Windows 10: BSOD upon signing in with Wi-Fi enabled

Hello, a couple months ago I began encountering a problem when I would sign in with Wi-Fi enabled. The problem also occurs if the Wi-Fi disconnects and then reconnects unless it is done manually by disabling and re-enabling Wi-Fi.


When I view the error in the event viewer, it says the BugCheck is 0x0000007e 0xffffffff80000003, 0xfffff80051b03863, 0xffffee0e912d8eb8, 0xffffee0e912d86f0


I am using a Dell Latitude E5470 on Windows 10, and the BSOD only gives the reason as "System thread exception not handled"


The .DMP file can be found at https://1drv.ms/u/s!AsEE5YgCpAHTggxlBD_5CAZDUzHB

:)

 

Wi-Fi Agile Multiband Certification to Enable Intelligent Wireless Networks

Wi-Fi CERTIFIED Agile Multiband is a new certification program from Wi-Fi Alliance that enables devices to utilize Wi-Fi network resources better, and networks to adapt and balance load as network conditions change. Wi-Fi Agile Multiband devices dynamically exchange information about a network environment, enabling devices to make smarter decisions and quicker connections in home, enterprise, and managed network environments. Wi-Fi Agile Multiband delivers new capabilities that provide a better experience with both static use cases, such as streaming a high-definition movie, and mobile use cases such as Wi-Fi calling.




Based on global standards, such as IEEE 802.11 k, v, u, r, and Wi-Fi Alliance defined technologies, Wi-Fi Agile Multiband brings a standardized approach to efficient Wi-Fi network resource management that also ensures interoperability across device vendors. Key benefits of Wi-Fi Agile Multiband include:

• Dynamic monitoring (i.e. exchanging network information): Constant, parallel network information exchange about the Wi-Fi radio environment enables client devices to evaluate the best access point (AP), band, or channel connection, avoiding issues with devices that stick to a particular AP longer than appropriate
• Intelligent steering (i.e. making informed network loading): Mechanisms allow APs to intelligently guide clients to less congested or recommended APs, frequency bands, and channels to balance network traffic and meet other management needs
• Fast network transitions (i.e. authenticating quicker): Faster, secure roaming while traversing a network delivers improved mobility and better experiences with latency-sensitive applications such as voice-over Wi-Fi and mobile video streaming

"Today's Wi-Fi delivers connectivity to services and content for many devices in different environments," said Edgar Figueroa, president and CEO of Wi-Fi Alliance. "Wi-Fi Agile Multiband brings new capabilities that increase network and device performance and ultimately provide a better Wi-Fi user experience."

The first Wi-Fi CERTIFIED Agile Multiband products which comprise the test bed for interoperability certification are:

• Broadcom BCM4361 11ac STA Reference Design
• Intel Home Wi-Fi Chipset-based 802.11ac 4-stream Concurrent Dual Band Router
• Intel Dual Band Wireless-AC 8265
• Marvell 802.11ac Wave2 Wi-Fi Test Bed Evaluation Kit
• MediaTek MT7621A+MT7615 802.11abgn/ac Ref. AP
• Ruckus R710 Access Point
• Ruckus ZoneDirector 1200 Controller
• Qualcomm mobile Wi-Fi AC2 chipset

For more information, including a technology overview and technology highlights, please visit: Wi-Fi Agile Multiband | Wi-Fi Alliance

 

Trouble Changing Wi-Fi Password


I've been following the following steps to change my Wi-Fi password for some time:

1. Launch Control Panel.
2. Click "Network and Internet."
3. Click "Network and Sharing Center."
4. Click "Wi-Fi...."
5. Click "Wireless Properties."
6. Click the Security tab.
7. Check "Show characters."
8. Enter the password in "Network security key."

Those steps have been working just fine, but today I discovered a new wrinkle. If I change the password inside the router first, "Wi-Fi..." doesn't appear in step 4. This isn't much of a problem at home, because I can just change the password in Control Panel before I change it inside the router, but it would be a problem at a public hotspot, or something of that nature. I also tested Brink's instructions in "How to Connect To a Wireless Network in Windows 10," but they don't work for me either. How can I fix this?

 

Wi-Fi Alliance Celebrates 15 Years of Wi-Fi

This year, Wi-Fi Alliance celebrates 15 years of connecting people and improving everyday lives with Wi-Fi. Interoperability, ease of use, and innovation have made Wi-Fi one of the greatest success stories of the last century, and Wi-Fi Alliance has an extensive roadmap to carry the technology well into the future. Since its founding in 1999, the industry organization has been delivering on its vision of seamless connectivity -- evolving its technologies and certification programs to keep pace with the requirements of today's connected world.

Founded by six companies to develop and validate multi-vendor interoperability, Wi-Fi Alliance has grown into an organization of nearly 650 companies and a driving force in Wi-Fi's ascent to one of the world's most-loved and widely used technologies. With billions of devices in use today, Wi-Fi exemplifies the value of industry-wide standards and multi-vendor collaboration to support technology adoption.





"Wi-Fi Alliance nurtures a unique environment where our industry comes together to collaborate on interoperability, and to advance Wi-Fi into new market segments and applications," said Edgar Figueroa, president and CEO of Wi-Fi Alliance. "Healthy debate and effective collaboration are Wi-Fi Alliance hallmarks that ultimately result in solutions that positively impact the economy, business strategy, and people's quality of life."

"No other technology organization has been more successful than Wi-Fi Alliance in driving industry collaboration for the benefit of users," said Craig Mathias, Principal of Farpoint Group. "The essential ubiquity of Wi-Fi is a key result of the work of the Alliance and its members."

A passion for great technology
Wi-Fi's evolution since 1999 has been marked by continued advancement and a commitment to legacy interoperability. Far from the original 11 Mbps data rate offered in the first Wi-Fi CERTIFIED products, today's most advanced Wi-Fi devices can deliver as much as 1 Gbps of data rate when communicating with other current-generation technology, and can also connect to legacy devices -- preserving value for users over the long term. Just a few years after its proliferation in laptops and access points, and propelled by Wi-Fi Alliance technologies addressing ease of use and quality of service, Wi-Fi proliferated in smartphones and consumer electronics. Device-to-device connectivity was introduced with Wi-Fi Direct, easy-to-use display with Miracast, and seamless access to Wi-Fi hotspots with Passpoint.

At the core of market growth
Today, Wi-Fi is in broad use in homes, enterprises, public spaces and hotspots. Fifteen years since its origin, the numbers are testament to the technology's value:

• More than 22,000 products have been Wi-Fi CERTIFIED, including more than 4,000 phones and tablets, 6,000 access points, 1,100 printers, and 3,500 televisions
• Consumer demand for Wi-Fi has continued to grow, with sales figures of about two billion Wi-Fi devices sold in 2013 alone and a forecast exceeding four billion in 20202
• Wi-Fi is used in 25 percent of homes around the world.

"Many of the most popular cultural trends and technologies from the last 15 years got their start and maintained their popularity because of Wi-Fi," said Kevin Fitchard, Senior Writer at Gigaom. "Wi-Fi has not only been a source of tremendous capacity, but also an incredible driver of innovation." Academic research indicates that the combination of Wi-Fi data offload and the benefits of Wi-Fi-enabled homes created more than US $48 billion in economic surplus in the United States alone.

An exciting future
"Wi-Fi has significantly improved the lives of people and societies all over the world over the last 15 years, but we are just getting started," said Greg Ennis, Vice President of Technology for Wi-Fi Alliance. "Wi-Fi and other technologies from Wi-Fi Alliance will be front and center for many years to come, connecting people and things in ways we can only imagine today."

The Wi-Fi Alliance roadmap features a number of key elements that will support the proliferation of the organization's certified technologies into a number of new segments and applications.

• New frequency bands will deliver just the right kind of connection. WiGig CERTIFIED will deliver interoperable products supporting multiple-gigabit data rates for room-range connectivity in 60 GHz in 2016. Wi-Fi Alliance has also begun work to define certification programs based on 802.11ah and 802.11af, for operation below 1 GHz to support longer-range, very-low-power connectivity.
• Wi-Fi will connect new types of devices to each other and the internet. With the Internet of Everything emerging as the next major wave of connected innovation, Wi-Fi's reach will extend into the smart home, connected cars, sensing and control networks, and much more. Already the technology of choice for its long-lived compatibility and robust security, advances in power management, ease of use, and common foundations for service discovery and enablement are setting the stage for massive growth of the Wi-Fi Internet of Everything.
• Core Wi-Fi technologies will continue to advance. The Wi-Fi that consumers and enterprises have come to rely on every day keeps getting better. Wi-Fi Alliance members are bringing new power saving mechanisms to Wi-Fi CERTIFIED products, improving the mobility experience, and much more. An update to Wi-Fi CERTIFIED ac, the most advanced Wi-Fi available, will validate interoperability of several performance-enhancing features in late 2015.