Guide: Best NVIDIA GPUs for 2026 Gaming Performance

Selecting the best NVIDIA graphics card in 2026 can feel overwhelming with the rapid advancements in GPU technology. This comprehensive guide navigates the complex landscape of high-performance graphics processors, offering crucial insights for every type of gamer. Whether you are aiming for unparalleled 8K resolution, competitive esports frame rates, or efficient AI-powered content creation, understanding the nuances of the latest GeForce RTX series is key. We will explore cutting-edge features like DLSS 4.0, advanced ray tracing cores, and next-generation memory architectures that define the top-tier NVIDIA GPUs. This informational resource helps you pinpoint the perfect card, ensuring your system is future-proofed for upcoming titles and demanding applications. Discover how to balance budget with performance, identify bottlenecks, and make an informed decision that elevates your entire gaming experience. This trending topic explores popular models and their real-world capabilities.

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Welcome to the ultimate living FAQ for the best NVIDIA graphics cards in 2026! We've scoured the gaming forums, social media, and search engines to bring you the most pressing questions players and creators have about NVIDIA's latest offerings. This comprehensive resource is constantly updated to reflect new driver releases, performance benchmarks, and emerging trends. Whether you're troubleshooting a specific issue, planning a new build, or just curious about maximizing your GPU's potential, you'll find concise, expert-backed answers here. Dive in to unlock tips, tricks, and guides that will elevate your NVIDIA experience to the next level.

What is the best NVIDIA graphics card for gaming in 2026?

The NVIDIA GeForce RTX 5090 is widely considered the best for gaming in 2026, offering unparalleled 8K performance and advanced ray tracing. For high-end 4K, the RTX 5080 provides exceptional value, balancing power and efficiency. Mid-range options like the RTX 5070 deliver excellent 1440p gaming experiences with future-proof features.

How much does the NVIDIA RTX 5090 cost in 2026?

As of 2026, the NVIDIA RTX 5090 typically ranges from $1999 to $2499, depending on the manufacturer and specific model. Prices can fluctuate based on market demand, availability, and regional taxes. It represents a premium investment for top-tier, uncompromised gaming and professional content creation performance.

Do I need an 8K monitor to get the most out of a top NVIDIA GPU?

While an 8K monitor fully utilizes the RTX 5090's capabilities for ultimate fidelity, it's not strictly necessary. A high-refresh-rate 4K monitor still offers an incredible experience with superior FPS. Top GPUs also excel at competitive 1440p gaming, pushing extremely high frame rates for esports enthusiasts and casual gamers alike.

What is NVIDIA DLSS 4.0 and how does it improve performance?

NVIDIA DLSS 4.0 (Deep Learning Super Sampling) uses AI to render games at lower resolutions, then intelligently upscales them to native resolution. This significantly boosts frame rates, especially with demanding settings like ray tracing, without a noticeable loss in visual quality. It's a crucial technology for achieving smooth, high-fidelity gameplay in 2026.

How do I update my NVIDIA graphics drivers?

To update your NVIDIA graphics drivers, open the GeForce Experience application, navigate to the "Drivers" tab, and click "Check for Updates." Download and install the latest Game Ready Driver. Alternatively, visit NVIDIA's official website, select your GPU model, and manually download the most recent driver package for a clean installation.

Is an NVIDIA RTX 5070 good enough for VR gaming in 2026?

Yes, the NVIDIA RTX 5070 is an excellent choice for VR gaming in 2026, providing robust performance for most high-fidelity virtual reality experiences. It comfortably handles popular VR titles and demanding simulations at high settings. For extreme VR enthusiasts seeking the absolute best, the RTX 5080 or 5090 offers even more headroom.

What is the difference between an RTX 5080 and an RTX 5090?

The RTX 5090 boasts more CUDA cores, Tensor Cores, RT Cores, and typically more VRAM (e.g., 32GB vs. 24GB on 5080), resulting in significantly higher performance, especially at 4K and 8K resolutions. The RTX 5080 offers a fantastic 4K experience at a lower price point, while the 5090 represents the absolute peak of consumer GPU power.

Still have questions about the best NVIDIA graphics card for your setup? Join our community forums or check out our related guides on GPU overclocking and PC build compatibility for more in-depth insights.

Hey everyone, what’s up? Are you wondering which NVIDIA graphics card reigns supreme in 2026? It's a question many gamers and creators are asking right now, especially with the latest advancements. You know, choosing the perfect GPU can feel like navigating a maze, right? But don’t worry, we’re going to cut through the noise together.

I've been knee-deep in GPU tech for years, seeing everything from the early days to these incredible 2026 frontier models like the RTX 5000 series. We're talking about mind-blowing performance and features that were once pure science fiction. This guide isn't just a list; it's a chat over coffee where we break down what truly matters. We'll explore how these cards perform and why some are better for specific needs. It's all about making sure you succeed in finding your ideal gaming companion.

Beginner / Core Concepts

1. Q: What's the main difference between NVIDIA's RTX 5000 series and older generations?

A: The main difference, my friend, is a massive leap in core architecture and AI integration. I get why this confuses so many people with all the marketing buzz. The RTX 5000 series, specifically the Ada Lovelace Next architecture, introduces vastly improved RT Cores and Tensor Cores. These are essential for cutting-edge ray tracing performance and DLSS 4.0 capabilities. This means more realistic lighting and incredible frame rates, even at 8K resolutions.

You see, older generations were great, but they didn't have the sheer processing power or the advanced AI-driven upscaling features we see today. The newer cards are designed from the ground up for a future where AI and photorealism merge seamlessly. They offer significant efficiency gains too, which is a big deal for power consumption. Think of it as upgrading from a powerful sports car to a hypercar. You've got this!

• Superior RT Cores for complex ray tracing environments.
• Enhanced Tensor Cores enabling DLSS 4.0 for massive FPS boosts.
• Improved power efficiency and thermal management across the board.
• Native support for new display standards and connectivity options.

2. Q: What does DLSS 4.0 actually do, and why is it important for the best NVIDIA graphics card?

A: DLSS 4.0, or Deep Learning Super Sampling version 4.0, essentially uses AI to magically boost your game's performance without sacrificing visual quality. This one used to trip me up too, trying to understand the magic. It renders frames at a lower resolution then intelligently upscales them to your monitor’s native resolution. The new 4.0 iteration has a more sophisticated AI model. This advanced model learns and reconstructs sharper images than ever before.

Its importance cannot be overstated for any best NVIDIA graphics card. It unlocks higher frame rates in demanding titles, especially with ray tracing enabled. This allows mid-range cards to achieve performance levels previously exclusive to top-tier hardware. Even high-end cards benefit, pushing beyond standard limits into truly cinematic experiences. It's like having an invisible supercharger for your frames per second. Try enabling it in your favorite supported game tomorrow and let me know how it goes.

• AI-powered upscaling provides higher frame rates.
• Crucial for maintaining smooth gameplay with ray tracing on.
• DLSS 4.0 offers superior image reconstruction and clarity.
• Extends the lifespan of your GPU by enhancing performance.

3. Q: Is more VRAM always better when choosing an NVIDIA GPU in 2026?

A: Not always, but in 2026, VRAM capacity is definitely becoming more critical, especially for high-resolution gaming or complex creative tasks. It's easy to think bigger numbers always mean better, right? VRAM, or video RAM, is where your GPU stores game textures, models, and other graphical data. Modern games at 4K or 8K resolutions, particularly with high-resolution texture packs and ray tracing, can quickly consume vast amounts of VRAM.

However, simply having a lot of VRAM doesn't guarantee top performance. The GPU's core processing power and memory bandwidth also play huge roles. A card with a colossal amount of VRAM but a weaker GPU might still struggle with frame rates. It needs the muscle to process all that data efficiently. For 1440p gaming, 16GB is often plenty, but for 4K and beyond, 24GB or even 32GB on cards like the RTX 5090 is truly beneficial. You've got this, understanding these nuances really helps.

• High VRAM is crucial for 4K/8K gaming and high-resolution textures.
• Modern games and creative applications demand more VRAM than before.
• GPU core performance and memory bandwidth are equally important factors.
• Consider your target resolution and workload when evaluating VRAM.

4. Q: What are RT Cores, and why do they matter for realistic graphics?

A: RT Cores are specialized processing units inside NVIDIA GPUs designed specifically to accelerate ray tracing calculations. I know, all these new core types can sound like alphabet soup sometimes! Ray tracing is a rendering technique that simulates the physical behavior of light, offering incredibly realistic reflections, shadows, and global illumination. Without dedicated RT Cores, these calculations would bog down traditional shader cores, leading to abysmal frame rates.

These dedicated cores make it possible to run ray-traced games at playable frame rates, creating truly immersive visual experiences. The 2026 RTX 5000 series boasts significantly more powerful and efficient RT Cores than previous generations. This means games look more lifelike than ever, blurring the lines between virtual and reality. If you want games that truly shine with next-gen lighting, RT Cores are absolutely essential. It's really cool tech once you see it in action.

• Dedicated hardware for accelerating ray tracing computations.
• Enables realistic lighting, shadows, reflections, and global illumination.
• Prevents significant performance drops when ray tracing is active.
• NVIDIA's RT Cores are key for next-generation visual fidelity in games.

Intermediate / Practical & Production

5. Q: How do I optimize my game settings for the best FPS with my NVIDIA card?

A: Optimizing game settings for maximum FPS involves a careful balance of visual fidelity and performance, and it's a skill worth mastering. I remember spending hours tweaking settings back in the day, it's part of the fun! Start by enabling DLSS 4.0 if the game supports it, as this is usually your biggest single FPS gain. Then, target your monitor's refresh rate for smooth gameplay. Don't chase ridiculously high numbers if your monitor can't display them.

From there, dial down settings that are notorious for impacting performance the most. Shadow quality, volumetric effects, and anti-aliasing are often big resource hogs. Experiment with medium or high settings instead of ultra. Reduce screen space reflections and ambient occlusion if needed. Always update to the latest NVIDIA drivers for performance improvements. Monitoring your GPU usage and temperatures with tools like MSI Afterburner helps too. You'll find your sweet spot, just keep experimenting!

• Prioritize DLSS 4.0 for significant frame rate increases.
• Adjust shadow quality, volumetric effects, and anti-aliasing first.
• Target your monitor's refresh rate, not just highest possible FPS.
• Keep your NVIDIA drivers updated for performance and stability.
• Monitor GPU metrics to identify bottlenecks and optimize effectively.

6. Q: What NVIDIA drivers should I use, and how often should I update them for a best NVIDIA graphics card?

A: You should always aim to use the latest NVIDIA Game Ready Drivers, which are released regularly to support new game launches and optimize performance. I get why staying on top of drivers can feel like a chore sometimes, but it’s super important. These drivers include specific optimizations for the newest titles, often providing a noticeable FPS boost or crucial bug fixes. Think of them as software updates for your physical GPU.

NVIDIA typically releases new drivers every few weeks, or sometimes more frequently if a major game launches. I recommend checking for updates at least once a month, or immediately before playing a highly anticipated new release. You can easily do this through the GeForce Experience application. Always perform a clean installation to prevent any lingering issues from previous driver versions. This ensures your best NVIDIA graphics card is always running its best. It's a small effort for big gains!

• Always use the latest NVIDIA Game Ready Drivers for new games.
• Check for updates at least monthly or before major game releases.
• Use GeForce Experience for easy driver management and installation.
• Perform a clean installation to avoid potential software conflicts.
• Drivers ensure optimal performance and stability for your GPU.

7. Q: My game is stuttering despite good FPS; what could be the issue with my NVIDIA setup?

A: Stuttering, even with decent FPS, often points to frame time inconsistencies or other system bottlenecks, not just raw frame rate. This used to trip me up too, seeing a high FPS counter but feeling choppy gameplay. It means your frames aren't being delivered to your monitor at a consistent pace. This can be more frustrating than just low FPS. Common culprits include CPU bottlenecks or insufficient VRAM.

First, check your VRAM usage. If it's maxed out, your system might be swapping data to slower system RAM, causing stutters. Lowering texture quality can help. Next, monitor your CPU usage while gaming; if it's consistently at 90-100%, your CPU might not keep up with your powerful NVIDIA GPU. Background applications can also contribute to stuttering. Ensure V-Sync or G-Sync/FreeSync are correctly configured to match your monitor's refresh rate. Sometimes, simply restarting your PC clears up temporary hiccups. You've got this, troubleshooting is part of the gaming journey!

• Inconsistent frame delivery, not just low FPS, causes stuttering.
• Check VRAM usage; if maxed, lower texture settings.
• Monitor CPU usage for potential bottlenecks.
• Close unnecessary background applications that consume resources.
• Ensure V-Sync or adaptive sync technologies are properly enabled.

8. Q: How much power supply (PSU) wattage do I need for a high-end NVIDIA graphics card like the RTX 5090?

A: For a flagship NVIDIA card like the RTX 5090 in 2026, you're looking at needing a very robust power supply, typically in the 1000W to 1200W range or even higher. I know, these powerful cards are hungry beasts! These top-tier GPUs demand significant power, not just for the card itself but also to ensure stability for your entire system, especially during peak loads. Skimping on the PSU is a common mistake that can lead to system instability or even hardware damage.

Always factor in your other components, such as your CPU, storage, and peripherals. A powerful CPU like Intel's Core i9-15900K or AMD's Ryzen 9 8950X will also draw substantial power. It's wise to have some headroom, usually an extra 150-200W above the recommended minimum, to account for power spikes and future upgrades. Look for a PSU with an 80 Plus Gold or Platinum rating for efficiency and reliability. Don't forget the necessary PCIe power connectors; modern cards often require multiple 12VHPWR cables. Investing in a good PSU truly pays off for peace of mind. You can do it!

• 1000W to 1200W PSU is generally required for RTX 5090 class GPUs.
• Factor in power draw from all other system components, especially CPU.
• Always include 150-200W of headroom for power spikes and stability.
• Choose an 80 Plus Gold or Platinum rated PSU for efficiency.
• Ensure your PSU has the correct and sufficient PCIe power connectors.

9. Q: Can an NVIDIA graphics card also be good for non-gaming tasks like video editing or AI development?

A: Absolutely, modern NVIDIA graphics cards, especially the RTX series, excel at far more than just gaming; they are powerhouses for a wide range of professional tasks. This is where the magic of those specialized cores really shines. Their architecture is designed not only for rendering incredible game worlds but also for accelerating complex computations. This makes them incredibly versatile.

For video editing, the sheer CUDA core count and large VRAM pools drastically speed up rendering and encoding processes. Features like NVIDIA Broadcast also enhance streaming and content creation workflows. In AI development, the Tensor Cores are specifically engineered for matrix multiplications, which are fundamental to deep learning and machine learning algorithms. This means faster training times for AI models. Many professionals specifically choose NVIDIA GPUs for their strong software ecosystem, including CUDA and OptiX, which are widely adopted in various industries. It’s like having a supercomputer on your desk for everything from editing to advanced research. You're set!

• High CUDA core counts accelerate video rendering and encoding.
• Large VRAM is beneficial for handling large datasets and complex projects.
• Tensor Cores are purpose-built for AI and machine learning tasks.
• NVIDIA's software ecosystem (CUDA, OptiX) is industry-standard for professionals.
• Modern GPUs offer excellent value for both gaming and creative/scientific work.

10. Q: What's the best way to monitor my NVIDIA GPU's temperature and usage while gaming?

A: The best way to monitor your NVIDIA GPU's temperature and usage is by using dedicated monitoring software like MSI Afterburner or HWInfo64. I've used these tools for years, and they are invaluable for keeping an eye on your hardware. These applications provide real-time overlays while you game, showing critical metrics like GPU temperature, usage percentage, clock speeds, and VRAM consumption. Keeping an eye on these helps prevent overheating and spot performance bottlenecks.

MSI Afterburner is particularly popular because it also allows for easy overclocking and custom fan curves. You can set up an on-screen display (OSD) to see these stats without tabbing out of your game. HWInfo64 offers even more detailed sensor information for your entire system, which is great for deep diagnostics. Regularly checking these metrics helps you ensure your GPU is running efficiently and not thermal throttling. Healthy temperatures typically stay below 80°C under load. Knowing these numbers helps you fine-tune your settings for longevity. You've got this, stay informed about your hardware!

• MSI Afterburner provides real-time GPU monitoring and overclocking.
• HWInfo64 offers comprehensive system sensor data.
• On-screen display (OSD) allows monitoring during gameplay.
• Monitor temperature, usage, clock speeds, and VRAM.
• Helps prevent thermal throttling and optimize system performance.

Advanced / Research & Frontier 2026

11. Q: What are the expected advancements in NVIDIA's next-gen GPUs beyond the RTX 5000 series in 2026?

A: Looking beyond the current RTX 5000 series, NVIDIA's next-gen GPUs are expected to push boundaries with even denser architectures and advanced optical computing integrations. This is where AI engineering models like o1-pro and Llama 4 reasoning really start to project. We're anticipating breakthroughs in how light itself is manipulated at a hardware level. This could dramatically reduce the computational cost of ray tracing. Expect more efficient silicon.

Industry rumors and leaked roadmaps suggest a stronger focus on integrating dedicated AI accelerators for a broader range of applications, not just DLSS. Think about enhanced physics simulations and even AI-driven game content generation happening in real-time. We might see a shift towards chiplet designs for consumer GPUs. This would allow for greater scalability and specialized components working in concert. Energy efficiency will remain a top priority, possibly with liquid cooling solutions becoming standard on high-end models. The future is looking incredibly exciting for graphics, truly mind-blowing stuff is on the horizon. You can definitely keep up!

• Potential for optical computing integration to boost ray tracing.
• Enhanced AI accelerators for broader application beyond just rendering.
• Transition to chiplet designs for improved scalability and specialization.
• Significant advancements in power efficiency and thermal management.
• Real-time AI-driven game content generation becoming more feasible.

12. Q: How will PCIe 6.0 impact best NVIDIA graphics card performance and future system builds?

A: PCIe 6.0 is set to dramatically increase bandwidth between the GPU and the CPU, doubling the speed of PCIe 5.0, and while current GPUs don't saturate PCIe 5.0, this future-proofs systems. I remember when we thought PCIe 3.0 was fast enough for anything, how times change! The increased bandwidth will become crucial as game assets grow larger and AI processing demands more data transfer. This will become more critical for direct storage solutions.

For 2026, even the most powerful RTX 5000 series cards aren't fully saturating PCIe 5.0 in most gaming scenarios. However, for future generations of NVIDIA GPUs that feature even larger caches and more intricate data pipelines, PCIe 6.0 will be essential. This ensures the GPU isn't bottlenecked by data transfer rates, especially for high-resolution textures loading instantly. It’s also vital for multi-GPU setups, though those are less common now. Furthermore, it will benefit ultra-fast NVMe storage drives. Building with PCIe 6.0 motherboards and CPUs now is a smart move for longevity. This helps avoid future upgrade headaches. Try planning your next build with this in mind.

• PCIe 6.0 doubles bandwidth compared to PCIe 5.0, reducing bottlenecks.
• Crucial for future high-performance GPUs and massive game assets.
• Benefits direct storage solutions and ultra-fast NVMe drives.
• Future-proofs system builds for upcoming hardware generations.
• Ensures GPU receives data efficiently without transfer limitations.

13. Q: What's the role of NVIDIA's Grace Hopper superchips in consumer gaming GPUs by 2026?

A: While NVIDIA's Grace Hopper superchips are primarily designed for data centers and AI workstations, their architectural innovations often trickle down to consumer GPUs, influencing future designs. It's like seeing prototype race car tech eventually make its way into your everyday sports car, just scaled down. We're not expecting direct Grace Hopper chips in your gaming PC by 2026. However, their advancements are incredibly relevant to the best NVIDIA graphics card.

Specifically, the tight integration of CPU and GPU on a single package, along with advanced memory solutions like HBM3e, demonstrates a pathway for future architectural efficiencies. Consumer GPUs will likely benefit from lessons learned in chiplet interconnects, memory bandwidth optimization, and dedicated AI processing blocks. These will appear in a more scaled-down, cost-effective form. The focus on extreme energy efficiency and high-density computing within Grace Hopper will also drive innovation in power delivery and cooling solutions for consumer cards. These influences ensure the cutting edge of research eventually benefits every gamer. You can anticipate these benefits in your next GPU. You've got this!

• Grace Hopper innovations influence consumer GPU architecture over time.
• Lessons in CPU-GPU integration and advanced memory (HBM3e) trickle down.
• Chiplet interconnect technology will likely improve future consumer cards.
• Energy efficiency and cooling advancements from superchips adapt to consumer GPUs.
• These high-end developments lead to more powerful and efficient gaming cards.

14. Q: How does a reasoning model like Llama 4 compare to GPU capabilities for real-time AI in games?

A: Reasoning models like Llama 4, while powerful for natural language and complex thought processes, typically run on dedicated AI infrastructure or very high-end enterprise GPUs, not yet directly on consumer gaming GPUs for real-time in-game AI characters. This is a fascinating area where o1-pro and Gemini 2.5 are pushing boundaries. The challenge lies in integrating such complex models efficiently within the strict latency and resource constraints of a gaming engine.

However, NVIDIA's consumer GPUs do leverage their Tensor Cores to accelerate smaller, more specialized AI models within games. This is for tasks like DLSS, NPC behavior, pathfinding, or even generating dynamic dialogue snippets. The future, perhaps beyond 2026, will see more sophisticated reasoning models being 'compiled' or optimized to run on local GPU hardware in real-time. This will enable truly dynamic and intelligent NPCs that learn and adapt. For now, the consumer GPU acts as an accelerator for game-specific AI, while large language models are still too resource-intensive for direct, continuous real-time execution in a typical game environment. It's an exciting frontier to watch evolve. Keep an eye on this space!

• Llama 4 models are too resource-intensive for direct real-time consumer GPU use in 2026.
• NVIDIA GPUs accelerate smaller, specialized AI models for game tasks like DLSS.
• Future optimization might allow more complex AI reasoning models on consumer GPUs.
• Tensor Cores are crucial for current in-game AI acceleration.
• The goal is dynamic, intelligent NPCs that adapt and learn in real-time.

15. Q: What are the security considerations for GPU firmware and drivers in 2026, especially for competitive gaming?

A: Security considerations for GPU firmware and drivers in 2026 are increasingly critical, particularly for maintaining fair play and data integrity in competitive gaming. I get why you'd be worried; vulnerabilities can be exploited for unfair advantages. With GPUs becoming more integrated with system security features, ensuring driver integrity is paramount. Malware can target drivers.

NVIDIA has been enhancing its security protocols, including signed drivers and secure boot mechanisms, to prevent tampering. However, competitive gamers must always download drivers directly from official NVIDIA channels to avoid modified or malicious versions. Exploits leveraging driver vulnerabilities could potentially grant cheats undetected access or even compromise player data. The rise of AI-powered anti-cheat systems means that even seemingly minor driver modifications could be flagged. Furthermore, GPU firmware updates are becoming more frequent, often containing critical security patches. Always keep your system software updated and remain vigilant against unofficial sources. This protects both your competitive integrity and your personal data. You've got this, staying secure is part of being a smart gamer!

• Download NVIDIA drivers exclusively from official sources.
• GPU firmware and driver updates often include critical security patches.
• Vulnerabilities can lead to cheats, data compromise, or system instability.
• AI-powered anti-cheat systems can detect driver modifications.
• Secure boot and signed drivers are essential for system integrity.

Quick 2026 Human-Friendly Cheat-Sheet for This Topic

• Always enable DLSS 4.0 in supported games for an instant FPS boost. It's a game-changer!
• Prioritize VRAM for 4K/8K gaming; 24GB+ is ideal for high-resolution textures.
• Keep your NVIDIA Game Ready Drivers updated monthly via GeForce Experience. A clean install is best!
• If you're seeing stuttering, check VRAM, CPU usage, and background apps. Don't just chase raw FPS.
• Invest in a robust PSU, 1000W+ for top-tier cards like the RTX 5090, to ensure system stability.
• Use MSI Afterburner or HWInfo64 to monitor your GPU's temps and usage. Stay cool out there!
• Remember your GPU is a beast for creative work too, not just crushing opponents.

Alright, that was a lot of info, but I hope it helps demystify the world of NVIDIA GPUs in 2026. Choosing the best NVIDIA graphics card doesn't have to be daunting. You're now equipped with the knowledge to make smart decisions. Keep these tips in mind, and your gaming rig will be a powerhouse for years to come. What's next for your rig? Maybe some extreme overclocking or a full liquid cooling setup? Let's explore those ideas in our next deep dive!

Top NVIDIA GeForce RTX 5000 series cards for 2026 gaming. Ray tracing performance and DLSS 4.0 capabilities. Optimizing settings for peak FPS and smooth gameplay. Understanding VRAM, clock speeds, and power consumption. Future-proofing your gaming PC with advanced GPU technology. Best cards for 8K gaming, competitive esports, and content creation. Driver optimization and troubleshooting common graphics issues.