Bob and Ryan from ThinkComputers with Exploring the Latest in Home Tech: OLED Monitors and Wearable Smart Glasses – HGG598

Bob and Ryan from join me as my guests. They are both off a successful CES 2024 and live to tell! Lots on monitors, memory and a new wearable from ASUS! Great to catch up with them and I am sure you will enjoy the show. Thanks for listening!

Full show notes, transcriptions (available on request), audio and video at

Join Jim Collison / @jcollison for show #597 of Home Gadget Geeks, brought to you by the Average Guy Network.


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Show Segments

Quick Timestamps:

[00:03:21] CES 2024 coverage.

[00:07:47] Gaming monitor trends

[00:08:19] OLED gaming monitors.

[00:14:09] Wide gamut of options.

[00:23:02] LED technology for immersive experiences.

[00:27:55] OLED vs Mini LED technology.

[00:29:00] Display and monitor options.

[00:33:53] Fastest storage technology.

[00:39:27] Cable-free power for graphics cards.

[00:43:33] PC case and component sizes.

[00:49:33] Small Form Factor PCs.

[00:55:01] Transparent screens and sporting events.

[00:57:40] Transparent screens and future implementations.

[01:02:14] AI advancements and search capabilities.

[01:06:10] Modular laptop accessories.

[01:12:00] Vegas Convention Center experience.

[01:17:11] Podcast accessibility and visuals.

Detailed Timestamps

  • Tech gadgets and weather fluctuations.[0:00]
    • Jim and Ryan discuss the sudden warmth in their areas, with temperatures rising from negatives to 30s and 50s.
  • CES coverage and in-depth product analysis.[1:14]
    • Bob Buskirk shares his experience moving from Pittsburgh to California during COVID and adjusting to the warmer weather.
    • In-depth coverage of new tech products still valuable at CES, but short-form content popular for quick news and updates.
  • CES 2023 monitor trends, including OLED gaming monitors.[5:37]
    • Bob and Ryan cover CES meetings and events for six days, including product showcases and events before the official show starts.
    • Bob Buskirk: OLED gaming monitors impress with thin designs and affordable prices.
  • Gaming monitors and OLED technology.[10:00]
    • High refresh rate monitors (520Hz) provide smoother, crisper gaming experience.
    • Bob Buskirk notes that OLED TV prices are decreasing, making them more accessible to the average person.
  • New monitors and cameras with multiple options.[13:48]
    • Ryan Kerschner impressed by multiple monitor options from various companies, including curved and flat monitors with different resolutions and refresh rates.
  • Camera equipment and monitor resolution.[16:31]
    • Bob Buskirk discusses the size and portability of the Z Cam Sphere, mentioning its small size and ability to fit in a pocket.
    • Collison and Buskirk discuss the benefits of using multiple large format displays for productivity and live streaming.
  • Gaming monitors, mini LED technology.[21:34]
    • Bob Buskirk highlights monitors as the most exciting product category at CES 2023.
    • Mini LED technology provides more immersive gaming experiences with brighter and more detailed visuals.
  • Display technology and monitor upgrades.[25:56]
    • Bob and Ryan prefer OLED displays for gaming due to vibrant colors and infinite contrast ratio.
    • Bob and Jim discuss the current state of high-end monitor technology, including price trends and the availability of components.
  • TV and storage technology advancements.[31:08]
    • TV technology is advancing, with faster refresh rates and higher resolutions becoming standard in both TVs and monitors.
    • Bob Buskirk discusses the current state of Gen five drives, including their speed and mainstream adoption.
  • NVMe SSDs, GPU cooling, and cable-free motherboards.[35:33]
    • Bob Buskirk explains that Gen 5 NVMe SSDs may still require active cooling due to controller heat, but future advancements will likely lead to passive cooling solutions.
    • ASUS’s new cable-free connector allows for a cleaner build and increased power delivery to graphics cards.
  • Motherboard design and case size preferences.[41:00]
    • MSI is moving power connections and USB ports to the back of their motherboards for a cleaner interior.
    • Bob Buskirk prefers normal-sized cases for ease of use and flexibility.
  • Small form factor gaming PCs and wearable smart glasses.[46:27]
    • All-in-one gaming PCs and small form factor gaming rigs are gaining popularity, offering powerful performance in a compact size.
    • Ryan and Bob discuss wearable smart glasses, with mixed reactions.
  • Using Oculus for productivity despite limitations.[51:44]
    • Jim Collison struggles to use Oculus for productivity despite enjoying it for YouTube watching.
  • Augmented reality technology and its potential applications.[52:49]
    • Bob Buskirk and Ryan Kerschner discuss the future of augmented reality technology, with a focus on seamless integration and immersive experiences.
  • Transparent monitors for podcasting.[55:48]
    • Jim Collison seeks a transparent monitor to improve podcasting experience.
  • AI and PC technology advancements.[57:23]
    • Bob Buskirk and Jim Collison discuss the potential of transparent screens and their potential applications, including advertising and high-end retail.
    • Bob Buskirk and Jim Collison discuss the integration of AI in PCs, with potential benefits and drawbacks.
    • Jim Collison and Bob Buskirk discuss the potential for AI models to be trained on outdated or incorrect information, and the importance of ensuring AI models are fed accurate and relevant data.
  • Modular laptops and accessories at CES.[1:05:59]
    • Ryan Kerschner and Jim Collison discuss modular PC options for laptops, including a magic bar with Pogo connections and external SSDs.
  • New technology and gadgets at CES.[1:07:55]
    • Bob Buskirk discusses new laptop features, including a magnetic display and USB-C connectivity.
    • Bob and Jim discuss the smell of the Las Vegas Convention Center, particularly a corner area that always has a strong sewage smell.
  • Tech gadgets and live podcasting.[1:12:17]
    • Bob Buskirk and Jim Collison discuss the Consumer Electronics Show (CES) and their past experiences attending the event.
    • Bob and Jim discuss their podcast, The Average Guy, and its live streams on YouTube.

More from Chat GPT

CES 2024 coverage shifting to short-form content

CES 2024 Coverage Shifting to Short-Form Content

CES (Consumer Electronics Show) is an annual event where tech enthusiasts, bloggers, podcasters, and industry professionals gather to showcase and explore the latest innovations in consumer electronics. Over the years, CES has become a hub for tech enthusiasts to get a glimpse of cutting-edge products and trends that will shape the future.

However, in recent years, there has been a noticeable shift in the way CES coverage is being presented. The rise of short-form content, particularly on platforms like TikTok, has changed the landscape of how tech enthusiasts consume and engage with CES updates.

One of the podcast hosts, Bob, mentioned that while there are still many people attending CES, the coverage has evolved. Instead of long-form videos and articles, many content creators are now focusing on short-form content like TikTok videos. This shift is driven by the desire to provide quick, easily digestible updates to viewers.

The appeal of short-form content lies in its ability to convey information concisely and quickly. With attention spans getting shorter, viewers prefer bite-sized content that can be consumed on the go. Platforms like TikTok, with its short video format, have gained immense popularity among younger audiences, making it an ideal platform for tech content creators to reach a wider audience.

However, the transition to short-form content comes with its limitations. Bob mentioned that while short videos are convenient to create, they often lack in-depth details and analysis. For complex products or new releases, a one-minute video might not be sufficient to cover all the necessary information. This is where long-form content, like podcasts and articles, still play a crucial role in providing comprehensive coverage.

The podcast hosts, Bob and Ryan, pride themselves on their long-form content approach. They believe in offering detailed reviews, articles, and videos that delve deep into the features, release dates, and pricing of tech products. Their aim is to provide their audience with a complete understanding of the products they cover.

While short-form content has its advantages in terms of quick updates and broader reach, it is essential to strike a balance between brevity and depth. Long-form content allows for a more thorough exploration of products, enabling consumers to make informed decisions.

In conclusion, CES 2024 coverage has seen a shift towards short-form content, particularly on platforms like TikTok. While short videos provide quick updates and cater to shorter attention spans, long-form content still holds value in providing in-depth analysis and comprehensive coverage. Content creators like Bob and Ryan continue to prioritize long-form content to ensure their audience receives detailed information about the latest tech gadgets and innovations.

OLED gaming monitors are impressive.

One of the standout products at CES 2024 was OLED gaming monitors. These monitors, showcased by companies like Gigabyte, Samsung, and LG, offer a significant upgrade in terms of visual quality and performance compared to traditional monitors. OLED technology provides incredibly vibrant colors and deep blacks, creating a more immersive gaming experience.

The podcast transcript reveals that OLED gaming monitors were a major focus for many companies at CES. Bob and Ryan, the hosts of the podcast, mentioned that OLED monitors were everywhere and that every company seemed to have their own version. They also highlighted the thinness of these monitors, which is a testament to the advancements in display technology.

One of the key advantages of OLED gaming monitors, as mentioned in the podcast, is the affordability. The prices of OLED monitors have significantly dropped compared to previous years, making them more accessible to gamers. Bob specifically mentioned that gamers can now purchase a large format OLED gaming monitor with high refresh rates for around $1,200 to $1,500, which is a reasonable price considering the specifications and visual quality.

The hosts also expressed their admiration for Samsung’s OLED gaming monitors, noting that Samsung is a leading manufacturer of panels for many other companies. This indicates that Samsung’s expertise in display technology has resulted in exceptional gaming monitors. The hosts were particularly impressed by the thinness of the monitors, further emphasizing the technological advancements in OLED displays.

Overall, OLED gaming monitors have made a significant impact at CES 2024. They offer a superior visual experience with vibrant colors and deep blacks, enhancing the immersion and enjoyment of gaming. The affordability of these monitors has made them accessible to a wider range of gamers, allowing them to upgrade their gaming setups without breaking the bank. With the advancements in OLED technology, it is clear that gaming monitors are evolving to provide a more immersive and visually stunning gaming experience.

OLED monitors offer high refresh rates.

One of the standout features of OLED monitors is their high refresh rates. The podcast transcript reveals that some monitors have refresh rates as high as 520, which is considered to be wild and impressive. The hosts of the podcast emphasize that even though some people may think there is no noticeable difference between lower and higher refresh rates, they have personally experienced the significant impact of higher refresh rates on gaming.

The hosts explain that higher refresh rates result in smoother and crisper visuals, especially when playing games. The ability to see things on the screen faster allows gamers to react more quickly, giving them a competitive advantage. They even mention a demo they participated in where their reaction times were measured, and the results showed that the higher refresh rate monitor led to faster reaction times.

In the past, OLED monitors were often considered expensive, making them inaccessible to the average person. However, the hosts note that the prices of OLED panels have been decreasing, making them more affordable for the average consumer. They mention that a 27-inch OLED monitor with a refresh rate of around 500 hertz can now be purchased for around $400 to $500. Additionally, they mention that prices may continue to decrease as the prices of panels go down.

The hosts also highlight the variety of options available when it comes to OLED monitors. They mention that there are curved and flat monitors with different resolutions and refresh rates, allowing consumers to find a monitor that fits their specific needs and preferences. This wide range of options demonstrates that OLED monitors are becoming more versatile and customizable.

In conclusion, OLED monitors offer high refresh rates that greatly enhance the gaming experience. They provide smoother and crisper visuals, allowing gamers to react faster and have a competitive edge. The decreasing prices of OLED panels make these monitors more accessible to the average consumer. The variety of options available ensures that gamers can find a monitor that suits their specific needs and preferences. Overall, OLED monitors are revolutionizing the gaming industry by offering a more immersive and visually stunning gaming experience.

DJI Pocket 3 is amazing.

The podcast transcript highlights the amazing features and benefits of the DJI Pocket 3, emphasizing its convenience, quality, and versatility. The hosts describe how the Pocket 3, equipped with wireless microphones and a gimbal, provides an effortless and stable recording experience. They praise its one-inch sensor, which delivers excellent low-light performance and fast operation. The hosts also mention its compatibility with USB type-c microphones, making it easy to connect high-quality audio equipment.

Furthermore, they discuss the compact size of the Pocket 3, which eliminates the need for carrying heavy backpacks and tripods. Its portability allows for easy recording on the go, and the hosts mention that they rarely had to swap memory cards or worry about battery life due to the device’s ample storage capacity and additional battery grip.

The hosts also touch on the possibility of using the Pocket 3 in immersive environments, such as inside a sphere, suggesting that its small size would make it feasible to bring along.

The conversation concludes with a lighthearted discussion about the desire to have multiple DJI Pocket 3 devices, with the hosts jokingly suggesting that at least three monitors should be owned for maximum satisfaction. They mention the high resolution and quality of the monitors, as well as the durability of their aluminum stands.

Based on the podcast transcript, it is evident that the DJI Pocket 3 is highly regarded and praised for its convenience, quality, and performance. Its compact size, compatibility with external equipment, and ease of use make it an excellent choice for content creators and videographers on the go.

Monitors with mini LED technology.

However, another interesting topic discussed in the podcast is the emergence of monitors with mini LED technology. The hosts express their excitement and enthusiasm for this new technology, highlighting its potential impact on gaming, movie-watching, and overall visual experience.

Mini LED technology involves the use of individual LEDs to light up specific sections of the monitor. This allows for more precise and immersive visuals, as different parts of the screen can have varying levels of brightness. For example, if there is an explosion in a game or movie, the area of the screen where the explosion occurs will be much brighter than the rest of the monitor. This creates a more realistic and captivating experience for the viewer.

The hosts mention that they had the opportunity to see a demo of mini LED technology a few years ago at NVIDIA. They were impressed with how the technology enhanced the visuals, particularly in displaying fire and bright objects. They emphasize that seeing it in person is the best way to truly appreciate the difference it can make.

However, it is noted that monitors with mini LED technology can be quite expensive. Prices for a 24 or 27-inch monitor can range around a thousand dollars. While this may be a deterrent for some, the hosts believe that the enhanced visual experience and immersion provided by mini LED technology make it worth the investment.

The hosts also mention that mini LED gaming monitors are being showcased at stores like Best Buy and Microsoft. They encourage listeners to try out these monitors if they have the opportunity, as there may be demos available to better understand and appreciate the technology.

In conclusion, monitors with mini LED technology are an exciting development in the world of visual displays. The use of individual LEDs to create varying levels of brightness on different parts of the screen enhances the immersive experience for gamers and movie-watchers. While these monitors may come with a higher price tag, the hosts believe that the enhanced visual experience justifies the investment. Overall, mini LED technology has the potential to revolutionize the way we consume visual content and elevate our viewing experiences to new heights.

Mini LED offers better display control.

Mini LED technology offers better display control compared to traditional displays. In a podcast transcript, the hosts discuss the advantages of mini LED technology and its impact on visual displays.

The hosts explain that on a mini LED display, each LED on the screen can be individually controlled. This allows for precise control over brightness levels in different areas of the screen. The LEDs are arranged in patterns across the display, enabling the ability to brighten one part of the screen while dimming another. This level of control enhances the overall visual experience for users.

In contrast, traditional displays typically have lighting zones that control brightness levels. The more lighting zones a display has, the better the overall quality. However, the hosts note that even displays with multiple lighting zones can suffer from burn-in spots over time. This is evident in their example of TVs at a bar, where burn-in spots from constant use are visible. Mini LED technology solves this issue by offering much more finite control over brightness levels, reducing the likelihood of burn-in spots.

The hosts also discuss the comparison between mini LED and OLED displays. While OLED displays offer vibrant colors and excellent quality, the hosts prefer large format displays, which are currently best achieved with OLED technology. However, they express a desire for OLED displays that incorporate the individual control capabilities of mini LED technology.

From a gaming perspective, the hosts agree that they would prefer OLED displays if price was not a consideration. They appreciate the vibrancy of colors in OLED displays, especially for games with light colors and bright textures. The hosts mention that using a non-OLED monitor after experiencing OLED visuals feels disappointing.

In terms of purchasing options, the hosts consider Amazon to be a viable choice for buying higher-end monitors. They acknowledge the importance of testing out displays in person, recommending stores like Best Buy or Micro Center for this purpose. However, they also note that Amazon has a good return policy and reliable customer service, making it a safe option for online purchases.

Overall, the hosts believe that mini LED technology represents a significant advancement in display technology. The individual control of LEDs allows for enhanced visual experiences, particularly for gaming and watching movies. While there may be a higher price associated with mini LED displays, the hosts argue that the improved visual quality justifies the investment. They also highlight the increasing competition in the market, which benefits consumers by driving down prices.

In conclusion, monitors with mini LED technology are an exciting development in the world of visual displays. The use of individual LEDs to create varying levels of brightness on different parts of the screen enhances the immersive experience for gamers and movie-watchers. While these monitors may come with a higher price tag, the hosts believe that the enhanced visual experience justifies the investment. Overall, mini LED technology has the potential to revolutionize the way we consume visual content and elevate our viewing experiences to new heights.

TV tech surpasses monitor tech.

However, when it comes to overall technology and advancements, TV tech still surpasses monitor tech. The hosts of the podcast discuss how Samsung and LG dominate the TV market and produce the majority of panels for TVs. They mention that OLED technology, which was first seen in TVs 15 years ago, was a significant advancement at the time. This indicates that TVs have been at the forefront of technological advancements in the display industry.

The hosts also mention that TVs sell more units than monitors, which further supports the idea that TV tech is more advanced. Manufacturers focus on improving and innovating TV technology because it has a larger market and customer base. On the other hand, monitor technology receives less attention and advancements because it caters to a smaller audience.

However, the hosts do acknowledge that there is one aspect where monitor tech may surpass TV tech – the refresh rate. They mention that monitors often have faster refresh rates, which are desirable for gamers and those using gaming consoles like Xbox or PlayStation. This aspect of monitor technology may find its way into TVs to cater to the needs of gamers.

Switching gears, the podcast also discusses storage and memory technology. The hosts mention Gen 5 drives, which were fairly new at the time of the podcast recording. They explain that Gen 5 drives offer the fastest speeds but require active cooling due to their high heat generation. This limitation makes them less mainstream, as many people do not want additional cooling components in their systems. However, for those seeking the fastest speeds, Gen 5 drives are currently the best option.

The hosts also mention the advancement of portable storage with USB 4, which can achieve speeds of over three gigabytes per second. However, they note that many motherboards do not yet support these speeds, limiting the widespread adoption of this technology.

In conclusion, while mini LED technology in monitors is an exciting development, TV tech still surpasses monitor tech in terms of overall advancements. The dominance of Samsung and LG in the TV market, the introduction of OLED technology in TVs 15 years ago, and the larger customer base for TVs all indicate that TV tech is at the forefront of display technology. However, monitors excel in terms of refresh rate, particularly for gaming purposes. Additionally, storage and memory technology, such as Gen 5 drives and USB 4, continue to advance, although their mainstream adoption may be limited by factors such as active cooling requirements and motherboard compatibility. Overall, TV tech remains the leader in display technology, with monitors and storage/memory technology following closely behind.

New NVMe tech needs active cooling.

New NVMe tech, specifically Gen 5 drives, requires active cooling in order to prevent overheating and maintain optimal performance. This is because the controller, which is responsible for managing data transfer and processing, tends to get hot during operation. Active cooling is necessary to dissipate the heat and prevent thermal throttling, which can lead to decreased speeds.

The need for active cooling with new NVMe technology is not unique to Gen 5 drives. In the past, whenever there has been a new type of NVMe tech introduced, active cooling has been required initially. For example, Samsung had the fastest NVMe drive at one point, but it would overheat and experience thermal throttling when under heavy load. This highlights the importance of active cooling in ensuring consistent and reliable performance.

However, it is worth noting that active cooling is not a permanent limitation for new NVMe tech. Over time, as manufacturers refine their designs and improve the efficiency of the controllers, the need for active cooling diminishes. This has been the case with previous generations of NVMe technology, and it is expected to be the same for Gen 5 drives.

In terms of compatibility, Gen 5 drives are currently limited to the newest platforms from AMD and Intel. This means that not all users will be able to take advantage of the benefits offered by Gen 5 drives. However, for those who have compatible systems, Gen 5 drives can provide significant improvements in storage and memory performance.

In addition to active cooling requirements and compatibility limitations, the adoption of new NVMe tech may also be influenced by other factors such as cost and availability. As with any new technology, there may be a period of time before it becomes more widely accessible and affordable for mainstream users.

In conclusion, new NVMe tech, including Gen 5 drives, requires active cooling initially to prevent overheating and maintain optimal performance. While this may be a limitation for some users, it is expected to improve over time as manufacturers refine their designs. Furthermore, compatibility with current motherboard platforms may also impact the adoption of new NVMe tech. Despite these challenges, the advancements in storage and memory technology continue to push the boundaries of performance and offer exciting possibilities for users.

Motherboard connections moving to back

One interesting development in the world of motherboards is the movement of connections to the back of the board. This shift is aimed at providing a cleaner look and easier access for users. In the past, all the connections, such as SATA ports, USB headers, and RGB connectors, were typically located on the front of the motherboard. However, with this new design, all these connections are now placed on the back of the board, giving it a more streamlined appearance.

At first, this change may seem unnecessary, but it has gained traction among case manufacturers, with many new cases now supporting this design. It is likely that this will become the standard in the future. By relocating the connections to the back of the board, the front of the motherboard becomes less cluttered, making it easier for users to install and remove components without having to maneuver around cables and headers.

One advantage of this design is that it allows for easier access to the connections. With traditional motherboards, once a CPU cooler or graphics card is installed, accessing the connections becomes challenging. However, with the connections now on the back of the board, users can easily connect or disconnect cables without having to remove these components. This simplifies the process of maintenance and upgrades, as users no longer need to disassemble their entire system to access the connections.

When considering the size of the case and motherboard, there are different perspectives. Some prefer larger cases and full-size ATX motherboards, as they provide more room to work with and offer more features. On the other hand, there is a movement towards smaller form factors, such as mini ITX, which allows for more compact builds. However, mini ITX cases have limitations, such as fewer memory slots and fewer features compared to full-size ATX motherboards. For those new to building PCs or those who prefer a more straightforward experience, a full-size or mid-size tower is often recommended.

Overall, the movement of motherboard connections to the back of the board offers several benefits. It provides a cleaner look, easier access to connections, and simplifies maintenance and upgrades. While there may be some challenges with compatibility and limitations in smaller form factor cases, this design change is likely to become the standard in the future. As technology continues to advance, it is exciting to see how these developments in motherboard design will shape the overall PC building experience.

ASUS wearable smart glasses review

One of the latest technological innovations in the market is the ASUS wearable smart glasses. These glasses have garnered attention due to their unique features and potential applications. In a recent podcast, the hosts discussed their experiences with the ASUS smart glasses and shared their thoughts on the product.

The podcast hosts began by highlighting the appeal of the ASUS smart glasses for individuals who prefer a larger display. The glasses offer a massive display that can enhance productivity and provide an immersive experience. However, they acknowledged that wearing glasses all day might not be preferable for everyone, especially those who are not avid users of wearable technology.

The podcast hosts also mentioned that the ASUS smart glasses have a high-quality display with good clarity. They commended the product for its visual performance, which is crucial for gaming and other multimedia activities. However, they expressed reservations about the feeling of disconnect that wearing the glasses might create. They compared it to the sensation of using virtual reality (VR) goggles, where the user becomes isolated from their surroundings. This disconnect may not be desirable for individuals who value social interaction and prefer to be aware of their immediate environment.

The hosts further discussed their personal experiences with the ASUS smart glasses. One of them tried a gaming driving game, but it did not resonate with him. He mentioned that unlike VR goggles, the glasses did not block out the surrounding environment, making it less immersive. This lack of complete immersion might deter some users from fully embracing the product.

Another host admitted to not being a fan of wearable technology in general. He shared his experience with an Oculus headset, which he found challenging to integrate into his daily tasks. From a productivity standpoint, he struggled to make the interface work efficiently for his work-related activities. However, he acknowledged that the headset provided an excellent environment for watching YouTube videos, offering an immersive experience without distractions.

The hosts concluded their discussion by questioning the future of wearable smart glasses. They wondered how many attempts would be made to popularize this technology and whether it would eventually become mainstream. They highlighted the challenges of finding a balance between functionality, comfort, and immersion.

In conclusion, the ASUS wearable smart glasses offer a unique and innovative approach to display technology. With a large and high-quality display, they have the potential to enhance productivity and provide immersive experiences. However, the glasses may not appeal to everyone due to the feeling of disconnect they create and the challenges of integrating them into daily tasks. As with any emerging technology, there are still improvements to be made to strike the right balance between functionality and user experience. Only time will tell if wearable smart glasses will become a staple in the tech industry or remain a niche product.

Seamless integration is still lacking.

Seamless integration is still lacking in the field of wearable smart glasses, as discussed in the podcast transcript. The speakers express their opinions on various smart glasses, such as Apple’s and Google’s, and highlight the challenges faced in achieving seamless integration.

One speaker mentions that Apple’s smart glasses may have the potential to lead the way in terms of seamless integration, but acknowledges that it will take time for a product to truly catch on. They emphasize the importance of good apps and integrations, which can take years to develop.

Another speaker brings up the example of Google Glasses, which were initially seen as a promising advancement but ultimately fell short of expectations. They mention that they have tested multiple smart glasses over the years and found that none of them have achieved seamless integration. They describe these devices as distracting or poorly implemented.

The speakers also discuss the potential of transparent screens in enhancing the user experience. They suggest that at sporting events, transparent screens could be used to display additional statistics and imagery without obstructing the view of the field. This demonstrates a desire for a seamless integration of visuals into the real world.

One speaker even proposes the idea of using transparent screens as teleprompters for podcasters. They express frustration with the current size limitations of teleprompters and suggest that transparent screens could provide a larger, more immersive experience. This further highlights the need for seamless integration in various industries, including podcasting.

In conclusion, the podcast transcript reveals that seamless integration is still lacking in the field of wearable smart glasses. Despite advancements made by companies like Apple and Google, none of the devices tested by the speakers have achieved the level of integration they desire. However, the potential of transparent screens and the ongoing pursuit of seamless integration suggest that improvements may be on the horizon. Only time will tell if wearable smart glasses will overcome the challenges and become a staple in the tech industry or remain a niche product.

AI integration in future technology.

Furthermore, the podcast transcript also highlights the potential of AI integration in future technology. The speakers discuss various AI tools and features that are being developed by different manufacturers, particularly in the realm of personal computers and laptops.

One notable example is Microsoft’s Copilot, an AI tool that aims to assist users in navigating their PC settings and finding specific features or functions. This tool is particularly useful for beginners or individuals who are not familiar with PC usage. With the constant changes and updates in operating systems like Windows, having an AI assistant to guide users through these changes can greatly improve the user experience.

Additionally, the speakers mention that AI integration is not limited to Microsoft, as other manufacturers such as Lenovo, Gigabyte, ASRock, and Asus are also working on their own AI helpers. These AI assistants are expected to provide users with a seamless and intuitive experience, allowing them to ask questions and receive assistance in real-time.

While there may be concerns regarding the accuracy and adaptability of AI models, the speakers express optimism that as AI technology improves, these models will also become more efficient and effective. The learning capabilities of AI models, combined with their ability to continuously update and adapt, suggest that AI integration in future technology will only get better with time.

Overall, the podcast transcript emphasizes the growing importance of AI integration in future technology. From assisting users in navigating complex PC settings to providing real-time help and support, AI tools and features are expected to become a standard component of computers and laptops. As technology continues to advance, it is likely that AI integration will play a crucial role in enhancing user experiences and improving overall efficiency in various technological applications.

AI model training on outdated code.

One specific aspect discussed in the podcast is the training of AI models on outdated code. The speaker raises concerns about the potential consequences of training AI models on code that is no longer appropriate, functional, or secure. They mention the example of incorporating Microsoft subscription learning materials, such as MSDN, into an AI model. The speaker points out that a significant portion of the code in these materials may be outdated and no longer work effectively.

The podcast highlights the importance of ensuring that AI models are trained on accurate and up-to-date information. The fast-paced nature of technological advancements, particularly in the context of operating systems like Windows, means that the code is constantly changing. This poses a challenge for AI model training, as the models need to be regularly updated to keep up with these changes.

The speaker suggests that while AI models may currently be used for historical purposes and less critical tasks, there is a growing need for them to handle more important and complex tasks in the future. As technology evolves, the language models and training of AI models will become more challenging. The podcast also mentions the potential risks of using AI models that are not properly trained or updated, as they may provide inaccurate or insecure information.

The discussion then shifts to the topic of health gadgets and the use of AI in monitoring health conditions. The speaker mentions the Apple Watch’s Pulse Ox feature, which measures the oxygen levels in the bloodstream. They highlight a case where a company infringed on another company’s technology related to pulse oximetry. This example demonstrates the importance of ensuring that AI models and technologies comply with intellectual property rights and ethical considerations.

Overall, the podcast emphasizes the need for caution and diligence in training AI models. It is crucial to ensure that the code and information used for training are accurate, up-to-date, and secure. As AI integration becomes more prevalent in various industries, including healthcare, it is essential to prioritize the integrity and reliability of AI models to avoid potential risks and consequences.

Portable display with USB connectivity.

The podcast briefly discusses a portable display with USB connectivity. The speakers express their enthusiasm for this technology, particularly highlighting the convenience of having a portable display that can be easily connected to a laptop. They mention that the display snaps on top of the laptop and is powered by it, eliminating the need for additional wires or power sources.

The speakers also discuss the potential for other devices to be connected to the laptop through USB. They mention that the USB 3.2 Gen 2 connection is fast enough to support various devices, and since most devices already use USB, it makes sense to have a versatile and compatible connection.

Furthermore, they mention the idea of a universal connector that can accommodate different devices, similar to the Microsoft Surface connector. However, they note that previous attempts at creating such a connector were not successful, as they lacked the necessary speed and technology. They express hope that the USB connectivity in the portable display will lead to more innovative and compatible devices in the future.

The speakers discuss the practicality of the portable display for travel purposes. They mention that having a second monitor while traveling can enhance productivity or provide entertainment. The display is described as a 1080p monitor, indicating its high-quality visuals.

The podcast also briefly touches on their experiences at a convention in Las Vegas. They mention the smell in certain areas of the city, but note that it has improved in recent years. They discuss the possibility of attending future conventions to enjoy the technology on display and potentially do live podcasts.

In conclusion, the podcast highlights the convenience and versatility of a portable display with USB connectivity. The speakers express their excitement for this technology and its potential for connecting various devices to a laptop. They also discuss the practicality of such a display for travel purposes. Overall, the podcast showcases the benefits and possibilities of portable displays with USB connectivity in enhancing productivity and entertainment while on the go.

Video quality improved over time.

The podcast transcript reveals a conversation between the hosts about the improvement in video quality over time. They specifically discuss their own experiences with live streaming and reflect on the poor video quality of their earlier videos. One host mentions that they did not have the necessary equipment at the time, highlighting the limitations they faced. However, they express curiosity about how people still watched their content despite the subpar video quality.

The hosts then discuss the advancements in technology, specifically mentioning a device that can livestream and be used as a webcam. One host contemplates purchasing this device and using it regularly, emphasizing its convenience and portability. They acknowledge that they do not create enough content to justify the purchase, but the idea of improving the quality of their videos intrigues them.

The conversation then shifts to a discussion about the quality of the reviews on a website called One host compliments the other host on their consistent and detailed reviews, which include measurements to enable fair comparisons. They appreciate the variety of products reviewed on the website, including those that are not mainstream or more affordable alternatives to popular brands.

Towards the end of the podcast, the hosts mention the availability of the podcast as a video or audio download. They acknowledge that their podcast is very visual and encourage viewers to watch the video for the best experience. However, they understand that some people prefer to listen to podcasts during their commute and strive to provide descriptive commentary to cater to those listeners as well.

In conclusion, the podcast highlights the improvement in video quality over time. The hosts reflect on their own past videos and acknowledge the limitations they faced due to lack of equipment. They also discuss the advancements in technology, such as portable displays with USB connectivity, that have contributed to better video quality. The conversation emphasizes the importance of video quality in enhancing the viewing experience and the practicality of portable displays for travel purposes. Overall, the podcast showcases the evolution of video quality and the potential for further advancements in the future.

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