rates. These games benefit most from ray tracing’s visual enhancements.
Recommended Configuration: Start with the Medium ray tracing preset provided by the game. Enable RT Reflections at High setting for stunning mirror-like surfaces and water effects. Set RT Shadows to Medium for realistic shadow casting from multiple light sources. Keep RT Global Illumination on Low or disable it entirely to maintain performance. Use DLSS Quality mode to preserve image fidelity. Target a minimum of 60 FPS for smooth gameplay.
In story-driven experiences, visual quality takes precedence. These games benefit substantially from enhanced lighting and reflections. Single-player experiences prove perfect for enjoying during evening gaming sessions or weekend marathons. The cinematic nature of these titles makes ray tracing’s visual improvements particularly worthwhile.
Competitive Multiplayer Titles
Examples: Call of Duty, Apex Legends, Fortnite, Valorant, Counter-Strike 2
For competitive gaming, performance takes absolute priority over visual enhancements. Every frame matters when competing against other players.
Recommended Configuration: Disable ray tracing entirely or use the Low preset if you must have it enabled. If you enable any ray tracing, limit it to RT Reflections on Low setting only. Turn off all other RT features including shadows, ambient occlusion, and global illumination. Use DLSS Performance mode to maximise frame rates. Target a consistent 144+ FPS for competitive advantage.
Maintain frame rates above 144 FPS to secure an edge in competitive scenarios. Activate DLSS Performance mode to achieve optimal performance. This proves particularly important for esports enthusiasts and competitive gamers who participate in online tournaments. The reduced input lag and smoother motion tracking at high frame rates can determine the difference between victory and defeat.
Racing and Simulation Games
Examples: Forza Horizon, Gran Turismo, F1 series, Assetto Corsa, Microsoft Flight Simulator
Racing games showcase ray tracing beautifully, particularly in vehicle reflections and track lighting. These titles benefit from custom ray tracing configurations.
Recommended Configuration: Use Custom ray tracing settings rather than presets. Enable RT Reflections at High setting specifically for car surfaces and bodywork. Set RT Shadows to Medium for realistic shadow casting around vehicles. Turn on RT Ambient Occlusion for enhanced depth perception, which is crucial in racing. Use DLSS Balanced mode to maintain smooth frame rates. Target 90-120 FPS for the optimal racing experience.
Racing games demonstrate ray tracing exquisitely in vehicle surfaces and environmental lighting. The realistic reflections on car paint and glass surfaces make ray tracing particularly worthwhile in racing titles, showcasing the technology at its finest. The sense of speed combined with stunning visuals creates an immersive racing experience.
Open-World Adventure Games
Examples: Assassin’s Creed series, Far Cry series, Red Dead Redemption 2, Horizon Zero Dawn
Open-world games balance exploration with action, requiring settings that maintain performance across diverse environments.
Recommended Configuration: Use Medium ray tracing preset as a baseline. Enable RT Reflections at Medium for water bodies and reflective surfaces common in open worlds. Set RT Shadows to Low to maintain performance across varied lighting conditions. Disable RT Global Illumination due to performance impact across large environments. Use DLSS Balanced mode. Target 60 FPS minimum for comfortable exploration and combat.
These games often involve extended play sessions as you explore vast worlds, making thermal management particularly important. Monitor your temperatures and adjust settings if your system runs hot during prolonged gameplay.
Advanced Performance Tuning Techniques
Beyond standard settings adjustments, consider advanced graphics optimisation techniques to substantially enhance your ray tracing experience on OMEN systems.
Pre-Flight Checklist for Ray Tracing
Before launching any ray tracing-enabled game, complete this checklist to ensure optimal performance:
Driver Updates: Ensure you have the latest Game Ready Driver from NVIDIA installed. New drivers often include game-specific optimisations and performance improvements for ray tracing.
BIOS Configuration: Enter your BIOS and enable XMP or DOCP profiles for your RAM. This ensures your memory runs at its rated speed, which significantly impacts ray tracing performance.
Windows Power Settings: Configure Windows to use High Performance mode through Control Panel. This prevents the system from downclocking components during gaming.
GPU Scheduling: Disable Windows Hardware-accelerated GPU scheduling in Graphics Settings. This can improve frame time consistency with ray tracing enabled.
Background Applications: Close unnecessary background applications to free up system resources. Discord, browsers, and other applications consume valuable RAM and CPU cycles.
Thermal Check: Ensure your cooling system functions properly. GPU temperatures should remain below 83°C during gaming, ideally staying in the 70-75°C range.
Memory and CPU Optimisation
RAM Configuration: Ray tracing benefits from high-speed system memory. Access your BIOS by pressing F10 during system boot. Navigate to the memory settings section and enable XMP Profile 1 if you have compatible RAM. This can provide 10-15% performance improvements in ray tracing scenarios. After enabling XMP, verify your RAM runs at its rated speed using OMEN Gaming Hub or task manager. Monitor memory usage during gaming to ensure you have adequate capacity.
CPU Performance Settings: In Windows, navigate to Control Panel, then Power Options, and select High Performance plan. This prevents CPU throttling during intensive ray tracing calculations. For gaming laptops, you may need to create a custom power plan that balances performance with thermal management.
Cooling Optimisation
Temperature Management: Ray tracing generates significantly more heat than standard rendering. Monitor GPU core temperatures using Gaming Hub, aiming to keep temperatures under 83°C maximum, with an ideal range of 70-75°C. GPU memory should stay under 95°C, and CPU temperatures should remain below 85°C. Maintain a system ambient temperature delta of at least 20°C for optimal cooling efficiency.
Physical Cooling Solutions: For gaming laptops, invest in a quality cooling pad with multiple fans. Ensure your gaming area has adequate airflow and isn’t enclosed. For desktop systems, verify all case fans function correctly and maintain clean dust filters. Perform cooling system cleaning every 2-3 months to ensure optimal airflow.
Performance Monitoring and Benchmarking
Essential Metrics: Understanding key performance metrics helps you optimise ray tracing settings effectively. Frame Time should be below 16.7ms for consistent 60 FPS, or below 6.9ms for 144 FPS gaming. GPU Usage should consistently read 95-99% during gaming, indicating you’re not CPU bottlenecked. Monitor VRAM Usage and keep 1-2GB buffer free to prevent stuttering. Track 1% Low FPS, which should be at least 80% of your average FPS for smooth gameplay without hitching.
Benchmarking Process: Use built-in game benchmarks to test ray tracing performance before playing. Run each benchmark three times and average the results for consistency. Start with 60 FPS as a hard minimum for single-player games, and aim for 120+ FPS minimum in competitive titles. Record your settings and frame rates in different scenarios to build a performance profile for your system.
Real-Time Monitoring: Enable the FPS counter in OMEN Gaming Hub to monitor performance during actual gameplay. Watch for frame time spikes that indicate stuttering. If you notice inconsistent performance, adjust ray tracing settings down one level at a time until smooth gameplay returns. Monitor power consumption during extended sessions to optimise electricity usage.
Understanding Ray Tracing’s Impact on Gaming Experience
Ray tracing fundamentally changes how games look and feel, but understanding when to use it enhances your overall gaming experience.
Visual Quality Improvements
Reflection Quality: Ray traced reflections provide physically accurate mirror images on surfaces. Water, glass, polished floors, and metal surfaces all reflect the environment accurately rather than using approximations. This creates particularly stunning effects in urban environments and racing games where reflective surfaces are common.
Shadow Accuracy: Traditional shadow rendering often shows multiple overlapping shadows or unrealistic shadow shapes. Ray traced shadows provide physically correct shadows from multiple light sources, with accurate penumbra (soft edges) and proper occlusion. This dramatically improves depth perception and environmental realism.
Lighting Realism: Global illumination simulates how light bounces between surfaces, creating natural colour bleeding and ambient lighting. A red wall will cast a subtle red tint on nearby objects, and light from windows creates realistic indirect lighting throughout a room. This makes game environments feel more natural and lived-in.
Immersion Factor: Combined, these ray tracing features create unprecedented visual realism. Games transition from looking like video games to approaching photorealistic quality. For gamers who value immersive storytelling and cinematic experiences, ray tracing elevates single-player adventures significantly.
Performance Trade-offs
Frame Rate Impact: Enabling ray tracing typically reduces frame rates by 30-50% without DLSS. This is why DLSS is crucial for ray tracing gaming. With DLSS enabled, you can often maintain 60+ FPS whilst enjoying ray traced visuals. Understanding this trade-off helps you make informed decisions about which ray tracing features to enable.
Temperature Increases: Ray tracing increases GPU temperatures by 10-15°C compared to standard rendering. This means closer monitoring of thermals and potentially adjusting settings during warmer periods. Plan your gaming sessions during cooler parts of the day if thermal throttling becomes an issue.
Power Consumption: The increased computational requirements of ray tracing translate to higher power consumption. Gamers should consider electricity costs when gaming extensively with ray tracing enabled. Selective use of ray tracing features provides a middle ground between visual quality and power efficiency.
Pro Tips for Maximum Performance
Update Everything Regularly: Keep GPU drivers, Windows, and games updated consistently. NVIDIA releases Game Ready Drivers with game-specific ray tracing optimisations. Enable automatic updates in GeForce Experience to ensure you always have the latest performance improvements.
Start Conservative: Begin with RT Low settings and gradually increase based on your system’s performance. This prevents disappointment from starting too high and having to reduce settings. Monitor frame rates and temperatures as you increase ray tracing quality.
DLSS First Approach: Always enable DLSS before enabling ray tracing features. DLSS provides the performance headroom needed for ray tracing to run smoothly. Start with DLSS Balanced, then adjust ray tracing settings based on available performance.
Temperature Monitoring: Ray tracing increases heat significantly. Monitor temperatures constantly and reduce settings if GPU temperatures exceed 80°C consistently.
Game-Specific Research: Check NVIDIA’s recommended settings for specific games. Many popular titles have optimised ray tracing profiles that balance performance and visual quality effectively. Community forums and tech websites often provide optimisation guides.
Frame Rate Capping: Cap FPS at your monitor’s refresh rate to reduce unnecessary GPU load and heat generation. If you have a 60Hz monitor, capping at 60 FPS reduces power consumption and temperatures whilst maintaining smooth visuals. For 144Hz monitors, capping at 144 FPS provides similar benefits.
Resolution Scaling: If DLSS isn’t available in a game, consider using in-game resolution scaling to 85-90% instead. This provides some performance benefits whilst maintaining most visual quality, allowing higher ray tracing settings.
Regular Maintenance Schedule: Establish a cleaning schedule for your gaming system. Clean dust filters and vents every 2-3 months for optimal airflow. Proper airflow maintenance prevents thermal throttling during ray tracing.
Understanding Ray Tracing Power Consumption
Ray tracing significantly increases power consumption, which represents an important consideration for gamers managing electricity costs.
Power Draw by Gaming Mode
Standard Gaming Without Ray Tracing: Typical power consumption ranges from 80-120W for most gaming scenarios without ray tracing enabled. This represents baseline gaming power requirements and serves as a reference point.
Medium Ray Tracing Settings: Enabling ray tracing at Medium settings increases power consumption to approximately 120-160W typical. This represents a 33-50% increase in power draw compared to standard gaming.
High Ray Tracing Settings: High ray tracing settings push power consumption to 150-200W typical range. This significant increase requires adequate cooling and power supply capacity.
Ultra Ray Tracing Settings: Maximum ray tracing settings can draw 180-250W or more. This is only recommended for systems with robust cooling solutions and stable power supply.
Power-Saving Strategies with Ray Tracing
DLSS Power Efficiency: Using Balanced or Performance DLSS mode reduces power draw by 20-30% compared to running ray tracing without DLSS. This makes ray tracing more accessible for budget-conscious gamers and reduces heat generation.
Selective Ray Tracing: Enable only RT Reflections and disable other ray tracing features. This provides the most visually impactful ray tracing effect whilst using 40-50% less power than full ray tracing implementation.
Frame Rate Management: Capping frame rates at 60 FPS for single-player games significantly reduces power consumption. Your GPU doesn’t work as hard to maintain lower frame rate targets, resulting in lower power draw and temperatures.
Hybrid Gaming Approach: Enable ray tracing for cinematically important moments or particularly scenic sections, then disable it for grinding, exploration, or less visually intensive gameplay. This balances visual experience with power efficiency.
FAQs About Ray Tracing
Q: What ray tracing settings should be used for the best performance on my system?
A: Start with RT Reflections on Medium, disable Global Illumination entirely, and enable DLSS Balanced mode. This configuration provides 40-50% better FPS with minimal visual quality loss compared to full ray tracing. Adjust from this baseline based on your specific system and performance targets.
Q: How does DLSS improve ray tracing performance?
A: DLSS provides a 40-60% FPS boost by rendering games at a lower internal resolution and using AI upscaling to your target resolution. This frees up significant GPU resources for ray tracing calculations whilst maintaining visual quality. DLSS is essential for playable ray tracing frame rates on most systems.
Q: Can I use ray tracing without overheating concerns?
A: Yes, with proper thermal management. Monitor GPU temperatures and ensure they stay below 83°C. Game in well-ventilated environments and consider using cooling pads for laptops. Adjust ray tracing settings if temperatures consistently exceed 80°C during gameplay.
Q: Which ray tracing effect has the biggest performance impact?
A: Global Illumination causes the largest FPS drop at 30-40%, followed by Reflections at 15-25%. Always disable Global Illumination first when optimising for performance. RT Reflections provide the best visual improvement relative to their performance cost, making them the priority feature to enable.
Q: What FPS should I target with ray tracing enabled?
A: For single-player games, target a minimum of 60 FPS for comfortable gameplay. For competitive multiplayer titles, aim for 144+ FPS which typically means disabling ray tracing entirely. For story-driven games with VRR-capable monitors, 45-60 FPS is acceptable and still provides smooth visuals.
Q: How much does ray tracing increase my electricity consumption?
A: Ray tracing typically increases gaming power consumption by 30-50%. For example, if standard gaming uses 100W, ray tracing gaming at 150W would represent a 50% increase in power consumption. The exact impact depends on your settings and how frequently you game with ray tracing enabled.
Q: Can I use ray tracing on my laptop during power outages?
A: Yes, but you’ll need to optimise settings for battery life. Disable all ray tracing except RT Reflections on Low, enable DLSS Performance mode, and cap frame rates at 60 FPS. This configuration reduces power draw by 40-50% compared to full ray tracing whilst maintaining some visual enhancements over standard rendering.
Q: How often should I clean my gaming system for optimal ray tracing performance?
A: Clean dust filters and vents every 2-3 months under normal conditions. Regular maintenance prevents thermal throttling and maintains optimal ray tracing performance throughout the year. Increase cleaning frequency if you notice elevated temperatures during gaming sessions.
Q: What’s the difference between ray tracing presets?
A: Low preset enables basic ray tracing features with minimal performance impact. Medium preset balances visual quality and performance, recommended for most systems. High preset enables all ray tracing features at high quality, requiring powerful GPUs. Ultra preset maximises visual quality but demands flagship GPUs for playable frame rates.
Q: Should I prioritise higher resolution or ray tracing?
A: For most gamers, maintaining your native resolution with selective ray tracing provides better results than lowering resolution for full ray tracing. Use DLSS to maintain resolution whilst enabling ray tracing features. The combination delivers superior visual quality compared to either option alone.
Maximise Your OMEN Ray Tracing Experience
Ray tracing optimisation requires balancing performance against visual fidelity. Use our recommended standard configuration as a starting point, but adjust according to your requirements and preferences depending on your games.
Quick Start Settings Summary:
Enable DLSS using Balanced or Quality mode depending on your GPU capability. Set RT Reflections to Medium for the best visual improvement per performance cost. Configure RT Shadows to Low for subtle depth enhancement without major performance impact. Disable RT Global Illumination entirely to maximise frame rates. Target 60+ FPS minimum for the best gaming experience, with higher frame rates for competitive titles.
OMEN systems are designed to optimise ray tracing performance, featuring powerful RTX GPUs paired with optimised cooling and the comprehensive OMEN Gaming Hub software suite. Experiment with settings to balance visual quality and gameplay according to your specific preferences, achieving the best of both worlds.
Remember to consider your gaming environment, power infrastructure, and gaming schedule when configuring ray tracing settings. Smart power management ensures you can enjoy ray tracing year-round whilst managing costs and system temperatures effectively.
Ready to experience next-generation gaming graphics? Explore the complete range of HP gaming laptops and gaming desktops to discover the perfect system for your ray tracing adventure. Whether you’re a competitive esports player, a story-driven adventure enthusiast, or a racing simulation fan, there’s an OMEN system configured perfectly for your ray tracing needs.
Visit HP gaming accessories to complete your setup with peripherals designed to complement your ray tracing gaming experience. From high-refresh-rate monitors to precision gaming mice and mechanical keyboards, the right accessories enhance your overall gaming setup.
