We value your privacy We and our partners use cookies and other technologies to improve your experience, measure performance, and tailor marketing. Details in our Privacy Policy .
AWOL Theater 3500X（LTV-3500 Pro + Free 100''- 132" Cinematic ALR Screen + 60% off Speaker）
AWOL Theater 3500X Plus（LTV-3500 Pro + 100''- 130" Floor Rising Screen + 60% off Speaker）
Picture this: You step into your gaming room and get instantly transported to a dynamic world where every detail is sharp, every movement bursts forth with cinematic intensity, and every game feels larger than life. With the gaming projector becoming immensely popular, you can turn your gaming room into an epic gaming arena where the action jumps off the screen and into your reality. So, if you want to make the most out of your gaming experience, tune into gaming projectors.
Your gaming experience can be hindered by the slightest of lag, ultimately impacting the entire gameplay. Hence, you must consider a gaming projector with minimal input lag, such as the one with a 4.2ms input lag which is currently the fastest gaming projector available nowadays.
Refresh rate refers to the number of times the image on the screen refreshes per second. When the refresh rate is low, the motion gets blurry as opposed to a high refresh rate which results in smooth gameplay. Usually, gaming projectors come with a 60Hz refresh rate but you must consider the best gaming projector with a 120Hz refresh rate.
Resolution is an important factor as it affects the visual display and graphics. Higher resolutions like 1080p HD or 4k offer a crisp and detailed visual display. If you want to immerse yourself in the gaming world, consider a gaming projector with 4k resolution to make your game come to life.
Color gamut refers to the range of colors a projector can display. A wider color gamut ensures more vibrant and true-to-life colors, enhancing both gaming and movie-watching experiences. Look for a projector that supports a broad color spectrum, such as those covering 100% of the REC. 709 color space and extending into wider gamuts like DCI-P3, to experience richer and more immersive visuals.
Lumens measure the brightness of a projector. In gaming environments, a high lumen output is essential for maintaining clear and vivid visuals, even in well-lit rooms. A projector with a strong lumen capacity ensures that images remain sharp and colors are vibrant, providing an immersive gaming experience regardless of ambient lighting conditions. This feature is particularly important for gamers who want flexibility in gaming during different times of the day without compromising on visual quality.
If you are looking for the best gaming projector offering high resolution, refresh rates, and brightness with minimal lag, consider the gaming projectors by AWOL Vision.
The AWOL Vision Triple Laser Projector LTV-3500 Pro excels in both visual performance and gaming capabilities. It features a Turbo Mode specifically designed for gamers, supporting 4K resolution at 60fps with an ultra-low input lag of 15ms. For even faster-paced games, it handles 1080p resolution at 120fps with an input lag of just 8ms. This ensures every action feels as instantaneous as it does in real life.
Additionally, the projector boasts a color range of 107% REC.2020, providing a wide and accurate color spectrum that brings virtual worlds to life. This combination of high performance, bright output, and color accuracy makes the LTV-3500 Pro ideal for serious gamers seeking the ultimate experience.
Moreover, the LTV-3500 Pro supports screen sizes from 80 to 150 inches, delivering a visually stunning experience that fully immerses you in your games. This massive display transforms your gaming environment, making every scene larger-than-life and every detail crystal clear. Despite its advanced features, the installation is straightforward and user-friendly, unlike the often complex setups of other gaming devices. This ease of use ensures you can quickly dive into the action without the hassle of complicated configurations, making it a perfect addition to any gaming setup.
Two factors that influence brightness are ambient light and screen size. Ambient light refers to the light which is already present in the gaming room minus the projector light, such as the natural sunlight. If your room has a lot of ambient lighting, you need a gaming projector with high brightness and if there is low light then a low-brightness projector will suffice.
Moreover, the larger the screen size you desire, the higher the brightness should be of the projector to deliver an exceptional display. For example, if you have a screen size of 120”, you may need a projector with a brightness level of 750 lumens in a dark room, 1150 in a dim room, 3000 in a lit room, and 3000+ in a bright room.
In short, if your room has low ambient lighting and requires a small screen size, you can look for projectors with low brightness, whereas if you have an extremely bright room then you may opt for projectors offering maximum brightness.
Throw ratio refers to the measurement of the distance between your gaming projector lens and the screen. It is calculated as the distance measured from lens to screen divided by the width of the projected image. So, the formula is Distance/Width.
Usually, gaming projectors fall into two categories, the standard and the short-throw projectors. Standard gaming projectors usually are placed 8 feet from the screen whereas the short-throw projectors sit 5 feet from the screen. It’s important to measure the size of your gaming room. If you have a smaller room then the short-throw gaming projector is ideal.
If you know the screen size and the projector’s throw ratio but don’t know where to place the projector then consider this formula. For example, if the screen size is 7 feet and the gaming projector’s throw ratio is 2.0 – 2.4:1 then you can calculate the distance (7x2 and 7x2.4= 14-16.8). So, you can place your projector between 14 to 16.8 feet away from the screen.
Gaming projectors have taken home gaming to the next level by offering stunning cinematic graphics, sound quality and display. With impressive graphics and low lag times, these gaming projectors are a must-have for gaming enthusiasts. Check out AWOL gaming projectors to get the best gaming projector with top-notch features.
Home theaters face an increasing demand for UST projectors day by day due to the innumerable features they offer. UST projectors offer better visual clarity, better brightness, and crisp details; thus, they are also in high demand because of their space efficiency factor. Selecting a correct home theater screen is highly ideal for enjoying an immersive cinematic experience; thus, having a UST projector, one must invest in a short throw projection screen.
People are always inquisitive about whether it is worth spending their hard-earned money on buying a screen for home theater. Well, the reasons are many. If you want to have a genuinely immersive experience, you should get ultra short throw projector screens. The projector screen is made of optical coatings that amplify the reflective properties and hence improve image quality.
Projection to the wall is not that effective, as walls are normally coarse and have imperfections that interfere with the quality of the image. Projector screens are designed to preserve color balance and maintain the high resolution of the image. They are also textureless, which allows the images to pop more and makes the graphics more alive. Honestly speaking, for projection, more than just the projector itself is a must. However, regarding the quality of images, a projector screen is indispensable.
Whenever the following scenarios come knocking, a short throw projection screen will do nicely:
Home Theaters - For cinematic
A projector screen brings the colors to life, adding extra dimensions to the cinematic experience. It provides a smooth surface that enhances image quality and brightness. You will, most definitely feel as if you are in the middle of the action when you are watching movies with a projector screen.
Business Presentation-ALR
Projector screens can also be great for office use when giving presentations. Due to heavy ambient light in offices, it affects the image quality and a whitewashed effect is produced. To make up for it comes projector screens containing anti-light rejecting technology. They display vibrant images with clear resolution without affecting image quality.
Outdoor Movie Nights - ALR
These ultra-short throw projector screens come in handy even for outdoor movie nights since they reject all ambient light, such as moonlight or streetlight, improving the view.
The proper selection of a screen can add to the performance of a UST projector, mainly because UST projectors are placed much closer to the screen, so they pick up more ambient light than any other kind. That is why it is important to opt for ones with ALR technology. These screens also ensure that brightness, contrast, and color are accurate while at the same time rejecting unwanted light and amplifying the projected image.
To choose the ideal projector screen for your UST projector, you have to consider the following things.
Types of Screens
The ultra short throw projector screens are available majorly in three types: fixed-frame, portable, and motorized screens.
The fixed-frame screens are the stationary screens attached to frames. The case carry can easily take the portable screen to any place, and it can always be placed on any flat surface. This is very appropriate for outdoor movie nights or for going camping. Wall-mount or ceiling-mount can be done to a motorized screen. A remote is used to open it or retract it. Moreover, when not in use, it can be stored and tucked away.
Screen Material and Gain
Another important factor is screen gain. It simply means how much light it can reflect back to the viewer's eyes. Since the UST projector would be installed near the seating area, it would be great to choose the lower gain screen since higher gain can be even more difficult for picture quality within a short distance. The other consideration is the material of the screen itself. White screens are most common, offering increased reflection, whereas gray screens improve the contrast ratio.
Size and Aspect Ratio
Some of the things to consider when selecting a projector screen include projection screen sizes. For UST projectors, the display changes in size depending on the distance the projector is from the screen due to ultra-short focal lengths. Ideally, for UST projectors, the best screen size is between 80-130 inches, as this will not require too many adjustments and provide an unbroken view.
Besides, the aspect ratio is another critical issue. 16:9 serves best for movies and TV shows, while 4:3 is preferred for presentations.
These decisions to choose the ideal projector screen serve as a foundation for size, aspect ratio, and materials of the screen, among other factors. Unless one has a proper UST projector screen like an ALR screen, nobody can enjoy full projector benefits provided by companies such as AWOL Vision.
Choosing the right screen size is crucial for an optimal viewing experience. A suitably sized screen ensures you can enjoy movies, games, or shows without causing eye strain or discomfort. In this guide, we'll show you how to calculate the ideal screen size based on your seating distance so that you can create an immersive viewing environment in your home.
When choosing the correct screen size, a simple rule of thumb is to select a screen width that falls between 1/2 and 1/3 of your seating distance. This general guideline ensures a comfortable viewing experience without overwhelming you.
For instance, if your seating distance is 120 inches, the ideal screen width would be between 40 and 60 inches. This range provides a balanced viewing experience, offering an excellent immersion blend without making viewers constantly turn their heads.
The Formula for Calculating Screen Size:
These simple calculations can help you determine the correct screen size for your room and viewing needs.
THX guidelines can be a helpful reference for those looking for a more cinematic experience. THX recommends selecting a screen size with a horizontal viewing angle of about 36 degrees, providing a more immersive experience like a movie theater.
The wider viewing angle keeps you engaged with the content, much like sitting in the center seats of a cinema. For a seating distance of 120 inches, the THX formula gives an ideal screen width of approximately 78 inches. This lets you get lost in the action without missing any part of the experience.
THX guidelines can be a helpful reference for those looking for a more cinematic experience. THX recommends selecting a screen size with a horizontal viewing angle of about 36 degrees, providing a more immersive experience like a movie theater.
The wider viewing angle keeps you engaged with the content, much like sitting in the center seats of a cinema. For a seating distance of 120 inches, the THX formula gives an ideal screen width of approximately 78 inches. This lets you get lost in the action without missing any part of the experience.
Using 120 inches as the distance and aiming for a 36-degree angle:
This gives you a more cinematic, immersive experience, ideal for home theaters.
It's essential to understand screen aspect ratios when choosing a projector screen, as they determine how content is displayed. Most modern content uses the 16:9 aspect ratio, which is ideal for movies, TV shows, and gaming.
To convert screen width to diagonal size for a 16:9 screen, you can use the formula:
Screen Diagonal = Screen Width / 0.871
For example, if your screen width is 60 inches, the diagonal size would be approximately 69 inches. This conversion helps you choose the right screen that fits well in your room and provides the best viewing experience.
Room Size and Layout: The dimensions and layout of your room play a significant role in determining the right screen size. Larger rooms may accommodate larger screens, but staying within the general guidelines is important for a comfortable experience.
Viewing Habits: Consider what you'll be using the screen for. Movie lovers prefer a larger screen for immersive viewing, while gamers may want to balance screen size and response speed.
Projector vs. TV Setup: Calculations may differ slightly for projectors compared to TVs. Projectors must consider throw distance and screen size carefully to ensure the best picture quality.
Ignoring Viewing Angles: Failing to consider viewing angles can lead to discomfort, as viewers may need to move their heads to see different parts of the screen. To avoid this, make sure the screen size matches your seating distance.
Not Accounting for Aspect Ratio: Incorrectly calculating screen size without considering aspect ratio can lead to distorted images, black bars, or stretching. Always account for aspect ratio to ensure the best visual quality.
Here's a simple step-by-step guide to help you calculate the ideal screen size:
Measure Your Seating Distance: Measure the distance between your seating position and the screen location.
Apply the General Rule: Divide your seating distance by 2 or 3 to determine the ideal screen width.
Convert to Diagonal Size: Use the formula for a 16:9 aspect ratio to calculate the diagonal size.
Check the Viewing Angle: Ensure the screen provides a comfortable viewing angle, preventing eye strain or neck discomfort.
To simplify the calculation process, consider using a visual aid, like a chart showing seating distance vs. ideal screen size.
Choosing the right screen size is all about optimizing your viewing experience. By considering seating distance, room layout, and aspect ratios, you can create an immersive environment that’s both comfortable and visually stunning. Use the guidelines and formulas we’ve shared to find your perfect screen size, and don’t forget to enjoy the experience!
Do you have any questions or thoughts? Feel free to share them in the comments below—we’d love to hear from you!
Is your projector image failing to impress? Whether it looks dim, colors seem faded, or the picture simply lacks the "pop" you expected, you've come to the right place. Achieving a stunning projected image is a nuanced science, but it's one you can master.
This guide moves beyond simple tips. We will explore the foundational principles of light, unpack the technology inside your projector, and reveal how the right environment and screen combination can unlock a level of performance you may not have thought possible. Prepare to see your projector in a whole new light.
The first step to a great image is understanding how brightness is measured and perceived. The market is full of confusing specifications, but for a trustworthy and accurate measure of performance, the international standard to look for is ISO 21118, which gives a rating in ISO Lumens.
Unlike vague marketing figures, an ISO Lumen rating is the result of a rigorous, scientific process that measures the true, usable brightness of a projector as you would see it on screen. It is the gold standard for an honest, "apples-to-apples" comparison.
However, a true ISO Lumen rating is only the starting point. The number on the box doesn't tell the whole story. The human eye perceives a "bright" image not just from the intensity of the light, but from the contrast between the darkest and brightest parts of the picture. A projector with an extremely high ISO Lumen rating but poor contrast can produce a flat, washed-out image that feels lifeless.
True picture quality rests on four pillars:
Projector Light Output: The native capability of the projector's lamp or laser, accurately measured in ISO Lumens.
Ambient Light: The "enemy" of projection; any light in the room that isn't from the projector.
Projection Size: As the image gets bigger, the same amount of light is spread over a larger area, reducing brightness per square inch.
Projection Surface: The screen is not a passive backdrop; it's an active optical component that reflects and shapes the light.
Neglecting any one of these pillars will compromise the entire system, no matter how powerful your projector is.
Before you touch anything else in your room, you must ensure your projector itself is configured for peak performance. Many are shipped with conservative settings that prioritize quiet operation or longevity over maximum image quality.
Your projector’s preset picture modes are the single fastest way to change its performance.
Cinema/Movie Mode: Prioritizes color accuracy (to standards like Rec. 709) for viewing in a completely dark room. This mode intentionally reduces brightness to achieve perfect colors.
Bright/Dynamic Mode: Pushes the light source to its absolute limit to combat ambient light. This mode maximizes the projector's ISO Lumen output, often at the expense of perfect color accuracy.
The difference can be staggering. A projector capable of 2,100 ISO Lumens might be calibrated to output 1,050 ISO Lumens in 'Cinema' mode while delivering its full power in 'Bright' mode—effectively doubling the usable light with a single setting change.
Nearly every projector has an "Eco," "Quiet," or "Low Lamp" mode. Disabling this is crucial for getting the brightest picture, but it's important to understand the consequence. Running the light source at full power generates more heat. In response, the projector's internal fans will spin faster to dissipate that heat, resulting in more audible fan noise. This is a normal and necessary trade-off for maximum performance.
Over time, even the best projector's performance will degrade without regular maintenance. Dust and heat are the primary enemies of brightness.
Clean the Lens & Vents: A dusty lens can dim and soften the image. More importantly, clogged air vents and filters restrict airflow, trapping heat. This can trigger a self-preservation mechanism called thermal throttling, where the projector automatically reduces its own brightness to prevent overheating. Regular cleaning with a soft brush and vacuum is vital.
Know When to Replace a Lamp: Unlike lasers, traditional projector lamps have a finite life and degrade noticeably over time. Towards the end of its rated lifespan (typically 2,000-6,000 hours), a lamp may be putting out 50% or less of its original ISO Lumen rating. If your lamp-based projector seems dim and yellowed, a new bulb is the most effective way to restore its out-of-the-box performance.
Don't Forget Firmware: Manufacturers periodically release firmware updates. While these won't physically make your light source brighter, they can fix bugs in how the projector processes the image, especially for complex signals like HDR, leading to a better, more vibrant picture.
After optimizing the projector, turn your attention to the room. This is where the most dramatic gains are often found.
There is a critical distinction between a "light-controlled" room and a "light-treated" room.
Light Control is the baseline: using blackout curtains to block windows and turning off lamps. This is the minimum requirement for a decent experience.
Light Treatment is the next level: managing the projector's own reflected light. In a room with white walls, light from the projector hits the screen, then bounces off and illuminates the walls and ceiling. This stray light then reflects back onto the screen, raising the black levels and making the image look washed out. Treating your room with dark, non-reflective paint or materials preserves the deepest blacks and allows the projector to achieve its maximum potential contrast.
Projecting onto a wall is a significant compromise. The screen is an active optical tool designed to maximize image quality. For a truly optimized system, especially in rooms with any ambient light, selecting the right screen is critical. Learn more in our guide: Comparing Projector Screen vs. Wall: Which Is Better.
A High-Contrast Gray screen, for instance, can be a powerful tool. By absorbing some light, it lowers the "black floor" of the image, dramatically increasing the perceived contrast ratio. For a bright projector with weaker native contrast, this can make the image appear far more dynamic and subjectively "brighter" than a standard white screen. Learn more in our guide: Gray vs. White Projector Screen: Which is Better.
For Ultra-Short Throw (UST) projectors, which sit just below the screen and project light upwards at a steep angle, the screen choice becomes even more crucial. Their unique projection angle makes them extremely vulnerable to ambient light.
In this scenario, using an Ambient Light Rejecting (ALR) screen is essential for achieving optimal performance in anything but a completely dark, light-treated cave. An ALR screen is a piece of optical technology.
How ALR/CLR Screens Work: These screens feature a microscopic surface structure—often a series of horizontal, sawtooth-like ridges (Lenticular) or concentric micro-prisms (Fresnel). This structure is precisely angled to reflect the light coming up from the UST projector directly to the viewer, while simultaneously absorbing light hitting it from other angles, like a ceiling lamp. Learn more in our guide: ALR vs CLR Screen: Which Do You Need.
The result is a projected image that retains its contrast, color saturation, and brightness even in a well-lit room. This technology is what enables a 120-inch UST projection system to rival a high-end television.
Choosing between screen types is a key calibration decision. As an example of this synergy, AWOL Vision offers distinct ALR (Ambient Light Rejecting) screen technologies engineered for different rooms and use cases. This allows a user to create a high-performance system perfectly matched to their home.
For rooms with significant ambient light, such as a living room, the Daylight ALR Screen is the ideal choice. It uses Fresnel lens technology with a high gain (up to 1.5dB) to reject 85% of ambient light from the sides and above, producing a bright, punchy image even during the day.
For more controlled environments like a dedicated home cinema or a dark media room, the Cinematic ALR Screen is engineered to maximize contrast and color fidelity. It uses a surface with 95% ceiling light rejection and a more moderate gain (0.8dB) to preserve deep black levels and provide a wide 170° viewing angle, creating a truly immersive, cinematic experience without hotspots.
This level of system-matching—choosing a screen based on its optical properties and your room's specific lighting conditions—is the hallmark of a high-performance setup.
If you've done everything right and the image still isn't perfect, these two advanced issues could be the culprit.
High Dynamic Range (HDR) content is mastered on professional monitors capable of brightness levels far beyond what any consumer projector can produce. To display it, your projector must perform tone mapping—compressing the massive brightness range of the source material. If handled poorly, the projector will often dim the entire picture to avoid "clipping" the very brightest highlights, making most scenes look too dark.
The Solution: Higher-end projectors and external video processors offer Dynamic Tone Mapping, which analyzes the image frame-by-frame and adjusts the brightness on the fly, producing a consistently vibrant HDR image that preserves the director's intent.
A low-quality HDMI cable can be a bottleneck for a 4K HDR signal, which requires immense bandwidth (18 Gbps or more). If the cable can't handle the data load, the source device will compress the signal, often by discarding color information (chroma subsampling). This results in a less saturated, less precise image.
The Solution: For any 4K HDR system, use a certified "Ultra High Speed" HDMI cable rated for 48 Gbps to ensure your projector is receiving the full, uncompromised signal. Learn more: HDMI 2.0 vs. 2.1: Practical Guide for Your 4K Home Theater.
Getting a vibrant projector image is about combining the right settings, a well-chosen screen, and a controlled environment.
With your brightness now optimized, the next step is perfecting the image clarity. Learn more in our guide, How to Make Your Projector Clearer: Expert Tips That Actually Work, and create a truly cinematic experience at home.
Ever dream of having a dedicated space in your home that’s purely for fun and relaxation? A personal cinema for epic movie nights, an arcade for friendly competition, and a comfortable lounge for unwinding—all in one. It’s an amazing addition to any home, but getting started can feel overwhelming. Where do you begin? What do you really need? How do you make it work for different activities?
Don't worry. This guide provides a clear, step-by-step blueprint to help you design and equip the perfect entertainment space, tailored to your unique interests and budget.
Before you start planning, it's crucial to understand this key distinction. While both are social spaces, their primary functions are different, which directly impacts their design.
A living room is typically designed for general, everyday gathering and conversation. Its layout often encourages face-to-face interaction, with sofas and chairs arranged to create a welcoming social hub.
An entertainment room, on the other hand, is purpose-built for specific leisure activities like media, games, and hobbies. The layout is focused on optimizing those experiences. The furniture arrangement, lighting, and technology are all chosen to serve a dedicated purpose, whether it's facing a massive screen for movie night or clearing space for a competitive game of pool.
Before you think about paint colors or giant screens, a little planning goes a long way.
First, perform a "function audit." Grab a notepad and list the top 3-5 activities you envision for this room. Will it be primarily for:
Immersive movie nights?
Competitive video gaming?
Watching live sports with friends?
Playing board games with the family?
Listening to music?
Housing a home bar or hobby corner?
Next, consider your space. Basements, spare bedrooms, and attics are popular choices. Think about the pros and cons of your chosen location. Finally, sketch a rough layout. A great multi-functional room often has "zones"—a viewing zone, a gaming zone, and a conversation zone. Using rugs and furniture placement can help define these areas and create a natural flow.
To help you find your style, it’s useful to think in terms of common archetypes. Your perfect room might be one of these or, more likely, a hybrid that borrows the best elements from each.
The Modern Retreat (or "Man Cave"/"She Shed"): This is a personalized space focused on individual hobbies and relaxation. It often features comfortable lounge seating, a home bar, a large screen for sports or movies, and decor that reflects personal interests.
The Family Rec Room: This is an inclusive, bright, and durable space built for all ages. The focus is on a mix of digital entertainment (like video games) and analog fun (like a ping pong or board game table). Storage is key here to keep things organized.
The Dedicated Home Cinema: This room is optimized for one thing: the ultimate movie-watching experience. It typically features controlled lighting, superior acoustics, cinema-style seating, and the best audio-visual gear you can fit.
Choosing the right gear is crucial, but it doesn't have to be complicated. Here’s a breakdown of the types of products to consider and what features to look for to make informed choices.
Large-Screen TVs: The go-to for most rooms, modern TVs are brighter and more versatile than ever. When choosing, consider the panel technology. OLED technology offers perfect black levels and contrast, making it ideal for dark, cinema-like rooms. QLED and Mini-LED TVs are typically brighter, making them fantastic for well-lit rooms where you’ll be watching sports or gaming during the day. For gamers, look for features like a high refresh rate (120Hz) for smooth motion.
Projector & Screen Systems: If you want a truly massive, cinema-scale screen (think 100 inches or more), a projector is your best bet. Key specs to look for are lumens (higher means a brighter image) and throw distance (how far from the screen it needs to be). Don't forget the screen itself—a quality screen, whether it's a fixed frame or a retractable model, makes a huge difference.
All-in-One Soundbars: These are the ideal choice for simplicity, minimal wiring, and smaller spaces. Modern soundbars deliver impressive sound, with many offering virtual surround sound and coming paired with a wireless subwoofer for deep bass.
Component Surround Sound: This is the enthusiast's choice for true, room-filling immersion. A component system consists of an AV receiver (the brain that powers everything) and a multi-speaker setup (like 5.1 or 7.1) that places speakers around you for precise, positional audio.
Cinema-Style Recliners: The ultimate choice for a home theater feel, these often include features like powered reclining, cup holders, and built-in USB charging ports.
Large, Deep Sectionals: Perfect for creating a more casual, social environment. They invite guests to lounge and are great for hosting a crowd for a big game or movie night.
Modular Sofas: These offer incredible flexibility, allowing you to reconfigure your seating arrangement for different events or activities.
Ergonomic Gaming Chairs: If you have a dedicated gaming zone, these chairs provide the tailored back and neck support needed for long playing sessions.
Classic Game Tables: If you have the space, a pool, air hockey, or foosball table can become the room's centerpiece. Be sure to measure not just for the table, but for the room needed around it to play comfortably.
Wall-Mounted Games: Dartboards (both traditional and electronic) and ring toss games are fantastic space-savers that provide hours of fun.
Home Arcade & Pinball Solutions: For a dose of nostalgia, you can find multi-game arcade cabinets that house hundreds of classic games, or even virtual pinball machines for endless variety.
Smart, Dimmable Lighting: Layered lighting is essential. Use dimmable overhead lights for general use, and add accent lighting like color-changing LED strips behind a TV or under a bar to create a specific mood.
Compact Refrigeration: A beverage cooler with a glass door keeps drinks on hand and displayed beautifully, while a classic mini-fridge can store snacks and drinks out of sight.
Acoustic Treatments: You don't have to be an audio engineer to improve your room's sound. Simple additions like heavy curtains, large area rugs, and decorative acoustic panels on the walls can absorb echoes and make your audio clearer.
With your gear chosen, the final step is to make the space feel cohesive and look great.
Lighting is Key: Use your layered lighting to create different moods. Bright and energetic for game day, dim and cozy for movie night.
Soundproofing Basics: Beyond acoustic panels, ensure your door has a good seal to prevent sound from leaking out into the rest of the house.
Smart Storage & Cable Management: Nothing ruins a great setup like a visible "rat's nest" of wires. Use solutions like wall-mounted raceways, fabric cable sleeves, and furniture with built-in cable management to achieve a clean, professional look. Use built-in cabinets, floating shelves, and multi-purpose ottomans to hide controllers, board games, and other clutter.
A great entertainment room is more than just a collection of electronics; it's a space dedicated to enjoyment and making memories. By planning your functions first, choosing the right types of gear for your needs, and tying it all together with smart design, you can create a space that will be the favorite room in the house for years to come.
What's the #1 must-have item for your dream entertainment room? Get inspired by reading All-in-One Entertainment System!
The long, quiet offseason is finally over. The air is starting to buzz with anticipation, and soon, the sounds of helmets, whistles, and roaring crowds will fill our weeks once again. That’s right—Football is Back!
The official kickoff to the 2025 NFL preseason is the iconic Hall of Fame Game. This guide will give you everything you need to know about the game and, more importantly, how to make it an unforgettable, cinematic viewing experience.
The Hall of Fame Game is more than just the first preseason matchup; it’s a celebration of the sport's greatest legends. This year, it has a special narrative, as the Los Angeles Chargers take the field to honor one of their own: legendary tight end Antonio Gates, who will be enshrined as part of the Hall of Fame Class of 2025.
They will face the Detroit Lions, a team coming off a sensational 15-2 season, making this a clash with both compelling storylines and high expectations.
According to the official schedule released on NFL.com, here is everything you need to know for this year's game:
Matchup: Detroit Lions vs. Los Angeles Chargers
Date: Thursday, July 31, 2025
Time: 8:00 PM Eastern Time (ET) / 5:00 PM Pacific Time (PT)
Location: Tom Benson Hall of Fame Stadium, Canton, Ohio
Historical Note: This game marks a long-awaited return for both franchises, as the Lions last played in the HOF Game in 1991 and the Chargers in 1994.
As a premier national event, the Hall of Fame Game will be broadcast on NBC. NBC Sports is bringing its A-team, with Mike Tirico (play-by-play), Cris Collinsworth (analyst), and Melissa Stark (sideline reporter) calling the action.
Here’s a simple breakdown of your options:
|
Method |
How It Works |
Why Choose This? |
|
Free Broadcast TV |
Use an over-the-air (OTA) HD antenna to pick up your local NBC station signal. |
The simplest and most cost-effective way to watch in high definition. A one-time antenna purchase gives you free access. |
|
Live TV Streaming |
Subscribe to a service that includes local channels, like YouTube TV, Hulu + Live TV, or Sling TV. |
A complete cable replacement. Perfect for getting all your channels, including sports networks like ESPN, in one place. |
|
Peacock Streaming |
Subscribe directly to NBC's own streaming service, Peacock. |
A direct, easy way to stream the game if you don't need a full package of channels. |
|
NFL+ App |
Subscribe to the NFL's official app. |
Best for watching on the go. This subscription allows you to stream live local and primetime games directly on your phone or tablet. |
Watching the game is one thing. Feeling like you’re on the 50-yard line is another. This year, instead of crowding around a TV, you can transform your living room into an at-home stadium.
Imagine seeing a life-sized, crystal-clear image of the quarterback dropping back in the pocket. With our Ultimate Gameday Bundle, featuring a massive 150-inch screen from an AWOL Vision UST Projector, you're not just watching the game—you're immersed in it.
Easy, TV-like Setup: An Ultra Short Throw projector like the LTV-3500 Pro sits just inches from the wall, making it a seamless addition to any living room.
Stunning Picture, Day or Night: Whether you're watching the primetime Hall of Fame game on NBC or a Sunday afternoon matchup on CBS or FOX, the LTV-3500 Pro's powerful 3000 ISO Lumens deliver a bright, vivid picture. Paired with an ALR (Ambient Light Rejecting) Screen, you get a stunning image even in a well-lit room.
Unmatched Color and Detail: The Triple Laser technology with Dolby Vision produces breathtakingly accurate colors, making team uniforms and the green of the turf pop with incredible realism. You'll see every detail in stunning 4K resolution.
Feel the Roar: To complete the stadium experience, you need audio you can feel. The optional Thunderbeat Wireless Subwoofer adds deep, powerful bass that makes every tackle and crowd eruption resonate through the room.
To celebrate the start of the 2025 NFL season, we are preparing a special, limited-time promotional sale on our projectors and Gameday Bundles.
The full details are being finalized, but you can get exclusive early access. To get notified the moment the sale goes live, just scroll to the footer at the bottom of this page and enter your email.
The 2025 Hall of Fame Game on July 31st is more than just the start of the season; it's a celebration of greatness. Don't miss the Detroit Lions taking on the Los Angeles Chargers in a game rich with history and narrative.
Ready to transform your entire football season? Explore the AWOL Vision LTV-3500 Pro 4K Triple Laser Projector and build your at-home stadium before the opening kickoff.
In the dynamic field of home entertainment, the AWOL Vision Laser TV represents a pinnacle of innovation, reshaping the viewing experience with its cutting-edge use of the latest pure RGB technology. With the goal of enhancing visual brilliance, AWOL Vision has redefined the boundaries of home entertainment, offering consumers unmatched brightness, color precision and durability.
Let us take a comprehensive look at the evolution of Laser TV technology, learn more about the unique benefits of AWOL Vision's pure RGB technology and explore the future prospects and innovations that lie ahead.
The Evolution of Laser Projectors Technology
The development of Laser projectors dates back to the early 2000s, when manufacturers began to explore alternatives to traditional high-pressure lamp-based projection. The emergence of laser diodes as a viable light source sparked a revolution in the projection industry, offering benefits such as higher brightness, better color accuracy and longer life compared to traditional lamp-based systems.
In addition, laser technology is particularly environmentally friendly as no mercury is used and there is no projector lamp that need to be recycled every 1-2 years.
With the development of laser TV technology, consumer expectations also increased. Viewers wanted an immersive viewing experience comparable to a movie theater, with vivid colors, sharp details and seamless integration into modern living spaces. Manufacturers responded by refining Laser diode technology and integrating advanced features such as High Dynamic Range (HDR), Wide Color Gamut (WCG) and intelligent image processing algorithms.
AWOL Advanced Pure RGB Technology
At the forefront of this technological development is AWOL Vision, a pioneer in Laser TV innovation. AWOL Vision is characterized by the use of the latest generation pure RGB technology, which uses separate red, green and blue laser sources to achieve a wider color spectrum and more accurate color reproduction. Unlike projectors that rely on a single blue laser with color filters or phosphor wheels, AWOL Vision's pure RGB technology emits direct spectral colors, ensuring that every hue is accurately and faithfully reproduced without any moving part (Rainbow effect free).
The advantages of AWOL pure RGB technology are manifold. By eliminating color conversion and color/phosphor wheels, the AWOL Vision Laser TV delivers high brightness, a balanced white temperature and true-to-life, original colors. Whether watching movies, playing games or enjoy multimedia content viewers are immersed in a visual experience that captivates the senses and puts them in the middle of the action like never before.
Exceptional Brightness and Contrast
In addition to vivid colors, AWOL Vision Laser TVs offer exceptional brightness and contrast levels thanks to their pure RGB laser engine and clever Laser dimming algorithms such as the latest Enhance Black Level feature. Thanks to high brightness and precise light modulation, AWOL Vision Laser TVs illuminate the screen with breathtaking clarity, even in bright environments with huge screens of up to 150’.
Deep blacks and bright whites contribute to an improved contrast ratio and ensure that details are retained in both dark and bright scenes, improving overall picture quality.
The combination of pure RGB technology and advanced image processing algorithms creates an immersive viewing experience that rivals that of a movie theater. From the subtle nuances of shadow detail to the brilliance of highlights, every aspect of the image is reproduced with precision and accuracy, bringing content to life in a way previously thought impossible.
The three laser modules with different wavelengths (red-blue-green) offer the possibility of detailed and high-precision micro-adjustment of their output. Through the remarkable algorithm (Enhanced Black Level) developed by AWOL engineers, direct frame-by-frame control of Laser power output is achieved, resulting in stunning dark scenes and ultra-wide dynamic range.
Unbeatable Color Performance
AWOL's pure RGB Laser engine has raised the bar for color performance across the entire display industry. With true 107% coverage of the BT.2020 standard and consistent color performance over time, watching HDR10+ and Dolby Vision content takes on a new meaning as the colors are exactly how the movie director intended us to see them.
The projector's Color Management System (CMS) also works flawlessly and completely linearly, as it can adjust the three primary colors independently on the three different Laser diodes. This means that we can adjust the color palette of our AWOL projector according to our taste, the projection conditions or the content we are witching within minutes.
Without special filters and color wheels, the AWOL RGB Laser engine can also faithfully reproduce all intermediate color tones, resulting in a completely natural and balanced image - a characteristic feature of the entire LTV-3XXX series.
Durability and Reliability
AWOL Vision's commitment to quality also extends to the longevity and reliability of its Laser TVs. The pure RGB technology ensures consistent performance over a long period of time and a lifespan of more than twenty-five thousand hours. Unlike lamp-based single Laser or hybrid laser/LED systems where colors fade or brightness diminishes over time, AWOL Vision's laser TVs maintain their performance characteristics throughout their lifetime, ensuring years of reliable operation with minimal maintenance.
The inherent stability of the laser diodes, combined with the most efficient cooling system on the market, further increases the reliability of AWOL Vision Laser TVs. Whether it's for casual viewing or demanding professional applications, users can rely on AWOL Vision Laser TVs to deliver consistent performance day in and day out without worrying about downtime or brightness/color shift.
With the AWOL advanced pure RGB Laser engine, maximum brightness performance is achieved at very low operating temperatures (Which also means minimal operating noise), ensuring maximum hardware lifespan, especially for the DLP engine and the DMD chip itself.
Energy Efficiency and Sustainability
AWOL Vision's pure RGB technology not only boosts performance, but also promotes energy efficiency and environmental sustainability. By emitting direct spectral colors, AWOL Vision Laser TVs consume less power and generate less heat while delivering superior performance and reducing carbon emissions and energy consumption. This eco-friendly approach is in line with AWOL Vision's commitment to sustainability and responsible manufacturing practices, making the LTV series a greener choice for environmentally conscious consumers.
The energy efficiency of AWOL Vision Laser TVs goes beyond power consumption. By lasting longer and requiring no maintenance, AWOL Vision Laser TVs contribute to a lower total cost of ownership and a reduced environmental impact over their lifetime.
Future Prospects and Innovations
The future of Laser TV technology looks bright as AWOL Vision continues to innovate. With continuous research and development, AWOL Vision aims to further improve this pure RGB Laser technology to secure its leading position in home entertainment.
To summarize, AWOL Vision Laser TV with its advanced pure RGB technology is at the forefront of innovation in home entertainment. With vibrant colors, exceptional brightness and eco-friendly operation, AWOL Vision redefines the viewing experience, surpassing even the original cinema quality. As the industry evolves, AWOL Vision remains at the forefront, pushing the boundaries of what is possible and setting new standards across the immersive home entertainment industry.
At AWOL Vision, we have dreamed of turning our passion into groundbreaking technology that sets new standards with the sole aim of giving you all, the ultimate viewing experience - and we have done it.
AWOL Vision
From Simple Configurations to Advanced 4K Projector Workstations – Everything You Need for M1, M2, M3 & M4 Macs.
Your MacBook Pro is incredible. It's fast, beautiful, and handles everything you throw at it. But when your work starts getting more demanding, that single display begins to feel cramped rather than capable. You realize a dual-monitor configuration is exactly what you need, but navigating the maze of adapters, compatibility quirks, and unexpected restrictions can be overwhelming.
Imagine if you could bypass all that hassle and create a workspace that's not just larger, but genuinely better in every aspect?
This comprehensive guide covers everything step-by-step. We'll tackle the most frequent challenges (particularly for those with M1, M2, and M3 processors) and demonstrate how to create a dependable, conventional dual-display arrangement. Beyond that, we'll explore an innovative approach to workspace design—one that's more expansive, cleaner, and more engaging than you might have imagined.
Before purchasing any cables, spend 5 seconds on this crucial check that will prevent hours of frustration later. You must identify which processor runs your MacBook Pro, since this directly affects how many external displays it can handle natively.
How to Check: Click the Apple logo (🍎) at the top-left of your screen, then choose "About This Mac." Your processor will be clearly displayed (for example, "Chip: Apple M3 Pro").
Here's a straightforward breakdown of what each chip can do:
|
Processor |
Native External Display Capability |
|
Apple M1, M2, M3 |
One external display |
|
Apple M3 (Clamshell Mode) |
Two external displays (laptop lid must be closed) |
|
Apple M1 Pro, M2 Pro, M3 Pro |
Two external displays |
|
Apple M1 Max, M2 Max, M3 Max |
Up to Four external displays |
|
Apple M4 (and upcoming Pro/Max) |
Two or more external displays |
You'll notice that Apple's latest M4 processors are making dual-display capability standard across all models, establishing a more user-friendly baseline for what's ahead. However, if your Mac only supports one display natively, there's no need to worry—we'll cover a straightforward and reliable workaround in the following section.
This represents the time-tested, reliable method for expanding your digital workspace. Here's the proper way to set it up.
For M-Series Pro/Max or M4 owners: Your setup is relatively simple. You'll just need quality HDMI or USB-C/Thunderbolt cables that correspond to your monitor's input ports.
For standard M1, M2, or M3 owners: This section is particularly crucial for you. To connect multiple external monitors, a regular USB-C hub won't cut it—you'll only get the same image mirrored across both displays. What you actually need is a DisplayLink Certified Dock or Adapter.
What exactly is DisplayLink? Simply put, DisplayLink is an innovative technology that combines software with specialized hardware to work around a computer's built-in display restrictions. A dock equipped with DisplayLink technology is your key to achieving a genuine extended dual-monitor setup on a base M-series MacBook.
Install Required Software (When Applicable): For DisplayLink dock users, begin by downloading and installing the most recent DisplayLink Manager software from Synaptics' official website.
Connect Your Hardware: Plug your external displays into your dock or adapter, then connect the dock to a Thunderbolt port on your MacBook Pro.
Access System Settings: Go to the Apple menu (🍎) > System Settings > Displays. All connected displays should appear as individual icons.
Configure Your Layout: Click "Arrange..." and drag the display icons to mirror their actual physical positions on your desk. This ensures seamless mouse movement between screens.
Enable Extension Mode: Confirm that "Mirror Displays" is unchecked. This setting allows different content on each screen.
Choose Your Main Display: One display will show a white bar at the top—this becomes your primary screen for notifications and the dock. You can move this white bar to any display to designate it as the main one.
You've got the dual-monitor setup figured out. But here in 2025, what if your workspace could be more expansive, cleaner, and genuinely inspiring? An Ultra Short Throw (UST) projector isn't limited to home entertainment; for many professionals, it's becoming the ultimate display solution.
The idea is straightforward: rather than adding another 27-inch screen to your desk, your secondary display becomes a sharp, vibrant 120-inch image projected onto your wall.
This setup provides several compelling benefits:
An Enormous, Seamless Canvas: Picture having a video editing timeline, a full-scale design mockup, and your communication tools all visible simultaneously without any compromises. For data-intensive or creative projects, this scale transforms everything.
Clean, Minimal Design: A UST projector sits quietly on a shelf or stand just a few inches from the wall. This eliminates the visual clutter of monitor stands, mounting arms, and cable management, resulting in the cleanest possible workspace.
Better Eye Health: Prolonged exposure to direct LED/LCD screens can cause eye strain. Projected light that reflects off surfaces is typically perceived as gentler and more comfortable during extended work periods, much like reading from paper.
Setup is refreshingly simple. Your MacBook Pro treats a modern 4K projector exactly like any other display. A single, high-quality HDMI cable running from your MacBook or dock to the projector is all you need to add this massive, cinema-quality display to your workflow. Within Display Settings, you simply position it like any other monitor.
Even with the right equipment, you might encounter some obstacles. Here are the most typical issues and their solutions.
Issue: "My second display isn't being recognized!"
Fix: Verify that all cables are securely connected at both ends. For dock users, make sure the power adapter is plugged in. In System Settings > Displays, hold the Option key to reveal a "Detect Displays" button, then click it to force your Mac to search for connected screens again.
Issue: "Both external displays are showing identical content!"
Fix: This typically indicates you're using a basic USB-C hub rather than a DisplayLink-capable dock on a standard M-series Mac. If you have the proper dock, verify that "Mirror Displays" is disabled in your Display Settings.
Issue: "My display is flickering or appears blurry."
Fix: This usually stems from cable or configuration problems. First, swap in a different, better-quality cable. Next, go to System Settings > Displays, select the problematic display, and check the "Refresh Rate" setting. Choosing a fixed rate (like 60Hz) instead of a variable one often resolves connection instability.
Issue: "On my M3 MacBook Pro, the second screen only functions when I close the lid."
Fix: This behavior is specific to the standard M3 processor. To use two external displays, your MacBook must operate in "clamshell mode" with the lid closed. You'll need external power, a keyboard, and a mouse to work this way.
A dual-monitor configuration is a proven method for boosting productivity. Whether you opt for a reliable traditional setup or venture into a larger, more immersive workspace, you now have everything needed to execute it properly. By understanding your Mac's limitations and knowing how to overcome common obstacles, you can create a powerful, comfortable, and motivating environment for your most important work.
You know that feeling when you watch a movie at a friend's house and the colors just look... off? The sunset that was brilliant orange in theaters now looks kind of yellow, or that deep forest scene appears weirdly bright green. It's not your imagination, and it's not their TV settings being wrong. It's all about something called color space.
I used to think all screens were basically the same until I started digging into home theater tech. Turns out, there's a whole science behind why some displays make everything look amazing while others leave you squinting and wondering what happened to all the colors.
Think of it like this: if you've ever tried to match paint colors at Home Depot, you know there are thousands of slightly different shades of "white." Color space works similarly for screens – it's basically the specific set of colors a device can show, and more importantly, how it defines what those colors should actually look like.
It's not just about having more colors available. It's about getting the right colors. The red of a Ferrari should look the same whether you're watching on your phone, your TV, or a massive projector. Color space is what makes that consistency possible.
Here's where it gets interesting: traditional projectors and TVs often struggle with this because they have to create colors by filtering white light, which is like trying to make a perfect red by putting colored plastic over a flashlight. You lose brightness and accuracy in the process.
That's why we went with triple-laser technology in our projectors like the LTV-3500 Pro. Instead of filtering light, we generate pure red, green, and blue laser light directly. It's like having three perfectly tuned paintbrushes instead of trying to mix everything from muddy brown.
Look, I get it – this sounds pretty technical. But here's where it hits you in real life:
Movies look the way directors intended. That moody blue-tinted scene in Blade Runner 2049? The warm, golden hour lighting in a Terrence Malick film? When your display can handle the right color space, you see these exactly as the filmmakers crafted them.
Details you didn't know you were missing. Wider color spaces show subtle differences between similar shades. Instead of seeing "green forest," you start noticing the dozen different greens that make it feel real and three-dimensional.
Gaming becomes genuinely more immersive. When playing Cyberpunk 2077, the neon signs in Night City went from looking decent to absolutely electric. Those subtle purple and pink hues in the shadows? They were there all along, just waiting for a display that could actually show them.
On the flip side, when there's a mismatch between what content was made for and what your screen can display, everything looks flat. Colors get compressed into a narrower range, and you end up with that "washed out" look that makes expensive content look cheap.
Not all color spaces are created equal. As technology has evolved, so have the standards that define the colors we see:
Our LTV-3500 Pro hits 107% of BT.2020 coverage. What does this "107%" actually mean for you? It signifies that the total volume of distinct colors our projector can produce exceeds the already enormous BT.2020 standard. In practical terms, you get colors that are deeper, more nuanced, and closer to what you'd see in real life.
For gamers, color isn't just about pretty pictures. It's about total immersion. The "best color space for gaming" is one that can deliver the rich, dynamic worlds developers painstakingly create. Wide Color Gamut (WCG) capabilities, particularly those approaching or exceeding BT.2020, transform gaming landscapes into vivid environments.
Imagine exploring lush alien jungles where every leaf shimmers with a unique shade of green, or engaging in fantastical battles where energy blasts crackle with electrifying intensity. Better color differentiation can even provide a subtle competitive edge, helping you spot details others might miss. When combined with the High Dynamic Range (HDR) that often accompanies these wider color spaces, the visual impact is simply stunning, with brilliant highlights and deep, detailed shadows.
AWOL Vision projectors, with their exceptional color reproduction derived from our pure triple-laser light source and their ability to render vast color spaces like BT.2020, offer a gaming experience that is not just big, but astonishingly vibrant and immersive.
You might be wondering about "color space settings" and if you need to be a video engineer to get the best picture. With AWOL Vision, the answer is a resounding no.
AWOL Vision projectors are engineered to intelligently handshake with your source devices (like a 4K Blu-ray player, streaming device, or gaming console) and automatically detect the incoming content's color space.
The precision of our triple-laser light source is paramount here. Unlike traditional lamp or single-laser projectors that have to filter light to create colors (often sacrificing brightness or accuracy), our system generates distinct red, green, and blue laser light directly. This allows for an incredibly wide native color gamut and unparalleled color purity from the get-go. This inherent technological advantage means our projectors can map various standard color spaces, including the demanding BT.2020, with exceptional fidelity without the need for constant user intervention. We want you to spend your time captivated by the content, not calibrating your equipment.
Color space is the difference between watching content and experiencing it. It's why some displays make you go "wow" while others just show you pictures.
When you understand what's possible with proper color reproduction, it becomes harder to settle for the muddy, compressed colors that most displays serve up. Once you see what HDR content looks like with proper BT.2020 coverage, regular displays start looking flat and lifeless.
We're not just making projectors brighter or bigger – we're trying to bring the full spectrum of human color vision into your living room. Because honestly, if you're going to invest in a home theater, shouldn't you see all the colors that are actually there?
| Item | Price | Qty | Total | |
|---|---|---|---|---|
| Subtotal |
$0.00 |
|||
| Shipping | ||||
| Total | ||||