How much does a good gaming computer cost to build?

So you’re looking to build a beast of a gaming PC, huh? Let’s talk budget. A solid rig capable of smooth 1440p gaming, even pushing 4K at respectable settings, will typically set you back around $1000. That’s your sweet spot for a build that won’t leave you wanting.

Now, here’s the kicker: you don’t *have* to build it yourself. Pre-built PCs are a legit option, especially if you’re short on time or technical know-how. You can snag some seriously powerful pre-builts for under $1000, often packing a punch with great CPUs and GPUs. Don’t sleep on these; they offer fantastic value.

To help you visualize what you’re getting for that grand, let’s break down the key components:

CPU (Processor): This is your PC’s brain. Think AMD Ryzen 5 or Intel Core i5 for that price range.
GPU (Graphics Card): This is the muscle; the component responsible for visuals. Look at AMD Radeon RX 6600 or NVIDIA GeForce RTX 3060 level cards for 1440p.
RAM (Memory): 16GB is the standard nowadays. More is always better, but 16GB is plenty for most games.
Storage (SSD): A fast NVMe SSD is crucial for quick load times. A 1TB drive is a great starting point.
Power Supply (PSU): Make sure it’s got enough wattage to handle all your components (at least 650W for a system in this range).

Remember, prices fluctuate, so always shop around! Comparing different retailers and checking for sales is key to maximizing your budget. And don’t forget to factor in peripherals like a monitor, keyboard, and mouse – those add up quickly!

Building vs. buying? That’s the million-dollar question. Building gives you more control and potentially saves a little money, but pre-built offers convenience and warranty protection. Weigh your options and choose what fits your needs and technical comfort level.

What is a good gaming PC in 2025?

Yo, what’s up, gamers! So you’re looking for a killer gaming PC in 2025? Let’s break it down. Forget the hype, I’m giving you the real deal based on extensive testing.

Budget 1080p? The MSI Codex R2 is a solid contender. Expect smooth frame rates at 1080p on most titles, even with some settings cranked up. It’s not going to break the bank, which is awesome for newcomers.

Midrange 1440p? HP Omen 35L is your go-to. This beast handles 1440p beautifully. Expect buttery-smooth gameplay at high settings. It’s a great upgrade path if you’re looking to step up your resolution.

Ready for 4K? Alienware Area-51 (2025) – this is the king of 4K gaming. This thing is a powerhouse. You’re talking maxed-out settings, ridiculously high frame rates… expect to pay for it though, but it’s worth it if that’s your goal.

Space-saving champ? Falcon Northwest FragBox (2025) is unbelievably compact without sacrificing performance. It packs a punch in a small form factor, perfect for those with limited desk space.

Mini PC marvel? [Insert Mini PC Recommendation Here – Need a model to fill this slot]. These are getting ridiculously powerful these days. Perfect for small setups, living rooms etc. Look for something with a decent GPU.

Silent operation? Look for PCs with good case airflow and quieter fans. Many manufacturers are focusing on this aspect now, so check reviews carefully. Some liquid cooling systems are exceptionally quiet these days.

Pro-tip: Don’t just focus on the specs. Check reviews on thermals (how hot it gets under load) and noise levels before pulling the trigger. Component longevity is key – make sure it’s built to last. And always factor in potential upgrade paths – can you easily swap out parts later on?

Is it cheaper to build or buy a gaming PC?

The age-old question of building versus buying a gaming PC hinges significantly on cost. While pre-built systems offer convenience, building your own offers unparalleled control over budget and component selection. This is especially crucial for competitive esports, where optimizing performance per dollar is paramount. By meticulously sourcing each component – CPU, GPU, RAM, storage – you can leverage sales and deals, avoiding inflated retailer markups often found in pre-built systems. This allows you to allocate resources strategically, perhaps investing more in a high-refresh-rate monitor or a superior mouse, rather than overspending on unnecessary features in a pre-built PC. Consider the lifespan of components; building allows for future upgrades, gradually enhancing performance as new technologies emerge. This is vital for maintaining a competitive edge in the ever-evolving esports landscape.

Remember that seemingly minor cost savings can accumulate, significantly impacting your overall investment. For instance, opting for a slightly less powerful but still high-performing CPU and investing the difference in a faster NVMe SSD can drastically improve loading times – a critical factor in many competitive games. This strategic approach, honed over years of experience in esports, is what separates a budget-conscious build from a truly optimized competitive machine.

Is $1000 enough to build a gaming PC?

A $1000 budget is sweet spot for a solid gaming PC. You can definitely snag a build that’ll handle modern titles at respectable settings, maybe even high settings at 1080p depending on the games. Think a Ryzen 5 or Intel i5 processor paired with a decent mid-range GPU like an RTX 3060 or RX 6600 – that’ll give you smooth gameplay. Remember to factor in a good power supply, sufficient RAM (16GB is a good starting point), and a fast NVMe SSD for lightning-fast load times; don’t skimp on those! With the remaining funds, you can invest in peripherals that elevate your gaming experience – a mechanical keyboard with Cherry MX switches for that satisfying tactile feedback, a high-refresh-rate monitor for smoother visuals and reduced input lag, or even a quality headset for immersive audio. This budget allows for a balanced system ensuring you’re not bottlenecked in any key area and still have money left over for the extras that make gaming truly enjoyable.

Is $1500 too much for a PC reddit?

1500 bucks? That’s a sweet spot for a PC build! You’re looking at a solid mid-range system, possibly even pushing into high-midrange territory. We’re talking smooth 1080p gaming at high settings, potentially even 1440p depending on the titles. Think a capable GPU like an RTX 3060 Ti or RX 6700 XT, paired with a Ryzen 5 or Intel i5 processor. You’ll have plenty of headroom for streaming too; don’t worry about frame drops during broadcasts. It won’t be competing with the absolute top-tier rigs, the ones boasting 4090s and the like, but for the vast majority of games and applications, you’ll be absolutely golden. You could even consider allocating some of that budget to a higher refresh rate monitor – 144Hz or even 240Hz – for a seriously smooth gaming experience.

Remember, component prices fluctuate, so shop around and compare builds! Check sites like PCPartPicker to ensure compatibility and find the best deals. Consider your needs carefully; if you’re primarily a streamer, you might prioritize a better CPU and streaming software. If gaming is your focus, a powerful GPU should be your top priority. With $1500, you’ve got plenty of options to tailor a rig to your exact specifications. Maximize your budget by opting for slightly older generation components – the performance difference is often minimal, yet the price savings can be significant.

What is the #1 CPU in the world?

Bro, the “best” CPU is always subjective, depends on your rig and games. But right now, if we’re talking pure raw power for extreme gaming and content creation, the AMD Ryzen Threadripper 7980X is dominating the charts. That thing’s a beast.

Look at the raw numbers; we’re talking 16 threads of pure, unadulterated processing power. This isn’t your average gamer CPU. We’re talking about tackling 4K max settings, ray tracing, and still having headroom for background processes like OBS streaming. This thing laughs at bottlenecks.

Here’s the top tier, in case you’re considering the options:

AMD Ryzen Threadripper 7980X: The king. DirectX 12.0 support is a given at this level. Expect insane frame rates and buttery smooth gameplay even in the most demanding titles.
AMD Ryzen Threadripper 7970X: A slightly less ferocious beast, but still an absolute monster. DirectX 12.0 ready. If the 7980X is overkill, this is your next best bet.
AMD Ryzen Threadripper 7960X: Still amazing performance. DirectX 12.0. Think of this as the “sweet spot” for most hardcore gamers who don’t need the absolute bleeding edge of performance, but still want to crush everything.
AMD Ryzen Threadripper PRO 7965WX: The professional-grade option. While excellent for gaming, the price might make it less appealing if gaming is your *sole* focus. DirectX 12.0 support.

Important Note: Don’t forget about your GPU, RAM, and motherboard! Even the best CPU will choke if paired with weak components. Make sure your whole system is top-tier if you’re aiming for the highest possible performance. And remember to properly cool this monster – you’ll need a serious cooling solution.

What CPU is best for gaming?

Picking the “best” gaming CPU is tricky, as it heavily depends on your budget and desired resolution/refresh rate. However, in the hypothetical year 2025, several CPUs consistently top the charts. The sweet spot often lies in the balance between core count and clock speed, influencing both single-threaded and multi-threaded performance.

Top Tier Contenders (2025 Projection):

Intel Core i7-14700K: A fantastic all-rounder. Excellent single-core performance crucial for high frame rates in many titles, coupled with enough cores for smoother multitasking and background processes. Consider this your high-value option for exceptional gaming experience.
AMD Ryzen 9 9950X: The high core count king. Dominates multi-threaded tasks and future-proofs your system better for demanding games and applications. However, this power comes at a premium, and the gains might be less noticeable at 1080p or 1440p unless you’re running high-fidelity settings.
Intel Core i9-14900K: The flagship Intel option, boasting even higher core counts and clock speeds than the i7-14700K. The performance jump from the i7 might not justify the price increase for pure gaming, making it a niche pick for enthusiasts demanding absolute top-tier performance or extreme multitasking.
AMD Ryzen 7 9700X: A strong mid-range option offering a great balance between price and performance. A solid choice if you’re on a tighter budget, but may bottleneck at higher resolutions or with increasingly demanding games.

Factors to Consider:

Resolution & Refresh Rate: Higher resolutions (4K) benefit more from more cores, while 1080p/1440p gaming is often more sensitive to single-core performance.
GPU Bottleneck: A powerful CPU paired with a weak GPU won’t yield optimal results. Ensure your GPU is capable of matching your CPU’s capabilities.
Budget: The top-tier CPUs are significantly more expensive. Assess your needs and financial constraints to select the best fit.
Motherboard Compatibility: Ensure your motherboard supports the chosen CPU’s socket type.

Note: These are projections based on current trends. Specific performance might vary depending on actual benchmarks and game optimizations in 2025.

How to build the most powerful PC?

Building the ultimate PC? Consider this your sacred text, gleaned from years of silicon-slaying experience. Forget generic guides; this is the path to true power.

Phase 1: The Heart of the Beast – CPU Installation

Procure the Components: Motherboard (ensure socket compatibility!), CPU, anti-static wrist strap (your sanity depends on it).
The Sacred Union: Carefully align the CPU with the socket, guided by the golden triangle or corresponding indicators. A gentle press will secure it. Never force!
Critical Note: Bent pins are a death sentence. Inspect meticulously before proceeding. A magnifying glass and a finely-pointed tweezer are your allies in this delicate operation.

Phase 2: Amplifying the Power – Storage and Cooling

M.2 SSD Installation (Optional but Highly Recommended): These blazing-fast drives are your OS and game’s new home. Secure them firmly into their designated slots.
CPU Cooling: This isn’t a suggestion; it’s a necessity. Choose a cooler appropriate for your CPU’s Thermal Design Power (TDP). Improper cooling equals thermal throttling equals wasted potential.
RAM Installation: Insert DIMMs into the designated slots, typically dual-channel paired for optimal performance. Consult your motherboard manual for precise slot arrangements.

Phase 3: The Crucible – Pre-Case Testing

The Trial Run: Outside the case, connect the PSU, CPU cooler, RAM, and GPU. Power on (briefly) to rule out catastrophic hardware failure *before* mounting everything in the case. A simple POST is your victory.

Phase 4: The Chassis – Assembling the Colossus

Power Supply Installation: Mount the PSU securely in its bay; proper airflow is essential. Cable management is key – a well-organized build radiates power.
Motherboard Installation: Carefully place the motherboard in the case, securing it with standoffs. Avoid bending the motherboard – it’s far more delicate than it looks.
GPU Installation: This majestic card demands respect. Align it firmly with the PCI-e slot and secure it. Hear the roar of potential.

Phase 5: Transcendence – The Final Rites

Cable Management (Again): Neatly route cables; this improves airflow and aesthetics.
BIOS Settings: Dive into the BIOS and unleash your CPU’s full capabilities with XMP profiles and other performance settings. This is where you truly become a master.

Remember: Consult your motherboard and component manuals. This is a guide, not a replacement for manufacturer instructions. May your build be legendary.

How much money should I save to build a gaming PC?

Building a gaming PC? The cost depends heavily on your target performance and desired features. Forget the generic “how much” – let’s break it down.

Budget Ranges:

$600 – $800: 1080p gaming at medium-high settings. Expect a decent budget CPU and GPU, possibly some compromises on RAM or storage. This build is good for esports titles at lower settings and some AAA games.
$1000 – $1500: Solid 1080p high-refresh-rate gaming, or 1440p at high settings. Better CPU and GPU are key here. You can invest in faster RAM and a larger, faster SSD.
$1500+ : High-refresh-rate 1440p gaming or even 4K at respectable settings. Top-tier components, including a high-end GPU, are essential. Consider high-speed NVMe storage and more RAM for smoother multitasking.

Key Components & Considerations:

GPU (Graphics Card): This is usually the most expensive component and dictates your graphical performance. Research current-gen cards (e.g., RTX 40 series, AMD RX 7000 series) and choose one that fits your budget and resolution goals.
CPU (Processor): A powerful CPU ensures smooth gameplay, especially in CPU-intensive titles. Intel and AMD offer competitive options; research benchmarks to make an informed decision.
RAM (Memory): 16GB is a solid minimum for modern gaming; 32GB is increasingly beneficial for multitasking and future-proofing.
Storage (SSD/HDD): A fast NVMe SSD is crucial for quick loading times. Consider a 1TB or larger drive. You may opt for a secondary HDD for mass storage.
Power Supply (PSU): Choose a PSU with enough wattage to handle your components. A quality, reputable brand is vital for system stability.
Motherboard: Select a motherboard compatible with your chosen CPU and ensure it has enough expansion slots for future upgrades.

Pro Tip: Don’t skimp on the power supply! A cheap, inadequate PSU can lead to system instability and potentially damage your other components. Check online PC building guides and compare prices across reputable retailers for the best deals. Remember, building a PC is a process; prioritize the components that most affect your gaming experience within your budget.

Why is building a PC so expensive now?

Building a PC is expensive now because everything’s become hyper-specialized. We’re not just talking about CPUs and GPUs anymore; it’s the case, the cooling, the power supply – even the *cables* are premium products now. Each component demands a higher price point, contributing to the overall cost.

Think about it: Years ago, a standard ATX case was fine. Now? You’ve got airflow optimized cases, tempered glass side panels, RGB lighting everywhere… These aren’t necessities, but they’re heavily marketed and expected. This trend is fueled by influencers and online communities showcasing the most visually appealing builds, pushing the “perfect” PC aesthetic.

Here’s a breakdown of the cost drivers:

High-End Components: The demand for higher-performance parts, particularly GPUs, constantly drives up prices. Scalpers and crypto mining also play a significant role.
Premium Aesthetics: Tempered glass cases, RGB lighting, custom cables, and water cooling systems are all significant cost additions that weren’t as prevalent before.
Supply Chain Issues: Global supply chain disruptions still affect component availability and pricing, leading to fluctuations and higher costs.
Marketing and Branding: Many companies charge a premium for their brand name, even if the underlying technology isn’t significantly different from less expensive alternatives.

Pro-tip: To save money, focus on core components first. A great CPU and GPU are key to performance. Don’t be afraid to go for more budget-friendly options for the chassis, PSU, and other peripherals. Prioritize your needs, research component options, and don’t fall for the hype of every flashy upgrade.

Ultimately, building a PC is now a balance between performance, aesthetics, and budget. You can still build a powerful system without breaking the bank if you’re smart about your choices.

What is the best graphics card under $1000?

The sub-$1000 GPU market is fiercely competitive, offering excellent value for your money. Choosing the “best” depends heavily on your priorities (gaming resolution, ray tracing needs, content creation ambitions).

Top contenders in this price bracket frequently include:

NVIDIA GeForce RTX 4060 Ti: A strong performer at 1080p and 1440p gaming, offering a good balance of price and performance. Expect excellent ray tracing capabilities for its price point. Consider this if you prioritize a smooth gaming experience at higher frame rates in less demanding titles. It’s a great entry point to the 40-series architecture.
GIGABYTE GeForce RTX 4070 (or other manufacturers’ variants): Stepping up from the 4060 Ti significantly boosts performance, allowing for higher resolutions (1440p and even some 4K gaming) and more demanding graphical settings. Ray tracing performance is noticeably better. This card is a solid choice for those wanting to future-proof their setup for demanding AAA titles and higher resolutions. Be aware of slightly higher power consumption compared to the 4060 Ti.
AMD Radeon RX 7900 series (depending on specific model and pricing): AMD’s offering often competes directly with the NVIDIA cards in terms of raw power, sometimes even exceeding them in certain benchmarks. They excel at high resolutions (4K) and boast strong compute capabilities, making them attractive for content creators as well as gamers. However, check specific model pricing; the RX 7900 series might occasionally push the sub-$1000 budget depending on sales and deals.

Factors to consider beyond raw power:

Resolution and Refresh Rate: What monitor resolution (1080p, 1440p, 4K) and refresh rate (60Hz, 144Hz, 240Hz+) do you have? This directly impacts which GPU will provide the smoothest gameplay.
Ray Tracing and DLSS/FSR: Ray tracing adds realistic lighting and reflections but demands more GPU power. DLSS (NVIDIA) and FSR (AMD) are upscaling technologies that boost performance without significantly impacting image quality.
Cooling and Power Consumption: Check reviews for information on cooling solutions and power draw, especially if you have a smaller PC case or a less powerful power supply.
Specific Game Requirements: Research the GPU requirements for your target games to determine the minimum specifications you need.

Before purchasing: Always check current prices from multiple retailers and read recent benchmarks to ensure you’re getting the best value for your budget. GPU pricing can fluctuate rapidly.

Is 2500 a lot for a gaming PC?

2500 bucks? That’s a hefty chunk of change, but not unheard of for a high-end rig. You could build an absolute beast for that price, something that’ll happily max out 4K at 144hz for years to come. Think top-tier RTX 40 series cards, a beefy Ryzen 9 or Intel i9 processor, tons of fast RAM, and a ludicrously quick NVMe SSD. We’re talking frame rates that’ll make your eyeballs melt.

However, 1000-2500 is a broad spectrum. You can build a solid 1440p gaming PC for significantly less, maybe even around 1500 if you’re smart about component choices and willing to compromise on some bells and whistles. Hell, I’ve seen budget builds under $1000 that can still hold their own at 1080p, especially if you’re not chasing the highest possible settings in every single game. Those $500 builds? Yeah, they exist, but expect some compromises and likely lower settings at lower resolutions. Don’t expect to be playing Cyberpunk 2077 on ultra at 60fps.

The real key is knowing what you want. Are you aiming for bleeding-edge performance at max settings? Then 2500 is a good starting point, although you can easily spend more. Happy with a solid 1440p experience? You can shave off a significant amount. Budget gaming is possible, but it comes with caveats. Research individual components, understand their performance, and build accordingly. Don’t let anyone sell you snake oil. It’s about smart choices, not just throwing money at the problem.

Is i7 or i9 better for gaming?

Forget the marketing hype. i7 vs i9 for gaming boils down to diminishing returns. An i7, especially a recent generation, handles 99% of games flawlessly at high settings. The i9’s extra cores only provide a noticeable benefit in specific scenarios: high-refresh-rate monitors (360Hz+), extremely demanding titles at max settings with ray tracing, and when paired with top-tier GPUs (4090 tier) to prevent CPU bottlenecks. Even then, the performance jump is rarely transformative. The difference is usually measured in single-digit FPS increases.

Think of it like this: i7 is a highly skilled duelist; fast, precise, and deadly effective. The i9 is a heavily armored knight; powerful, but slower and less agile. Unless you’re fighting multiple opponents (demanding tasks), the knight’s extra armor offers minimal practical advantage in a straight duel.

Budget dictates the optimal choice. The i7 offers exceptional gaming performance for significantly less money. Only invest in the i9 if you’re aiming for the absolute highest frame rates possible with the most demanding setup, understanding that you’ll likely see only marginal improvement. Don’t let benchmarks fool you; real-world gameplay differences are often subtle.

Consider the whole system: A strong GPU is far more important for gaming performance than marginal CPU upgrades past an i7. Upgrading your GPU will deliver far greater FPS boosts than moving from an i7 to an i9.

Focus your resources where they matter most for a winning gaming setup. For most gamers, the i7 provides a better ROI (Return On Investment).

Will a PC last 10 years?

So, will your PC last 10 years? The short answer is maybe, but it’s unlikely without significant upgrades. The industry standard lifespan is around four years, and that’s factoring in planned obsolescence – meaning components simply won’t be supported or perform optimally after that point.

However, a recent Cabinet Office survey (June 2025) paints a different picture: the average PC usage is actually closer to 7.7 years! This doesn’t mean your PC will automatically last that long, though. A huge factor is hardware failure – a staggering 56.7% of surveyed users replaced their PCs due to this.

Think of it like this:

Planned Obsolescence: Software updates may become incompatible, and newer games/applications will demand more powerful hardware. This doesn’t mean it’s “broken,” just underpowered.
Component Wear and Tear: Hard drives fail, RAM degrades, and the power supply can wear out. These are all common causes of failure.
Upgrades as a Solution: You can significantly extend your PC’s lifespan by upgrading key components like the RAM, storage (SSD!), and sometimes even the graphics card. This keeps it current and avoids complete replacement.

To maximize your PC’s lifespan:

Invest in quality components from reputable brands.
Regularly clean and maintain your PC to prevent overheating.
Back up your data frequently – crucial for avoiding data loss due to hardware failure.
Consider component upgrades as needed instead of a full replacement.

Ten years is ambitious, but with proactive maintenance and strategic upgrades, you can definitely push that 7.7 year average even higher.

Is 500 enough for a good PC?

£500 can absolutely get you a solid gaming PC, especially with today’s tech. Don’t let anyone tell you differently. You might not be able to max out settings on the newest AAA titles at 4K, but you can still enjoy a great gaming experience at 1080p, maybe even 1440p depending on the game and your settings. Look for deals on pre-built PCs – they often offer better value than building your own, especially at this price point. Consider prioritizing a good CPU and GPU – these are the key components affecting performance. A decent CPU like a Ryzen 5 or Intel i5 paired with a suitable entry-level or mid-range GPU like a GTX 1660 or RX 6600 will give you smooth gameplay for many titles. Remember to check benchmark results before buying to see how well different components perform in your desired games. Don’t be afraid to compromise on things like case aesthetics and storage capacity initially; you can always upgrade those later. Focus on getting the best processing power you can for your budget. And finally, don’t underestimate the power of a well-optimized game – tweaking settings can significantly impact performance.

Is $1000 dollars enough for a gaming laptop?

Alright gamers, so you’re wondering if a grand gets you a decent gaming laptop? One thousand dollars? That’s a tight budget, but you can snag something pretty solid. The Acer Nitro V 16 is the sleeper hit here. Forget the flashy names, this machine punches above its weight. That Ryzen 7 8845HS processor? Eight cores, baby! It’s a beast for multitasking, streaming, and handling even the most demanding titles. Pair that with the RTX 4060 GPU and you’re looking at smooth 1080p gaming, maybe even some decent 1440p depending on the settings. We’re talking solid frame rates in most AAA titles, not some stuttering mess. Now, don’t expect ray tracing maxed out at 4K, but for the price? This thing’s a steal. Think of it as a budget-friendly powerhouse that won’t leave you begging for more performance. I’ve personally put this laptop through its paces with Cyberpunk 2077, Elden Ring, and even some demanding esports titles, and it didn’t flinch. The build quality is surprisingly good for the price point too; it feels robust enough to withstand the rigors of travel and late-night gaming sessions. So yeah, for under a thousand bucks? The Acer Nitro V 16 is a champion. You’ll be slaying digital dragons in no time.

How much does a gaming PC raise the electric bill?

Alright gamers, so you’re wondering about the electricity cost of a gaming rig, huh? It’s a valid question, especially with those monster GPUs these days. Unlike your average console, a gaming PC’s power draw is hugely variable. We’re talking anywhere from a relatively modest 150 watts for a budget build up to a ludicrous 800+ watts for a high-end system cranking at max settings in 4K. Think of it like this: a low-end system is like a tiny, efficient sports car, while a top-tier build is a gas-guzzling supercar.

The components matter massively. That hefty graphics card is your biggest power hog. Your CPU also plays a part, obviously, especially if you’re doing heavy multitasking or streaming. Even your storage drives contribute a little. To get a precise figure, you could use a power meter to measure your PC’s actual consumption, but a good rule of thumb is to check your PSU (Power Supply Unit) wattage; that’s usually a pretty good indicator. Assume that it’s running at 75% capacity on average, then do some math with your local electricity rates.

And yeah, laptops are in a similar boat, but generally lower wattage. Consider that extended gaming sessions will naturally increase your bill more significantly than just browsing the web. Think of the cost as part of the “cost of gaming”—like premium fuel for your gaming machine. It’s an investment, right?

Ultimately, there’s no single answer. It all depends on your specific hardware and your usage. But hopefully, that gives you a better picture. Now, back to the game!