Connect with us
nintendo next move nintendo next move

Meta Quest

Quest 3’s Wi-Fi 6E Connectivity and Exciting New HMDs- revealed by Matteo311

David William

Published

on

The virtual reality landscape is abuzz with thrilling developments, as VR enthusiasts and tech aficionados anticipate a wave of innovations set to reshape the industry. Today, in an engaging video hosted by Matteo311 on YouTube, viewers were treated to the latest news and updates from the world of VR. From remarkable hardware advancements to insightful discussions about VR experiences, the video provided an insightful glimpse into the evolving VR landscape.

Matteo311, a prominent VR content creator, delivered the latest edition of his weekly VR news series. In a departure from the norm, this particular episode took a deep dive into exciting hardware revelations and updates, sparking the curiosity of viewers.

The episode kicked off with Matteo311’s signature greeting, welcoming viewers to the channel, which has become synonymous with top-tier VR content. In a surprise twist, this installment of the weekly news update shifted its focus from game-centric information to hardware breakthroughs, piquing the interest of VR enthusiasts worldwide.

Quest 3’s Wi-Fi 6E Connectivity: A Game-Changing Revelation

Among the most significant announcements was the confirmation that the much-anticipated Quest 3 headset will feature Wi-Fi 6E connectivity. Matteo311 provided an in-depth explanation of why this development is a game-changer for the VR community. Wi-Fi 6E promises to drastically reduce latency during PC VR streaming, enhancing the overall experience for users. With the potential to cut transmission latency and improve decoding, the Quest 3’s Wi-Fi 6E connectivity is poised to revolutionize the way users engage with VR content.

Innovative HMDs and Prototypes on the Horizon

Viewers were also treated to a glimpse of innovative hardware developments on the horizon. Matteo311 showcased prototypes that aim to address various challenges in the VR space. These prototypes included the “Butterscotch” headset, which boasts a unique focal lens system mimicking human eye resolution. By focusing on objects as the human eye naturally does, this headset aims to enhance both visual acuity and VR performance.

Another intriguing prototype demonstrated was the “Light Field” headset, designed to mitigate distortion in AR experiences. By employing novel technology that captures and focuses light, this headset seeks to create a more accurate representation of the real world within AR environments.

Lynx R1: An Ambitious Competitor in the VR Arena

The episode delved into the recent production status of the Lynx R1 headset, which was initially positioned as a competitor to the Quest 2. However, the Lynx R1 has faced delays due to production challenges, raising questions about its potential success in a market already teeming with formidable options. Matteo311 explored whether the Lynx R1’s dated technology and delayed production schedule could hinder its reception in the competitive VR landscape.

Collaborative Efforts for AR Standardization

Viewers were also informed of a groundbreaking collaboration between industry giants, including Apple, Nvidia, and Pixar, aiming to standardize the creation of augmented reality (AR) experiences. Known as The Alliance for USD, this collaboration seeks to streamline AR technology, much like HTML standardized the internet. While the effects of this collaboration might not be immediately visible, it holds the promise of shaping the future of AR technology and experiences.

 A Visionary Dive into the VR Future

Matteo311’s latest video episode painted a vivid picture of the transformative developments underway in the VR industry. From Quest 3’s Wi-Fi 6E connectivity to innovative hardware prototypes and collaborative efforts for AR standardization, the VR landscape is evolving rapidly. As VR enthusiasts eagerly anticipate the unveiling of cutting-edge technologies and experiences, Matteo311 continues to serve as a guiding voice, offering insightful updates and analyses to the ever-growing VR community.

Video link:

Click to comment

Leave a Reply

Your email address will not be published. Required fields are marked *

This site uses Akismet to reduce spam. Learn how your comment data is processed.

VR Headset

What’s so fancy about Apple Vision Pro Specs? Compare Apple Vision Pro vs Meta Quest 3

Salwa P

Published

on

By

Apple Vision Pro vs Meta Quest 3

Finally, VR crazies can decide on which headset to go with for their gaming, work, and entertainment purposes. Budget is an obvious differentiator due to the varied specifications of each headset. Here’s the clear comparison between Apple Vision Pro vs Meta Quest 3 to choose from!

Disclosure: Our products are handpicked and may have offers & best deals for today. Some links are affiliates, we may receive a bonus if conversion occurs, at NO cost to you. Thanks for your support & understanding!

Apple Vision Pro vs Meta Quest 3

Comparison: (AVP) Apple Vision Pro vs Meta Quest 3

AVP In-Detailed SpecsApple Vision ProMeta Quest 3
Vr Headset SpecsApple Vision Pro VR HeadsetBuy Meta Quest 3
Supporting DevicesiPhone, Wireless, Compatible with Apple ProductsWireless, Also compatible with TV, Android, iPhone, Laptop and PCs
Reality TypeVirtual Reality (VR), Augmented Reality (AR)Mixed Reality (MR), Virtual Reality (VR), Augmented Reality (AR)
Games SupportedAR, VR GamesMR & VR Games
Pixels / ResolutionCustom micro‑OLED display system featuring 23 million pixels (more Pixels than 4K TV per eye)Micro‑OLED display with 2,064 x 2,208 pixels per eye
WirelessYesYes (with software)
Wifi / BluetoothYesYes
Peak Brightness300 nits100 nits
Field of View100-120° FoV110° FoV (Horizontal) & 96° FoV (Vertical)
Eye ProtectionYesEye Relief Option Available (in facial settings)
Audio3D Spatial Audio – Dual-driver audio pods (with jack for headphones like AirPods Pro (2nd generation))3D Spatial (with 35mm audio jack for headphones)
Weight450 g14.1 Ounces
Battery Aluminum‑encased battery; 2 hours of use, and all‑day use when plugged in1 A battery
Head TrackingYes, With a sensor array, high-resolution camera, precise head and hand tracking, and real‑time 3D mapping.6DoF (Degrees of Freedom)
Eye TrackingResponsive and Precision eye trackingNo
M2 ChipResponsive and Precision eye-tracking
R1 ChipProcessing input from the cameras, sensors, and microphones, streaming images to the displays within 12 milliseconds. This is for a virtually lag-free, real-time view of the world.Responsive and Precision eye-tracking
Device ColorsOff-White/Grey/BlackWhite
OpticsDual Pancake lensesPancake lenses
Refresh Rate90 Hz (yet to be updated)72 Hz, 80 Hz, 90 Hz, 120 Hz
Storage16 GB DRAM (Yet to be updated) + 1TB of SSD storage / 256 GB8 GB RAM + 128/512 GB
PortUSB-CUSB-C
Software / App Needed
(for wireless use)
Yet to be announcedAir Link or Virtual Desktop
App DirectoryVisionOSQuest+
Privacy and SecurityOptic ID – A secure authentication system that uses the uniqueness of your iris
Today’s Price See on the Order PageSee It
POPULAR

Apple Vision Pro – VR Headset

5

AVP offers an extraordinary visual experience with impressive display quality. Tech optimization of colors, contrasts, and brightness ensures that every image/video appears vivid, lifelike, and amazingly captivating. Access Full Review

Suitable for Gaming, Work, Movies & all sorts of Immersive Entertainment!

Buy Meta Quest 3

Meta Quest 3

4.4

You’ve got the scoop on Meta Quest 3, the headset that’s like a magician for your surroundings, promising a mind-blowing mix of reality and virtual awesomeness. It’s the real deal!

Meta Quest 3 Review

  • Blends with surroundings with Mixed-Reality
  • Room mapping
  • 500+ elements in the library
  • Best for Gaming, Fitness and Work
  • Slimmer and Sleeker Design
  • Adjustable IPD Slider
  • 4K High-Resolution Display
  • Similar battery life to Quest 2
  • Similar FoV as Quest 2
See Price on Amazon
Continue Reading

Meta Quest

How to Fix Oculus Quest 2 Controller Drift

David William

Published

on

How to Fix Oculus Quest 2 Controller Drift

Virtual reality has seen a revolution thanks to the Oculus Quest 2, whose independent VR capabilities offer an immersive experience. Controller drift is a typical issue that users may run into, though, much as with any electrical equipment. When the actual controller remains stationary, controller drift is the term used to describe the involuntary movement of the controller’s virtual representation in the virtual reality space. Although this problem can be annoying, don’t worry—we’ll walk you through a thorough solution to address Oculus Quest 2 controller drift.

Understanding Controller Drift

There are several reasons why controller drift might occur, from software bugs to hardware issues. The first step towards properly fixing the issue is identifying the root cause.

Step 1: Confirm the Issue

Be confident that controller drift is the cause of your issue before beginning any debugging steps. Verify whether your controller’s virtual representation moves by itself while you aren’t using it.

Step 2: Check for Updates

Make sure the software and firmware on your Oculus Quest 2 are up to date. Updates from Oculus frequently bring potential bug fixes and enhancements. In order to upgrade your Oculus Quest 2, take these steps:

  1. Activate the Oculus Quest 2.
  2. Join a reliable WiFi network.
  3. From the Oculus Home, navigate to the Settings menu.
  4. Go to the ‘Device.’
  5. Click on ‘About’ to see any modifications.

Install any updates that are available by following the prompts on the screen.

Step 3: Restart Your Oculus Quest 2

Restarting the computer can frequently fix software-related problems. Turn off and wait a few seconds before turning on your Oculus Quest 2.

Step 4: Check Controller Batteries

Controllers may exhibit unpredictable behaviour when their batteries are low. Verify the amount of battery power your controllers have. To see how the battery is doing:

Activate the Oculus Quest 2.

Open the menu for Oculus Home.

To determine the battery level of the controller, look for the battery icon.

Step 5: Recalibrate the Controllers

One possible solution to drift problems is to recalibrate the controls. You can adjust the Oculus Quest 2 controls as follows:

  1. Navigate through the Oculus Home menu to the ‘Devices’ tab.
  2. Proceed to ‘Settings.’
  3. Select “Device” and then “Set Up Rift.”
  4. To recalibrate your controllers, follow the directions displayed on the screen.

Step 6: Clean the Controllers

Drift might occur as a result of dust and particles interfering with the controllers’ sensors. Using a microfiber towel, gently wipe the controllers, being mindful of the tracking sensors.

Step 7: Change the Play Area Lighting

The Oculus Quest 2 tracking system’s performance may be impacted by uneven illumination. Make sure the area is well-lit, and if needed, think about changing the lighting.

Step 8: Update Guardian Boundary

Update the Guardian boundary if you’ve relocated or if your play area has changed. This minimizes the possibility of controller drift by guaranteeing that the Oculus Quest 2 appropriately detects your play area.

  1. Navigate to the ‘Guardian’ settings in the Oculus Home app.
  2. Select “Roomscale” or “Stationary” based on the size of your play area.
  3. To set up or modify your Guardian boundaries, adhere to the on-screen instructions.

Step 9: Factory Reset (if Necessary)

Try the aforementioned solutions, and if the problem still exists, you might want to consider factory resetting your Oculus Quest 2. Use this option only as a last resort because it will erase all of your device’s data and settings.

  1. Utilize the Oculus Home to access the ‘Settings’ menu.
  2. Select ‘Device’ and then ‘Reset View.’
  3. Choose ‘Reset All Settings’ and adhere to the prompts displayed on the screen.

You’ll need to reset your Oculus Quest 2 and pair the controllers anew afterwards.

Step 10: Contact Oculus Support

It’s time to contact Oculus Support for more help if none of the aforementioned fixes fix the controller drift issue. If the controllers are still covered by warranty, Oculus Support may give a replacement or extra advice.

Preventing Controller Drift in the Future

It’s crucial to take action to stop controller drift from happening again after you’ve resolved it. Think about the following advice:

1. Handle Controllers with Care

Please handle your controllers with care; do not drop or impact them. Physical harm may be a factor in tracking problems.

2. Store Controllers Properly

Store your controllers in a clean, safe place while not in use. Keep them away from excessive heat or humidity.

3. Keep the Play Area Clean

Dust and dirt should be regularly removed from your play area. The likelihood of interference with the controllers’ sensors is decreased in a clean environment.

4. Update Regularly

Update the software and firmware on your Oculus Quest 2. Fixes and enhancements that improve your VR system’s overall performance may be included in routine updates.

5. Be Mindful of Lighting Conditions

Make sure the lighting in your play area is sufficient and constant. The tracking system may be impacted by drastic changes in lighting.

6. Check for Interference

The Oculus Quest 2 tracking technology may be interfered with by nearby wireless networks and Bluetooth devices, among other technological gadgets. Determine and get rid of any possible interference sources.

You may reduce the possibility of controller drift in the future and have a more dependable and engaging virtual reality experience with your Oculus Quest 2 by taking these preventative steps.

Virtual reality has seen a revolution thanks to the Oculus Quest 2, whose independent VR capabilities offer an immersive experience. Controller drift is a typical issue that users may run into, though, much as with any electrical equipment. When the actual controller remains stationary, controller drift is the term used to describe the involuntary movement of the controller’s virtual representation in the virtual reality space. Although this problem can be annoying, don’t worry—we’ll walk you through a thorough solution to address Oculus Quest 2 controller drift.

Understanding Controller Drift

There are several reasons why controller drift might occur, from software bugs to hardware issues. The first step towards properly fixing the issue is identifying the root cause.

Step 1: Confirm the Issue

Be confident that controller drift is the cause of your issue before beginning any debugging steps. Verify whether your controller’s virtual representation moves by itself while you aren’t using it.

Step 2: Check for Updates

Make sure the software and firmware on your Oculus Quest 2 are up to date. Updates from Oculus frequently bring potential bug fixes and enhancements. In order to upgrade your Oculus Quest 2, take these steps:

  1. Activate the Oculus Quest 2.
  2. Join a reliable WiFi network.
  3. From the Oculus Home, navigate to the Settings menu.
  4. Go to the ‘Device.’
  5. Click on ‘About’ to see any modifications.

Install any updates that are available by following the prompts on the screen.

Step 3: Restart Your Oculus Quest 2

Restarting the computer can frequently fix software-related problems. Turn off and wait a few seconds before turning on your Oculus Quest 2.

Step 4: Check Controller Batteries

Controllers may exhibit unpredictable behaviour when their batteries are low. Verify the amount of battery power your controllers have. To see how the battery is doing:

Activate the Oculus Quest 2.

Open the menu for Oculus Home.

To determine the battery level of the controller, look for the battery icon.

Step 5: Recalibrate the Controllers

One possible solution to drift problems is to recalibrate the controls. You can adjust the Oculus Quest 2 controls as follows:

  1. Navigate through the Oculus Home menu to the ‘Devices’ tab.
  2. Proceed to ‘Settings.’
  3. Select “Device” and then “Set Up Rift.”
  4. To recalibrate your controllers, follow the directions displayed on the screen.

Step 6: Clean the Controllers

Drift might occur as a result of dust and particles interfering with the controllers’ sensors. Using a microfiber towel, gently wipe the controllers, being mindful of the tracking sensors.

Step 7: Change the Play Area Lighting

The Oculus Quest 2 tracking system’s performance may be impacted by uneven illumination. Make sure the area is well-lit, and if needed, think about changing the lighting.

Step 8: Update Guardian Boundary

Update the Guardian boundary if you’ve relocated or if your play area has changed. This minimizes the possibility of controller drift by guaranteeing that the Oculus Quest 2 appropriately detects your play area.

  1. Navigate to the ‘Guardian’ settings in the Oculus Home app.
  2. Select “Roomscale” or “Stationary” based on the size of your play area.
  3. To set up or modify your Guardian boundaries, adhere to the on-screen instructions.

Step 9: Factory Reset (if Necessary)

Try the aforementioned solutions, and if the problem still exists, you might want to consider factory resetting your Oculus Quest 2. Use this option only as a last resort because it will erase all of your device’s data and settings.

  1. Utilize the Oculus Home to access the ‘Settings’ menu.
  2. Select ‘Device’ and then ‘Reset View.’
  3. Choose ‘Reset All Settings’ and adhere to the prompts displayed on the screen.

You’ll need to reset your Oculus Quest 2 and pair the controllers anew afterwards.

Step 10: Contact Oculus Support

It’s time to contact Oculus Support for more help if none of the aforementioned fixes fix the controller drift issue. If the controllers are still covered by warranty, Oculus Support may give a replacement or extra advice.

Preventing Controller Drift in the Future

It’s crucial to take action to stop controller drift from happening again after you’ve resolved it. Think about the following advice:

1. Handle Controllers with Care

Please handle your controllers with care; do not drop or impact them. Physical harm may be a factor in tracking problems.

2. Store Controllers Properly

Store your controllers in a clean, safe place while not in use. Keep them away from excessive heat or humidity.

3. Keep the Play Area Clean

Dust and dirt should be regularly removed from your play area. The likelihood of interference with the controllers’ sensors is decreased in a clean environment.

4. Update Regularly

Update the software and firmware on your Oculus Quest 2. Fixes and enhancements that improve your VR system’s overall performance may be included in routine updates.

5. Be Mindful of Lighting Conditions

Make sure the lighting in your play area is sufficient and constant. The tracking system may be impacted by drastic changes in lighting.

6. Check for Interference

The Oculus Quest 2 tracking technology may be interfered with by nearby wireless networks and Bluetooth devices, among other technological gadgets. Determine and get rid of any possible interference sources.

You may reduce the possibility of controller drift in the future and have a more dependable and engaging virtual reality experience with your Oculus Quest 2 by taking these preventative steps.

Continue Reading

Trending