Gaming Controller RGB LED Customization 2025: Corsair vs SteelSeries vs Razer Lighting

RGB Controller Revolution 2025

The gaming controller RGB lighting market has exploded in 2025, with major peripheral manufacturers like Razer, Corsair, and SteelSeries leading the charge in creating immersive lighting experiences. RGB controllers have evolved from simple aesthetic enhancements to sophisticated systems that integrate with games, provide visual feedback, and create synchronized lighting ecosystems across entire gaming setups.

Modern RGB controllers feature advanced LED technology, sophisticated software control, and seamless integration with popular games and streaming platforms. The technology has matured to the point where RGB lighting is no longer just about looks—it's about creating functional, responsive lighting that enhances the gaming experience and provides useful information to players.

Understanding controller customization options is essential for maximizing your gaming setup. Our comprehensive controller customization guide provides the foundation for understanding how RGB lighting fits into broader controller modification and personalization strategies.

Before exploring RGB options, test your current controller's functionality to ensure it's performing optimally, as RGB modifications can sometimes affect controller performance if not implemented properly.

Razer Chroma Ecosystem

Razer's Chroma RGB ecosystem represents the most comprehensive and widely adopted RGB lighting platform in gaming, with extensive controller integration and the largest library of supported games and applications.

Razer Chroma Controller Lineup

Razer's RGB-enabled controllers in 2025:

• Razer Wolverine V2 Chroma: Premium Xbox controller with full Chroma integration
• Razer Kishi V2 Pro: Mobile controller with customizable RGB zones
• Razer Tartarus V2 Pro: Gaming keypad with per-key RGB lighting
• Razer Orbweaver Chroma: Mechanical gaming keypad with RGB backlighting
• Custom Chroma Controllers: Third-party controllers with Chroma SDK integration

Chroma RGB Technology Features

Advanced features of Razer's Chroma system:

• 16.8 Million Colors: Full spectrum RGB color reproduction
• Per-Zone Control: Individual control of multiple lighting zones
• Dynamic Effects: Breathing, wave, spectrum cycling, and reactive effects
• Game Integration: Real-time lighting responses to in-game events
• Audio Visualization: Lighting synchronized to audio and music
• Cross-Device Sync: Synchronized lighting across all Chroma devices

Razer Synapse 3 RGB Control

Comprehensive software control for Chroma lighting:

• Chroma Studio: Advanced lighting effect creation and editing
• Profile Management: Game-specific lighting profiles with auto-switching
• Community Workshop: Download and share lighting effects
• API Integration: Third-party application integration
• Hardware Sync: Synchronization with Philips Hue and other smart lighting
• Performance Optimization: Battery-saving modes and brightness control

Game Integration Excellence

Razer Chroma's extensive game support in 2025:

• 150+ Supported Games: Native integration with major gaming titles
• Real-Time Effects: Health indicators, ammo counters, and status displays
• Immersive Lighting: Environmental lighting matching game atmospheres
• Competitive Advantages: Visual cues for cooldowns and ability status
• Streaming Integration: OBS and streaming platform integration

Chroma Connect Ecosystem

Extended ecosystem integration beyond Razer devices:

• Philips Hue Integration: Room lighting synchronized with controller
• LIFX Compatibility: Smart bulb integration for immersive gaming
• Nanoleaf Integration: Wall panel lighting synchronization
• Third-Party Hardware: Compatible RGB components from other manufacturers
• Smart Home Integration: Integration with home automation systems

Understanding how RGB lighting integrates with advanced controller features is covered in our premium controller comparison which includes detailed analysis of Razer's RGB implementation.

Corsair iCUE Integration

Corsair's iCUE (Intelligent Corsair Utility Engine) platform provides sophisticated RGB control and system integration, focusing on performance monitoring integration and advanced customization capabilities.

Corsair RGB Controller Options

Corsair's controller offerings with RGB integration:

• Corsair K63 Wireless Gaming Lapboard: Integrated controller and keyboard combo
• Custom iCUE Controllers: Third-party controllers with iCUE integration
• Corsair Stream Deck: Customizable control surface with RGB keys
• Elgato Stream Deck+: Enhanced streaming controller with RGB integration
• Partner Controllers: Controllers from partners with iCUE compatibility

iCUE RGB Technology

Advanced features of Corsair's iCUE RGB system:

• Precision Control: Per-LED control with advanced timing
• Hardware Acceleration: Onboard processing for complex effects
• System Integration: CPU, GPU, and system temperature visualization
• Performance Monitoring: Real-time system stats displayed through lighting
• Advanced Effects: Complex multi-layer lighting effects
• Low Latency: Minimal delay between system events and lighting response

iCUE Software Capabilities

Comprehensive control through Corsair's iCUE software:

• Lighting Effects Engine: Advanced effect creation and layering
• System Monitoring: Hardware monitoring with lighting visualization
• Profile Automation: Automatic profile switching based on applications
• Macro Integration: RGB feedback for macro execution
• Community Hub: Share and download lighting profiles
• API Access: Developer API for custom integrations

System Performance Integration

Unique features of iCUE's system integration:

• Temperature Monitoring: RGB colors indicating system temperatures
• Performance Metrics: CPU and GPU usage visualization
• Gaming Performance: FPS and frame time indicators
• System Alerts: Visual warnings for system issues
• Overclocking Integration: RGB feedback for overclocking status

Professional Content Creation

iCUE features designed for content creators:

• Streaming Integration: OBS and streaming software compatibility
• Scene Lighting: Automatic lighting changes for different scenes
• Notification System: Visual alerts for donations, follows, and messages
• Recording Indicators: RGB status for recording and streaming
• Multi-Monitor Support: Lighting effects across multiple displays

Enterprise and Professional Features

Advanced features for professional and enterprise use:

• Network Management: Centralized control of multiple systems
• Group Policies: Standardized lighting configurations
• Security Integration: RGB indicators for security status
• Productivity Metrics: Visual feedback for productivity applications
• Custom Development: SDK for custom enterprise applications

For detailed analysis of how advanced RGB systems integrate with premium controllers, see our pro controller comparison which covers RGB implementation in professional gaming controllers.

SteelSeries Prism RGB

SteelSeries Prism RGB technology focuses on gaming-centric lighting with intuitive controls and seamless integration with the SteelSeries ecosystem, emphasizing simplicity and gaming functionality over complex customization.

SteelSeries RGB Controller Portfolio

SteelSeries controllers with Prism RGB integration:

• SteelSeries Stratus Duo: Wireless controller with customizable RGB zones
• SteelSeries Nimbus+: iOS gaming controller with RGB accents
• Custom Prism Controllers: Third-party controllers with Prism integration
• SteelSeries Rival Gaming Mice: RGB mice that sync with controller lighting
• Partner Integrations: Controllers from gaming partners with Prism support

Prism RGB Technology Features

Key features of SteelSeries Prism RGB system:

• Reactive Lighting: Real-time response to gaming events
• Game-Specific Profiles: Automatic lighting profiles for supported games
• Discord Integration: RGB notifications for Discord events
• Multi-Zone Control: Independent control of different lighting zones
• Battery Optimization: Intelligent power management for wireless devices
• Cross-Platform Sync: Synchronized lighting across SteelSeries devices

SteelSeries Engine Software

Streamlined control through SteelSeries Engine:

• Intuitive Interface: User-friendly RGB customization
• Game Detection: Automatic profile switching for games
• Cloud Sync: Settings synchronization across devices
• Community Profiles: Download lighting setups from other users
• Mobile App: Control RGB settings from mobile devices
• Firmware Management: Easy device firmware updates

Gaming-Focused RGB Effects

RGB effects designed specifically for gaming:

• Health Indicators: RGB colors showing player health status
• Ammo Counters: Lighting indicating ammunition levels
• Cooldown Timers: Visual cooldown indicators for abilities
• Team Colors: Automatic team color matching in multiplayer games
• Achievement Celebrations: Special effects for game achievements

Discord and Social Integration

Unique social features of SteelSeries Prism:

• Discord Notifications: RGB alerts for Discord messages and calls
• Voice Activity: Lighting indicating voice chat activity
• Server Status: RGB indicators for Discord server status
• Friend Activity: Notifications when friends come online
• Streaming Alerts: RGB notifications for streaming events

Simplicity and Accessibility

SteelSeries' approach to user-friendly RGB:

• Preset Effects: High-quality preset lighting effects
• One-Click Setup: Easy setup for common configurations
• Minimal Learning Curve: Intuitive controls for all skill levels
• Performance First: RGB that doesn't compromise gaming performance
• Battery Awareness: Smart power management for mobile gaming

Understanding how different RGB systems compare in terms of usability and features is covered in our third-party controller comparison which includes analysis of RGB implementation across different manufacturers.

RGB LED Technology Comparison

Understanding the technical differences between RGB lighting systems helps in choosing the right controller and customization approach for your specific needs and preferences.

LED Technology Types

Different LED technologies used in RGB controllers:

• Standard RGB LEDs: Traditional three-color LEDs with good color reproduction
• ARGB (Addressable RGB): Individual LED control for complex effects
• Mini LEDs: Smaller form factor for dense lighting arrays
• Quantum Dot LEDs: Enhanced color accuracy and brightness
• OLED Integration: Organic LEDs for display and lighting combination

Power Management Technologies

How different systems manage RGB power consumption:

• Dynamic Brightness: Automatic brightness adjustment based on ambient light
• Zone Prioritization: Selective lighting of important zones to save power
• Sleep Modes: Intelligent sleep and wake patterns
• Battery Monitoring: RGB intensity reduction at low battery levels
• Efficiency Optimization: LED driver optimization for maximum efficiency

Wireless RGB Challenges

Technical challenges specific to wireless RGB controllers:

• Power Consumption: Balancing RGB effects with battery life
• Data Transmission: Sending RGB data alongside controller input
• Latency Considerations: Maintaining low latency while processing RGB effects
• Heat Management: Managing heat from LEDs in compact controller designs
• Interference: Preventing RGB circuits from interfering with wireless signals

Future RGB Technologies

Emerging technologies in controller RGB lighting:

• MicroLED Arrays: Ultra-dense LED arrays for detailed displays
• Flexible OLED: Bendable OLED strips for curved surfaces
• Holographic Lighting: 3D holographic effects in controllers
• Biometric Integration: RGB responding to heart rate and stress levels
• AI-Driven Effects: Machine learning for personalized lighting patterns

Understanding the technical aspects of controller modifications is essential for RGB customization. Our joystick technology guide covers how internal controller modifications can affect RGB implementations.

DIY RGB Customization

For enthusiasts looking to add RGB lighting to existing controllers or create unique lighting setups, DIY customization offers unlimited creative possibilities with varying levels of complexity and technical requirements.

DIY RGB Modification Levels

Different approaches to DIY RGB controller customization:

• Beginner Level: External LED strips and adhesive lighting
• Intermediate Level: Internal LED installation with basic soldering
• Advanced Level: Custom PCB design and microcontroller programming
• Expert Level: Full controller redesign with integrated RGB systems

Essential DIY RGB Components

Components needed for DIY RGB controller modifications:

• RGB LED Strips: WS2812B, SK6812, or similar addressable LEDs
• Microcontrollers: Arduino Nano, ESP32, or Raspberry Pi Pico
• Power Management: Voltage regulators and battery management circuits
• Control Software: FastLED, NeoPixel, or custom firmware
• Wiring Supplies: Thin gauge wire, connectors, and heat shrink tubing
• Tools: Soldering iron, multimeter, and precision screwdrivers

Beginner DIY RGB Projects

Entry-level RGB modifications for controllers:

• External LED Strips: Adhesive RGB strips around controller edges
• USB-Powered Lighting: RGB strips powered by USB charging port
• Button Backlighting: LED rings under transparent buttons
• Logo Illumination: Backlit manufacturer logos or custom designs
• Grip Lighting: RGB strips in controller grip areas

Intermediate RGB Modifications

More complex internal RGB installations:

• Internal LED Arrays: LEDs installed inside controller shell
• Trigger Lighting: RGB LEDs in trigger mechanisms
• Joystick Illumination: RGB lighting around analog sticks
• D-Pad Backlighting: Individual LED control for D-pad directions
• Battery Integration: RGB powered by controller's internal battery

Advanced DIY RGB Systems

Complex custom RGB implementations:

• Custom PCB Design: Purpose-built RGB control boards
• Wireless RGB Control: Bluetooth or Wi-Fi RGB control systems
• Game Integration: RGB responding to controller input or game events
• Multi-Zone Control: Independent control of multiple RGB zones
• Sensor Integration: RGB responding to motion, touch, or pressure

DIY RGB Software Solutions

Software options for controlling DIY RGB systems:

• Arduino IDE: Programming custom RGB effects and patterns
• FastLED Library: High-performance LED control for Arduino
• WLED: Web-based LED control system for ESP32/ESP8266
• OpenRGB: Open-source RGB control software
• Custom Applications: Purpose-built software for specific RGB setups

Safety and Warranty Considerations

Important considerations for DIY RGB modifications:

• Warranty Void: Internal modifications will void manufacturer warranties
• Electrical Safety: Proper insulation and voltage management
• Heat Management: Ensuring LEDs don't overheat controller components
• Reversibility: Planning modifications to be reversible when possible
• Testing: Thorough testing before final assembly

Before attempting DIY modifications, ensure your controller is functioning properly by using our controller testing platform to establish baseline performance measurements.

Professional Customization Services

Professional RGB customization services offer high-quality, warranty-backed modifications for users who want premium RGB lighting without the technical complexity of DIY modifications.

Leading Professional RGB Services

Top companies offering professional RGB controller customization:

• SCUF Gaming: Custom RGB integration in pro controllers
• Battle Beaver Customs: Professional RGB modifications and custom designs
• Evil Controllers: RGB lighting packages for various controller models
• Colorware: Premium paint and RGB customization services
• ModdedZone: Professional modding services including RGB installation
• AimControllers: European RGB customization specialists

Professional RGB Service Types

Different types of professional RGB customization services:

• Pre-Built RGB Controllers: Controllers with factory-installed RGB systems
• Retrofit Services: Adding RGB to existing controllers
• Custom Design Services: Unique RGB patterns and designs
• Repair and Maintenance: RGB system repair and upgrades
• Bulk/Team Orders: Matching RGB setups for teams and organizations

SCUF Gaming RGB Integration

SCUF's approach to professional RGB customization:

• Infinity Series RGB: Customizable RGB zones in pro controllers
• Software Integration: SCUF software for RGB control and customization
• Performance Focus: RGB that doesn't compromise competitive performance
• Warranty Coverage: Full warranty coverage for RGB components
• Professional Validation: RGB systems tested by pro gamers

Battle Beaver Customs RGB Options

Battle Beaver's comprehensive RGB customization services:

• Multi-Zone RGB: Up to 8 independent RGB zones per controller
• Custom Patterns: Unique lighting patterns and animations
• Game Integration: RGB effects synchronized with popular games
• Mobile App Control: Smartphone app for RGB customization
• Lifetime Support: Ongoing support and firmware updates

Professional RGB Features

Advanced features available through professional services:

• Precision Installation: Clean, professional-grade installations
• Custom Software: Proprietary software for advanced RGB control
• Quality Components: Premium LEDs and control systems
• Warranty Protection: Service warranties covering RGB modifications
• Performance Testing: Ensuring RGB doesn't affect controller performance

Pricing and Service Levels

Typical pricing for professional RGB customization services:

Choosing Professional Services

Factors to consider when selecting professional RGB services:

• Reputation and Reviews: Service quality and customer satisfaction
• Warranty Coverage: Protection for RGB modifications and installation
• Turnaround Time: How quickly services can be completed
• Customization Options: Available RGB zones and effect options
• Software Support: Quality and features of control software
• Post-Service Support: Ongoing support and maintenance options

Understanding the full range of professional controller customization options is covered in our comprehensive controller customization guide which includes detailed analysis of professional modification services.

Game Integration & Effects

Modern RGB controllers excel at integrating with games to provide immersive lighting effects that enhance gameplay, provide useful information, and create more engaging gaming experiences.

Game-Specific RGB Effects

How RGB lighting enhances different gaming genres:

• FPS Games: Health indicators, ammo counters, and reload notifications
• RPG Games: Mana/energy bars, spell cooldowns, and character status
• Racing Games: Speed indicators, gear shift notifications, and damage alerts
• Fighting Games: Health bars, special move availability, and combo indicators
• Strategy Games: Resource levels, unit status, and alert notifications

Popular Games with RGB Support

Major games with native RGB controller integration in 2025:

• Call of Duty Series: Health, ammo, and killstreak indicators
• Overwatch 2: Hero-specific lighting and ability cooldowns
• League of Legends: Champion abilities, health, and mana visualization
• Cyberpunk 2077: Atmospheric lighting matching game environments
• Forza Horizon 5: Speed, gear, and performance indicators
• Apex Legends: Shield status, weapon information, and zone warnings

RGB API and SDK Integration

How developers integrate RGB lighting into games:

• Razer Chroma SDK: Most widely adopted RGB integration platform
• Corsair iCUE SDK: Advanced integration for system-level effects
• SteelSeries GameSense: Real-time game event integration
• OpenRGB API: Open-source integration for indie developers
• Custom Implementations: Game-specific RGB integration systems

Competitive Gaming RGB Applications

How RGB lighting provides competitive advantages:

• Peripheral Vision Alerts: Important information visible without looking away
• Status Indicators: Quick visual confirmation of game state
• Cooldown Timers: Visual cooldown tracking for abilities and items
• Team Coordination: RGB colors indicating team status and roles
• Performance Feedback: Visual feedback for accuracy and performance metrics

Streaming and Content Creation

RGB effects designed for streamers and content creators:

• Donation Alerts: RGB effects triggered by viewer donations
• Subscriber Notifications: Special lighting for new subscribers
• Chat Integration: RGB responses to chat commands and messages
• Scene Transitions: Lighting changes for different streaming scenes
• Mood Lighting: Atmospheric lighting matching stream content

Accessibility and RGB

How RGB lighting improves gaming accessibility:

• Visual Impairment Support: High-contrast RGB indicators for important information
• Hearing Impairment Assistance: Visual alerts replacing audio cues
• Cognitive Assistance: Color-coded information for easier processing
• Motor Impairment Support: RGB feedback for successful inputs
• Customizable Alerts: Personalized RGB patterns for different needs

Future Game Integration Trends

Emerging trends in RGB game integration:

• AI-Driven Effects: Machine learning for personalized RGB experiences
• Biometric Integration: RGB responding to player stress and excitement
• Cross-Platform Sync: RGB effects synchronized across multiple devices
• Cloud Gaming Integration: RGB effects for streaming gaming services
• Virtual Reality RGB: RGB effects enhancing VR gaming experiences

Understanding how RGB integration affects overall gaming performance is covered in our controller latency guide which explains how RGB processing can impact input responsiveness.

Performance & Battery Impact

While RGB lighting enhances the visual appeal and functionality of gaming controllers, it's important to understand the performance and battery life implications of RGB systems.

Battery Life Impact Analysis

Performance Impact Considerations

How RGB lighting can affect controller performance:

• Input Latency: Minimal impact (typically <1ms) with proper implementation
• Wireless Interference: Potential interference with wireless signals if poorly designed
• Heat Generation: LEDs generate heat that can affect internal components
• Processing Overhead: RGB calculations consuming controller processing power
• Memory Usage: RGB effects and patterns using controller memory

Power Management Strategies

Techniques for optimizing RGB power consumption:

• Adaptive Brightness: Automatic brightness adjustment based on ambient light
• Zone Prioritization: Lighting only essential zones during low battery
• Effect Simplification: Switching to simpler effects to save power
• Sleep Modes: RGB automatically turning off during inactivity
• Battery Thresholds: RGB intensity reduction at specific battery levels

Heat Management Solutions

Managing heat generated by RGB LEDs:

• Thermal Design: Proper heat dissipation in controller design
• LED Placement: Strategic placement away from sensitive components
• Duty Cycle Control: Pulsing LEDs to reduce continuous heat generation
• Temperature Monitoring: Automatic RGB reduction if overheating detected
• Ventilation Design: Controller shell design promoting airflow

Wireless Performance Optimization

Ensuring RGB doesn't interfere with wireless performance:

• Frequency Separation: RGB circuits operating on different frequencies
• Shielding: Proper electromagnetic shielding of RGB components
• Ground Plane Design: Proper PCB design preventing interference
• Power Supply Filtering: Clean power supply for both RGB and wireless circuits
• Testing and Validation: Extensive testing for wireless performance impact

User Control Options

Giving users control over RGB performance impact:

• Performance Modes: Gaming modes that prioritize performance over RGB
• Battery Saver Modes: Automatic RGB reduction for extended battery life
• Custom Profiles: User-defined RGB settings for different scenarios
• Real-Time Monitoring: Battery and performance impact displayed to users
• Quick Toggles: Easy on/off controls for RGB during gaming

Future Efficiency Improvements

Emerging technologies for more efficient RGB systems:

• More Efficient LEDs: Next-generation LEDs with lower power consumption
• Smart Controllers: AI-driven power management for RGB systems
• Advanced Batteries: Higher capacity batteries supporting longer RGB usage
• Wireless Power: Wireless charging enabling continuous RGB operation
• Hybrid Systems: RGB systems that harvest energy from controller movement

Understanding how RGB modifications can affect overall controller performance is important for maintaining optimal gaming experience. Our battery technology guide provides detailed information about power management in modern gaming controllers.

Future RGB Trends

The future of RGB controller lighting promises exciting developments in technology, integration, and user experience, with emerging trends that will reshape how we think about gaming controller customization.

Emerging RGB Technologies

Next-generation technologies coming to RGB controllers:

• MicroLED Displays: Ultra-dense LED arrays creating detailed displays on controllers
• Flexible OLED Integration: Bendable OLED strips conforming to controller curves
• Quantum Dot LEDs: Enhanced color accuracy and brightness efficiency
• Holographic Projectors: 3D holographic effects projected from controllers
• Transparent Electronics: See-through RGB components integrated into clear controller shells

AI and Machine Learning Integration

How AI will revolutionize RGB controller experiences:

• Adaptive Lighting: AI learning user preferences and automatically adjusting RGB
• Predictive Effects: RGB effects anticipating game events and user actions
• Personalized Patterns: Machine learning creating unique RGB patterns for each user
• Emotion Recognition: RGB responding to player emotional state and stress levels
• Performance Optimization: AI optimizing RGB for maximum battery life and performance

Biometric Integration Trends

RGB systems integrating with biometric sensors:

• Heart Rate Visualization: RGB colors indicating player heart rate and excitement
• Stress Level Indicators: Lighting patterns reflecting player stress and focus
• Fatigue Monitoring: RGB alerts for gaming fatigue and break recommendations
• Health Tracking: Integration with fitness trackers and health monitoring devices
• Therapeutic Lighting: RGB patterns designed for relaxation and stress relief

Extended Reality (XR) Integration

RGB controllers in virtual and augmented reality:

• VR Hand Tracking: RGB lighting enhancing hand tracking in virtual reality
• AR Overlay Integration: RGB effects synchronized with augmented reality overlays
• Mixed Reality Gaming: RGB bridging physical and digital gaming experiences
• Spatial Computing: RGB controllers as input devices for spatial computing platforms
• Haptic-RGB Fusion: Combined haptic feedback and RGB effects for immersive experiences

Environmental and Sustainability Trends

Eco-friendly developments in RGB controller technology:

• Energy Harvesting: RGB systems powered by kinetic energy from controller movement
• Solar Integration: Micro solar panels supplementing RGB power consumption
• Biodegradable Components: Environmentally friendly RGB components and materials
• Recycling Programs: Manufacturer programs for recycling RGB controllers
• Efficiency Standards: Industry standards for RGB power efficiency and sustainability

Social and Community Features

RGB enabling new social gaming experiences:

• Synchronized Gaming: RGB effects synchronized across multiple players
• Community Challenges: RGB patterns unlocked through community achievements
• Social Status Indicators: RGB showing player rankings, achievements, and status
• Team Coordination: RGB systems for enhanced team communication and coordination
• Cultural Expression: RGB patterns representing cultural themes and celebrations

Industry Standardization Trends

Movement toward standardized RGB systems:

• Universal RGB Protocols: Standardized communication protocols for RGB devices
• Cross-Brand Compatibility: RGB effects working across different manufacturer devices
• Open Source Initiatives: Open-source RGB control software and hardware designs
• API Standardization: Common APIs for game developers to integrate RGB effects
• Certification Programs: Industry certification for RGB quality and compatibility

Market Predictions for 2026-2030

Expected developments in the RGB controller market:

• Market Growth: RGB controllers becoming standard rather than premium features
• Price Reduction: RGB technology costs decreasing with mass adoption
• Feature Integration: RGB becoming integral to controller functionality, not just aesthetics
• Platform Integration: Deep integration with gaming platforms and cloud services
• Innovation Acceleration: Rapid innovation driven by competitive pressure and user demand

Understanding future trends helps in making informed decisions about RGB controller investments. Our haptic feedback guide covers how RGB technology is converging with other advanced controller technologies to create more immersive gaming experiences.