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Use this menu to reach Razer Gaming Series’ main gaming sections quickly: hardware guides, game settings, PC building advice, troubleshooting, and buying help.

Quick Navigation

• Latest Gaming Guides
• Gaming Hardware
• PC Builds and Upgrades
• Game Settings and Performance
• Troubleshooting
• Buying Guides
• How-To Guides
• Menu FAQ

Latest Gaming Guides

Start here for new articles, updated recommendations, configuration advice, and changes that affect current games or hardware. This section is useful when you want the newest information without searching through every category.

Prioritize guides marked with an update date when a game has received a major patch, a graphics driver has changed performance, or a new generation of hardware has launched. Settings that worked well in an earlier version of a game may no longer provide the same image quality or frame rate after an engine update.

Gaming Hardware

The hardware section explains what specifications mean in actual gaming use. It covers graphics cards, processors, memory, storage, monitors, keyboards, mice, headsets, controllers, and accessories.

Choose a hardware guide by your goal

Do not choose a component from one specification alone. A graphics card with more VRAM may be the better long-term choice at high resolution, but the rest of the system must provide enough power, cooling, and CPU performance to use it effectively.

PC Builds and Upgrades

PC build articles organize components into a compatible system rather than treating each part as an isolated purchase. Check the processor socket, motherboard chipset, memory type, graphics card clearance, power supply capacity, and cooling requirements before ordering anything.

A practical power-budget calculation

To estimate a suitable power supply, add the graphics card’s board power, the processor’s realistic peak package power, and approximately 100 watts for the motherboard, storage, fans, USB devices, and memory. Then add headroom for transient spikes and future upgrades.

For example, a system with a 300-watt graphics card and a processor that can reach 125 watts would be calculated as follows:

• Graphics card: 300 watts
• Processor: 125 watts
• Other components: approximately 100 watts
• Estimated peak: 525 watts
• Recommended 25% headroom: 131 watts
• Target power supply: approximately 656 watts or higher

In this example, a quality 750-watt power supply is a sensible class of choice. The calculation is more useful than simply matching a power supply to the graphics card because it accounts for the complete system and short power spikes.

Game Settings and Performance

The settings section helps you balance image quality, responsiveness, and stability. Begin with resolution and refresh rate, then adjust the settings that have the largest performance cost.

Recommended adjustment order

1. Set the display correctly. Select the monitor’s native resolution and highest supported refresh rate in both the operating system and the game.
2. Enable variable refresh rate. Use Adaptive-Sync, FreeSync, or G-SYNC-compatible mode when supported. This can reduce visible tearing when frame rates fluctuate.
3. Set a frame-rate limit. For a 144 Hz monitor, try 141 FPS; for 165 Hz, try 162 FPS; for 240 Hz, try 237 FPS. A limit slightly below the refresh rate can leave room for synchronization overhead.
4. Reduce demanding effects first. Lower ray-traced lighting, volumetric effects, reflections, and shadows before reducing texture quality.
5. Keep textures as high as VRAM allows. Texture quality affects image detail more than many other settings, but excessive texture memory use can cause stutter and asset pop-in.
6. Use upscaling carefully. Quality mode is usually the best starting point at 1440p or 4K. Performance mode may be useful at 4K when native rendering is too demanding, but it can produce softer detail.

Performance figures should be treated as approximate ranges rather than guarantees. Frame rates vary with resolution, graphics settings, processor model, memory configuration, drivers, game patches, and background applications.

Troubleshooting

Use the troubleshooting menu when a game crashes, stutters, displays visual corruption, or fails to launch. The fastest approach is to identify the symptom before changing several settings at once.

Common causes, checks, and fixes

• Low frame rate: Check GPU usage, CPU usage, resolution, and frame-rate limits. If GPU usage is near full capacity, reduce resolution or GPU-heavy effects. If one CPU thread is saturated while GPU usage is low, lower simulation-heavy settings or close background tasks.
• Stutter during movement: Check shader compilation, asset streaming, storage space, and memory usage. Installing the game on an SSD and allowing shader processing to finish can reduce repeated pauses.
• Crashes under load: Return overclocks and undervolts to default settings, update the graphics driver, verify the game installation, and monitor temperatures. If crashes continue, test system memory and inspect power connections.
• Screen tearing: Confirm that the monitor is running at its intended refresh rate, then enable variable refresh rate. If necessary, combine it with a frame-rate cap slightly below the display’s maximum refresh rate.
• Black screen or no signal: Check the cable connection, select the correct monitor input, try another port, and connect the display cable to the graphics card rather than the motherboard when using a dedicated GPU.

Buying Guides

Buying articles are organized around decisions rather than brand names. Choose according to resolution, target frame rate, game type, case size, noise tolerance, and upgrade plans.

Use this decision path

• For esports at 1080p, prioritize CPU consistency, a high-refresh-rate monitor, and low input latency.
• For modern single-player games at 1440p, prioritize graphics performance, at least 12 GB of VRAM where available, and effective cooling.
• For 4K, prioritize memory capacity and bandwidth, upscaling support, variable refresh rate, and a suitable HDMI or DisplayPort connection.
• For a compact PC, measure the case and verify the exact graphics card dimensions before considering performance.
• For long ownership, select a power supply with appropriate headroom, a motherboard with needed expansion options, and enough storage for future game sizes.

Market pricing changes frequently, so use price ranges as a planning tool rather than a fixed rule. A mainstream gaming graphics card may usually fall around $300–$600, while higher-performance models can range from roughly $700 to more than $1,500 depending on memory, generation, and availability.

How-To Guides

How-to articles provide step-by-step instructions for installing components, configuring monitors, improving network performance, backing up saves, setting up controllers, and optimizing a new gaming PC.

Before following an installation guide, save important files, shut down and unplug the computer, discharge static safely, and photograph existing cable connections. After a hardware change, confirm that the component is detected in firmware and the operating system before launching a demanding game.

Menu FAQ

Where should I begin if I am building my first gaming PC?

Start with PC Builds and Upgrades, then use the Hardware section to check each component’s compatibility. Decide your target resolution and games before selecting parts.

Which section helps with poor gaming performance?

Open Game Settings and Performance for configuration changes. If the problem includes crashes, unusual stutter, or no display signal, use Troubleshooting instead.

Why does the menu separate buying guides from hardware guides?

Hardware guides explain specifications and compatibility. Buying guides apply those details to a particular budget, resolution, case size, or upgrade plan, making the final decision easier.