How To Build The Ultimate 2026 Gaming Streaming PC

gamingstreaming pc FAQ 2026 - 50+ Most Asked Questions Answered (Tips, Trick, Guide, How to, Bugs, Builds, Endgame)

Welcome to the ultimate living FAQ for gaming and streaming PCs in 2026! This comprehensive guide is meticulously updated to cover the latest hardware, software, and optimization strategies for peak performance. Whether you're a beginner looking for your first build, an experienced streamer troubleshooting issues, or a pro seeking endgame tips, we've got you covered. Dive into common questions, debunk myths, and discover actionable advice to elevate your gaming and content creation. We aim to provide clear, concise answers to help you navigate the dynamic world of high-performance computing, ensuring your setup is always ready for the next big game or broadcast. This resource will help you stay ahead of the curve.

Beginner Questions

Is a dedicated streaming PC necessary for Twitch in 2026?

Not necessarily. While a dual-PC setup offers maximum redundancy, modern single high-end PCs with powerful CPUs and dedicated GPU encoders (NVIDIA NVENC, AMD AMF) can handle gaming and streaming simultaneously without significant performance loss. Focus on a balanced build for a single PC solution. This is often more cost-effective and simpler to manage for most streamers.

What's the most important component for a streaming PC?

The GPU with its integrated encoder (like NVENC or AMF) is arguably the most critical component for a smooth streaming experience in 2026. While a strong CPU is also essential for gaming and multitasking, the GPU's dedicated hardware handles the demanding video encoding efficiently, freeing up CPU resources for gameplay. Prioritize a powerful, recent generation graphics card.

How much upload speed do I need for 1080p 60fps streaming?

For a consistent 1080p 60fps stream, you should aim for a stable upload speed of at least 6-8 Mbps. For higher quality (e.g., 1440p) or if you're streaming graphically intense games, 10-15 Mbps or more is highly recommended. Always use a wired Ethernet connection to ensure stability and minimize latency, preventing frustrating lag for your viewers.

Can a gaming laptop be used for serious streaming?

Yes, many high-end gaming laptops from 2026 are perfectly capable of serious streaming, especially those with powerful CPUs and RTX or RX GPUs. They integrate mobile versions of dedicated encoders. However, be mindful of thermal management; laptops can throttle performance due to heat. Ensure good airflow and potentially use a cooling pad during long sessions. It's a viable portable solution.

Builds & Classes

What is the best CPU for a mid-range gaming and streaming PC build?

For a mid-range 2026 build, an Intel Core i5 15th-gen (K-series) or an AMD Ryzen 5 8000-series CPU offers excellent value and performance. These processors provide ample cores and threads for both modern gaming and efficient streaming when paired with a capable GPU. They strike a great balance between cost and raw processing power, allowing for smooth multitasking.

Which GPU is ideal for 1440p gaming and streaming in 2026?

For 1440p gaming and streaming in 2026, an NVIDIA RTX 5070/5080 or AMD Radeon RX 9800 XT/9900 XT is an ideal choice. These cards offer substantial VRAM and powerful hardware encoders, ensuring high frame rates in demanding titles while maintaining crisp stream quality. They represent the sweet spot for performance without necessarily needing top-tier flagship pricing.

Myth vs Reality: Do I need a custom water loop for a streaming PC?

Reality: A custom water loop is almost never "needed" for a streaming PC, even in 2026. High-quality air coolers or all-in-one (AIO) liquid coolers provide excellent thermal performance for most CPUs and GPUs. Custom loops are expensive, complex, and mainly for extreme overclocking or aesthetic purposes. Focus on effective, simpler cooling solutions first.

Multiplayer Issues

How can I reduce ping and network lag while streaming online games?

To reduce ping and network lag, always use a wired Ethernet connection. Optimize your router's Quality of Service (QoS) settings to prioritize your PC's traffic. Close all bandwidth-heavy background applications and ensure your router's firmware is updated. Consider using a VPN for specific routing if traditional methods fail, but test its impact carefully. Consistent internet is key.

Why does my game stutter only when I start streaming?

Game stuttering when streaming typically indicates a resource bottleneck. Your CPU or GPU might be overloaded trying to handle both the game and the encoding task. Ensure your streaming software uses your GPU's hardware encoder (NVENC/AMF). Reduce in-game graphics settings slightly and monitor component usage to identify the exact bottleneck. Driver updates can also help.

Endgame Grind

What are the best peripherals for competitive gaming and streaming in 2026?

For competitive gaming and streaming, invest in a high-refresh-rate monitor (240Hz+), a responsive mechanical keyboard (with fast switches like optical or magnetic), and a lightweight, high-DPI gaming mouse. A studio-quality microphone (XLR or high-end USB) and comfortable headphones are also crucial for clear communication and immersive audio. These peripherals enhance both performance and stream quality.

Myth vs Reality: Do more CPU cores always mean better streaming performance?

Reality: While more CPU cores generally help with multitasking, simply having 'more cores' doesn't guarantee superior streaming performance. The CPU's architecture, clock speed, and single-core performance are also critical. Furthermore, with efficient GPU hardware encoders, the number of CPU cores becomes less dominant for stream encoding itself. A balanced approach with strong IPC and reasonable core count is often best.

Bugs & Fixes

How do I fix common OBS Studio black screen issues?

Black screen issues in OBS Studio are often caused by incorrect display capture settings or GPU conflicts. Try running OBS as an administrator. Ensure you are capturing the correct display or game. If you have multiple GPUs, verify OBS is using your dedicated graphics card. Update your GPU drivers, and try different capture methods (Game Capture, Window Capture, Display Capture). Sometimes, a simple restart fixes it.

Myth vs Reality: Does disabling Game Mode in Windows always boost FPS?

Reality: Disabling Game Mode in Windows doesn't *always* boost FPS. While it has caused issues for some users in the past, its functionality has improved significantly by 2026, often providing minor optimizations. Test it both enabled and disabled with your specific games and streaming setup to see which yields better results. It's not a universal fix, but worth checking if you have performance problems.

Quick Tips & Tricks

What's the quickest way to improve my stream's visual quality?

The quickest way to improve visual quality is to ensure your streaming software uses your GPU's dedicated hardware encoder (NVENC for NVIDIA, AMF for AMD) at an appropriate bitrate for your upload speed. Increase your bitrate as much as your internet and streaming platform allow without dropping frames. Also, use a resolution that scales well, often 1080p or 720p at 60fps. Good lighting and a decent webcam also contribute significantly.

Myth vs Reality: Overclocking is essential for a high-performance streaming PC.

Reality: Overclocking is not essential for a high-performance streaming PC in 2026. Modern CPUs and GPUs are highly optimized out of the box, often boosting themselves close to their thermal limits. While slight performance gains are possible, the risks of instability and increased heat often outweigh the benefits for most users. Focus on stable settings and efficient cooling first. It's more of an enthusiast tweak.

Still have questions?

Our community is always here to help! For more in-depth guides, check out our articles on Advanced OBS Settings, Choosing Your First Gaming Monitor, or Networking for Pro Gamers.

Building a dedicated gaming and streaming PC in 2026 demands a careful balance of raw power, efficient components, and future-proof technologies. This comprehensive guide helps enthusiasts and aspiring content creators navigate the complex world of modern hardware selections. We cover everything from the latest CPU and GPU advancements, optimized cooling solutions, and lightning-fast storage to essential peripherals for an immersive experience. Discover expert tips on achieving stable frame rates, crystal-clear streams, and seamless multitasking. Learn about crucial software optimizations, driver management, and network configurations to eliminate lag and stutter. This resource provides invaluable insights for anyone aiming to dominate the digital arena, ensuring a smooth, high-fidelity experience for both gameplay and audience engagement. Dive deep into performance tuning, component compatibility, and budget-friendly alternatives to construct your ideal streaming battle station. We provide strategies for various game genres including FPS MOBA RPG Battle Royale Indie MMO and Strategy games.

• What is the best CPU for streaming and gaming in 2026? - For optimal streaming and gaming in 2026, a high core-count CPU like an Intel Core i7 15th-gen or AMD Ryzen 7 8000-series is recommended. These processors offer the multi-threaded performance needed for simultaneous game processing and video encoding, ensuring smooth gameplay and high-quality streams without bottlenecks.
• How much RAM is truly needed for a 2026 streaming PC? - While 16GB of DDR5 RAM can suffice, 32GB is strongly recommended for a 2026 streaming PC. This amount provides ample headroom for demanding games, streaming software like OBS, web browsers, and background applications, preventing performance bottlenecks and ensuring a consistently smooth and lag-free multitasking experience during your broadcasts.
• Do I need a dual PC setup for professional streaming in 2026? - For most professional streamers in 2026, a single high-end PC with a powerful CPU and a GPU utilizing dedicated hardware encoders (NVENC/AMF) is sufficient. These advancements allow for excellent game performance and stream quality from one machine. Dual setups are now mostly reserved for extreme redundancy or highly complex production needs.
• What GPU features are essential for streaming quality in 2026? - Essential GPU features for streaming quality in 2026 include a robust dedicated hardware encoder (NVIDIA NVENC or AMD AMF) and ample VRAM. These ensure efficient video encoding with minimal performance impact on gameplay. Look for the latest generation GPUs like NVIDIA RTX 50-series or AMD Radeon RX 9000-series for superior streaming capabilities and future compatibility.
• How can I improve my stream quality without upgrading hardware? - To improve stream quality without hardware upgrades, optimize your streaming software settings by using your GPU's hardware encoder and adjusting bitrate appropriately for your internet. Reduce demanding in-game graphics settings to free up resources. Ensure your internet connection is wired and stable. Update all drivers and close unnecessary background applications for better performance.
• What are common causes of stream stuttering and how to fix them? - Common causes of stream stuttering include CPU/GPU bottlenecks, insufficient RAM, or unstable internet. Fix by ensuring your GPU's encoder is active, reducing in-game settings, verifying 32GB+ RAM, and using a wired, stable internet connection. Regularly update drivers and monitor system temperatures to prevent thermal throttling, which can also induce stuttering.
• Is Wi-Fi good enough for gaming and streaming in 2026? - While Wi-Fi technology has improved by 2026, a wired Ethernet connection remains superior and highly recommended for gaming and streaming. Wi-Fi introduces more latency and is prone to interference, leading to inconsistent performance, higher ping, and potential stream drops. For critical stability and optimal quality, stick with a reliable wired connection.

Ever wonder why your favorite streamers make it look so easy, effortlessly juggling a high-fidelity game and a crystal-clear broadcast? Many of you often ask, "What exactly does it take to build a gaming and streaming PC that actually performs flawlessly in 2026?" It's a common confusion I hear from so many aspiring content creators. You want to achieve that buttery-smooth gameplay while keeping your audience engaged with top-tier stream quality.

The truth is, building a gaming and streaming PC in today's rapidly evolving tech landscape can feel like a daunting task. New hardware releases arrive almost quarterly, making it tough to keep up. But don't you worry, because we're going to break down everything you need to know. We will cover the latest advancements and practical advice to help you build a powerhouse machine.

Think of me as your friendly senior colleague, here to guide you through this exciting journey. We will demystify the complexities of CPUs, GPUs, RAM, and everything in between. By the end, you'll feel confident making informed decisions for your ultimate setup. You've got this, and I am here to help you succeed.

Beginner / Core Concepts

1. Q: What's the biggest difference between a regular gaming PC and one built specifically for streaming in 2026?

A: That's an excellent question, and honestly, it trips up a lot of people! The core difference really comes down to managing two intense workloads simultaneously. A gaming PC primarily focuses on rendering high-fidelity graphics and pushing high frame rates directly to your monitor. It wants all available resources for the game itself, ensuring smooth FPS during intense battles. When you add streaming into the mix, your PC suddenly has a whole new job: encoding that gameplay video in real-time and sending it out to platforms like Twitch or YouTube. This encoding process is incredibly resource-intensive, demanding a powerful CPU or a dedicated GPU encoder, like NVIDIA's NVENC or AMD's AMF, which have become incredibly efficient in 2026. Without proper hardware, adding streaming turns your smooth gameplay into a stuttering mess, affecting both your experience and your viewers'. It's about having enough processing headroom beyond just playing the game. You've got this, understanding this fundamental concept is your first big step.

2. Q: What are the absolute essential components I need for a decent gaming and streaming PC?

A: This one used to trip me up too, trying to figure out where to start! At a minimum, you'll need a powerful multi-core CPU, ideally an Intel Core i7 or AMD Ryzen 7 (or better) from the latest generations in 2026. You'll also require a strong dedicated graphics card (GPU), like an NVIDIA RTX 50-series or AMD Radeon RX 9000-series, which handles both gaming and efficient video encoding. Fast RAM is crucial, aim for at least 32GB of DDR5 memory running at high speeds. A speedy NVMe SSD for your operating system and games ensures quick load times and smooth data access. Finally, a reliable power supply unit (PSU) with enough wattage and a motherboard that supports all these components are non-negotiable. Don't forget a stable internet connection and a good microphone for clear communication. Trust me, these core pieces are your foundation, making all the difference. You're building something great!

3. Q: How much RAM do I actually need for gaming and streaming in 2026?

A: I get why this confuses so many people; the numbers keep changing! For a dedicated gaming and streaming PC in 2026, 16GB of DDR5 RAM is the absolute bare minimum, but I honestly recommend starting with 32GB. Running a demanding game, streaming software like OBS, chat applications, web browsers with multiple tabs, and monitoring tools simultaneously consumes a lot of system memory. Having 32GB provides ample headroom, preventing performance bottlenecks and ensuring smoother multitasking. Newer games and streaming codecs are increasingly memory-hungry. This extra RAM significantly reduces the chances of frame rate drops or stream stutters, which nobody wants. Investing in higher speed RAM, like 6000MHz or more, also offers a noticeable performance boost for your overall system. You'll definitely appreciate that extra breathing room! This is a smart upgrade path.

4. Q: Do I really need two monitors for streaming, or can I get by with just one?

A: You totally can get by with just one monitor when you're starting out, absolutely. However, having a second monitor makes an enormous difference in workflow efficiency for streamers. With two screens, you can dedicate one monitor entirely to your game while the second displays your streaming software, chat, alerts, and other crucial tools. This setup allows you to monitor your stream's health, interact with your audience, and manage your broadcast settings without having to Alt-Tab out of your game. Constantly switching windows can interrupt gameplay, lead to missed chat messages, and potentially impact your in-game performance. While not strictly essential, a second monitor quickly becomes an invaluable productivity tool. Consider it a high-priority upgrade for a smoother streaming experience. Try it once, and you'll understand!

Intermediate / Practical & Production

5. Q: What's the best way to avoid FPS drops and stuttering while gaming and streaming?

A: Oh, FPS drops and stuttering are the absolute bane of any gamer and streamer's existence, I totally get it. The best way to combat these issues starts with optimizing your in-game settings. Reduce graphics settings that are CPU or GPU intensive, especially those with minimal visual impact, to free up resources. Ensure your GPU drivers are always up-to-date, as new versions often bring performance enhancements and bug fixes. Regularly monitor your CPU and GPU temperatures to prevent thermal throttling, which can cause significant performance dips; good cooling is key. Utilize your GPU's dedicated encoder (NVENC for NVIDIA, AMF for AMD) in your streaming software like OBS. This offloads the encoding task from your CPU, dramatically improving game performance. Also, check your internet connection for stability, as network lag can often be mistaken for hardware stutter. A consistent and fast connection is surprisingly important for smooth streaming. You'll definitely notice a difference with these tweaks!

6. Q: How do I optimize my internet connection for low latency streaming and minimal ping?

A: Ping and latency issues can absolutely ruin a stream, creating that dreaded lag for both you and your viewers. First and foremost, use a wired Ethernet connection instead of Wi-Fi whenever possible; it offers far greater stability and lower latency. Prioritize your gaming and streaming PC's network traffic through Quality of Service (QoS) settings on your router. This ensures your broadcast data gets preferential treatment over other network activities. Close any unnecessary background applications that might be consuming bandwidth, like large downloads or other streaming services. Consider upgrading to a faster internet plan if your current speeds are consistently insufficient, especially your upload speed, which is critical for streaming. Run speed tests regularly to monitor your connection's health. In 2026, some routers even offer advanced AI-driven traffic management, which is worth exploring if you can. Keep that connection pristine, and your streams will shine!

7. Q: Should I prioritize CPU or GPU for a gaming and streaming PC in 2026?

A: This is a classic debate, and honestly, the answer has evolved significantly by 2026! For a gaming and streaming PC, you really need a strong balance, but with modern GPU encoders (NVENC, AMF), the GPU often takes a slight edge in priority for pure gaming performance and efficient streaming. Your GPU will handle rendering your game beautifully and efficiently encode your stream with minimal performance impact. However, a powerful CPU is still crucial for running the game itself, managing your operating system, and handling other background applications like chat bots and web browsers. So, while a top-tier GPU is essential for high FPS and crisp streams, don't cheap out on your CPU. A mid-to-high-tier CPU paired with a high-end GPU usually provides the best overall experience. Think of it as a dynamic duo where both are strong, but the GPU often delivers the knockout punch. It's a team effort for sure!

8. Q: What are the best streaming software options, and how do they differ?

A: Navigating streaming software can feel like a maze, but don't worry, it's simpler than it looks! OBS Studio (Open Broadcaster Software) remains the free and open-source king, offering unparalleled customization and control. It's fantastic for advanced users but has a slight learning curve. Streamlabs Desktop (formerly Streamlabs OBS) builds upon OBS, adding a user-friendly interface, integrated alerts, widgets, and themes, making it very popular for beginners. It streamlines the setup process significantly. XSplit Broadcaster is another premium option, known for its professional features, multi-streaming capabilities, and strong support for various capture cards. All three leverage your GPU's hardware encoder for efficient streaming. For absolute beginners, Streamlabs Desktop offers the quickest entry. For ultimate control and flexibility, OBS Studio is unmatched, even by 2026 standards. Try them out and see what feels best for your workflow! You'll find your rhythm.

9. Q: Are there specific settings optimizations in Windows or my games that help streaming performance?

A: Absolutely, small tweaks can make a huge difference in Windows and within your games! In Windows, make sure you're running in 'High Performance' power mode, not 'Balanced'. Head into Graphics Settings and add your game and streaming software, then set them to 'High performance' to ensure your dedicated GPU is utilized. Disable 'Game Mode' if it causes issues; sometimes it helps, sometimes it hurts. Within your games, reduce demanding settings like shadows, anti-aliasing, and complex post-processing effects. These often consume significant GPU resources for minimal visual gain, especially when compressed for streaming. Cap your in-game FPS slightly below your monitor's refresh rate if you're experiencing tearing or instability. Keep your drivers updated regularly; this is a perpetual truth in PC gaming. These small changes really add up, giving you smoother gameplay and better stream quality. Every frame counts!

10. Q: How important are drivers, and how often should I update them?

A: Drivers are incredibly important; they are the crucial link between your hardware and your operating system. Keeping them updated is not just a recommendation, it's essential for optimal performance and stability. Graphics card drivers, in particular, are vital, often including game-specific optimizations and bug fixes that can significantly boost your FPS or resolve pesky stuttering issues. I recommend checking for new GPU drivers every few weeks, or especially before a major new game release. Motherboard chipset drivers, audio drivers, and network drivers are also important, but typically less frequently updated. Always download drivers directly from the manufacturer's official website (NVIDIA, AMD, Intel). Avoid third-party driver updaters, as they can sometimes introduce unwanted software or even malware. A well-maintained driver ecosystem ensures your components are always speaking the same language, performing at their peak. It truly is foundational to a stable system.

Advanced / Research & Frontier 2026

11. Q: What role will AI play in gaming and streaming PCs by 2026, beyond current DLSS/FSR?

A: This is where things get really exciting and futuristic, pushing the boundaries of what's possible! By 2026, AI's role in gaming and streaming PCs will extend far beyond just upscaling technologies like DLSS and FSR. We're already seeing advancements in AI-powered dynamic resolution scaling that adjusts game rendering in real-time, maintaining high frame rates without noticeable quality loss. Expect more sophisticated AI-driven content generation within games, enhancing realism and procedural environments. For streaming, frontier models like o1-pro and Gemini 2.5 are enabling real-time AI background removal and replacement with significantly higher fidelity than current green screens, even creating dynamic virtual sets. We'll also see AI-powered moderation tools that understand context and tone better, and intelligent co-pilots for streamers providing real-time feedback on engagement and performance. Imagine AI automatically optimizing your bit rate or even suggesting engaging topics based on chat sentiment. The potential for enhancing both the creator and viewer experience is truly immense. This is definitely a space to watch closely!

12. Q: With new codec advancements, how will AV1 or future codecs impact stream quality and bandwidth in 2026?

A: The evolution of video codecs is a game-changer for streaming, and by 2026, AV1 and its successors are making massive waves. AV1, a royalty-free codec, offers significantly better compression efficiency compared to H.264 (AVC) and even H.265 (HEVC), which means you can achieve higher quality streams at lower bitrates. This is huge for both streamers and viewers, especially those with limited bandwidth. Streamers can send out a more visually stunning broadcast without demanding extreme upload speeds, reducing the risk of dropped frames or pixelation. Viewers benefit from clearer images and smoother video even on slower internet connections. Future codecs are continuing this trend, pushing the boundaries of compression without sacrificing visual fidelity. As more platforms and hardware adopt AV1 encoding and decoding, it will become the new standard, making high-quality 4K or even 8K streaming more accessible and less resource-intensive. It's a win-win for everyone involved in the streaming ecosystem. Get ready for breathtaking clarity!

13. Q: What are the most common performance bottlenecks in high-end streaming PCs, even in 2026?

A: Even with top-tier 2026 components, bottlenecks can still creep in, I know it's frustrating! The most common culprits in high-end streaming PCs typically revolve around balancing the CPU and GPU workload. If your CPU is handling both game logic and software encoding, it can become a bottleneck, even a powerful one. Conversely, if your GPU is constantly at 100% utilization for gaming, its dedicated encoder might struggle to keep up smoothly. Insufficient or slow RAM can also cause micro-stutters, especially with multiple applications running. Network bandwidth, particularly upload speed, remains a critical bottleneck for stream quality, regardless of internal PC power. Furthermore, poorly optimized software settings, outdated drivers, or even background applications consuming resources can create unexpected dips. Always remember that a PC is a system of interconnected parts; a weakness in one area can ripple through the entire experience. Constant monitoring helps diagnose these issues. You’ll become a master troubleshooter!

14. Q: Is a dual-PC setup still relevant for pro streamers in 2026, or can a single high-end system handle it all?

A: This is a fantastic question that comes up a lot, and by 2026, the landscape has definitely shifted! For the vast majority of streamers, a single, high-end gaming and streaming PC can absolutely handle everything. Modern CPUs with high core counts and, more importantly, the incredibly efficient dedicated hardware encoders in NVIDIA's RTX 50-series and AMD's RX 9000-series GPUs, make a dual-PC setup largely unnecessary. These advancements allow a single system to game at high frame rates while simultaneously producing a pristine quality stream with minimal performance impact. However, for elite professional streamers who demand zero compromises, maximum redundancy, and the ability to run incredibly complex stream overlays or multiple camera feeds, a dual-PC setup might still offer a slight edge. It provides dedicated resources for each task, ensuring ultimate stability. But for 99% of creators, one powerful machine does the trick more affordably and simply. You don't need to break the bank for pro-level streaming anymore!

15. Q: What emerging hardware technologies in 2026 should I keep an eye on for future upgrades?

A: You're thinking ahead, and that's precisely the right mindset for PC building! By 2026, several emerging hardware technologies are really shaping the future. Keep an eye on advancements in next-generation processing units, perhaps early previews of quantum-enhanced compute cores that could dramatically accelerate specific workloads beyond traditional silicon. Photonic integrated circuits (PICs) are making strides in data transfer speeds, potentially revolutionizing inter-component communication and eliminating current bandwidth limitations. Further refinement of AI accelerators integrated directly into CPUs and GPUs will continue to boost performance in tasks like real-time content creation and adaptive gaming experiences. We might also see more widespread adoption of liquid cooling directly integrated into GPUs from the factory, pushing overclocking boundaries even further. And don't forget solid-state storage; look for PCIe Gen 6 NVMe drives offering mind-boggling speeds that will make load times virtually nonexistent. These aren't just incremental improvements; they represent significant leaps! It's a thrilling time for PC hardware. Stay curious!

Quick 2026 Human-Friendly Cheat-Sheet for This Topic

• Always prioritize a strong GPU with a dedicated encoder; it's your streaming backbone.
• Aim for 32GB of fast DDR5 RAM to handle multitasking without a hitch.
• Use a wired Ethernet connection for rock-solid internet stability; Wi-Fi is often a no-go for serious streaming.
• Keep your graphics drivers updated religiously; they're free performance boosts!
• Monitor your CPU/GPU temperatures to prevent dreaded thermal throttling and FPS drops.
• Optimize in-game settings to balance visual quality with smooth frame rates for both you and your viewers.
• Consider a second monitor for managing your stream and chat; it makes life so much easier. You can do this!

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