Wireless Dock Network Transition via Virtual NICs
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Solution Overview
Problem
Existing information handling systems face challenges in seamlessly transitioning network connections between access points and wireless docks, leading to issues like reduced network performance, latency, and disrupted applications due to reliance on existing IT infrastructure and limitations in handling high bandwidth applications.
Innovation Solution
The system employs a processor with first and second virtual network interface cards to detect a wireless dock's proximity, initiate a connection, and seamlessly transition network connections from an infrastructure access point to the wireless dock, maintaining continuity and optimizing throughput and latency by using a direct connection.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If the system relies on existing IT infrastructure and infrastructure access points for network connections, then the system can maintain broad compatibility and ease of operation, but network performance is reduced and latency increases due to infrastructure limitations
Solution Approach 1:
The wireless dock acts as an intermediary device between the information handling system and the network infrastructure. It receives a first network connection from the infrastructure access point and establishes a second network connection with the information handling system, mediating the connection to bypass infrastructure limitations and improve network performance while maintaining compatibility with existing systems
Solution Approach 2:
The network connection is segmented into two separate connections: a first network connection between the wireless dock and the infrastructure access point, and a second network connection between the wireless dock and the information handling system. This segmentation allows each connection to be optimized independently, with the second connection providing high-performance direct access while the first connection maintains infrastructure compatibility
2Speed
If the system maintains connections through the infrastructure access point, then the system ensures continuous network access, but latency increases and bandwidth is limited due to infrastructure constraints
Solution Approach 1:
The wireless dock mediates network traffic by establishing a direct second network connection with the information handling system, bypassing the infrastructure access point for time-sensitive and bandwidth-intensive applications. This reduces latency and increases throughput while the dock maintains the first connection to the infrastructure for continued network access
Solution Approach 2:
The system dynamically manages multiple network connections, allowing the information handling system to switch between the infrastructure-based first network connection and the direct second network connection through the wireless dock based on performance requirements. This dynamic connection management optimizes speed and reduces latency for applications that require it
3Adaptability or versatility
If the system uses virtual network interface cards for connection management, then the system achieves seamless transition and application continuity, but device complexity increases
Solution Approach 1:
The system creates virtual copies of network interface cards (virtual network interface cards) that emulate physical network interfaces. These virtual NICs provide abstraction layers that simplify connection management and enable seamless transitions between different network connections without requiring complex hardware changes or application modifications
Solution Approach 2:
The wireless dock and virtual network interface cards provide universal connectivity by supporting multiple network connection types and protocols simultaneously. The virtual NICs can handle both infrastructure-based connections and direct wireless connections, making the system adaptable to different network environments without increasing operational complexity for the user
Data Source
AI summary
An information handling system includes a network interface card and a processor. The network interface card includes first and second virtual network interface cards. The processor communicates with the network interface card, and connects with an infrastructure access point via the first virtual network interface card. The processor forms multiple network connections via the infrastructure access point and the first virtual network interface card. The processor detects a wireless dock is within a predetermined proximity. In response to the wireless dock being within the predetermined proximity, the processor initiates a connection with the wireless dock via the second virtual network interface card. The processor resumes one or more of the network connections through the wireless dock via the second virtual network interface card. In response to the one or more of the network connections being resumed through the wireless dock, the processor drops the connection with the infrastructure access point.