Advantech and Rohde & Schwarz Collaborative Efforts for Wi-Fi 7 Modules

Advantech and Rohde & Schwarz Collaboration on Wi-Fi 7 Modules



Advantech, a leading figure in the realm of industrial IoT and embedded computing solutions, has joined forces with Rohde & Schwarz (R&S) to establish a new benchmark in Wi-Fi technology. Their collaboration focuses on optimizing the deployment-ready industrial Wi-Fi 7 (802.11be) modules, marking a significant leap forward in connectivity and user experience across various sectors. This joint venture emphasizes pre-compliance testing and validation strategies that reduce risks and accelerate time-to-market for industrial applications.

The Significance of Wi-Fi 7



Wi-Fi 7 is designed to provide ultra-high throughput, minimal latency, and unparalleled reliability. Key features such as Multi-Link Operation (MLO) and 320 MHz ultra-wide channels enable devices to maintain real-time, interference-resistant connections. Such capabilities are crucial for applications that demand consistent performance, particularly in the fields of medical imaging, robotics, rugged devices, and professional audio-visual (ProAV) systems.

Jerry Chiang, the Director of Advantech’s Embedded IoT Group, highlighted the importance of incorporating design validation and interoperability testing within the research and development phases. This proactive approach aims to facilitate a smoother transition into global markets, ensuring that users can leverage the benefits of Wi-Fi 7 across various regions, thus enhancing the overall wireless experience.

Collaboration Highlights



1. Accelerated Compliance


Through automated testing methods tailored to Wi-Fi 7 standards, both Advantech and R&S will streamline the certification process. This is essential for reducing the time necessary for multi-region approvals and minimizing potential overhaul costs during development.

2. Enhanced Reliability


The focus on advanced features such as MLO and operation in the 6 GHz band ensures that devices can handle complex networking scenarios typically found in industrial environments. The rigorous testing protocols include Over-The-Air (OTA) and interoperability assessments to guarantee that devices perform reliably, even in interference-heavy contexts like hospitals and manufacturing facilities.

3. Quality Assurance Pre-Production


Offering a unified testing flow that integrates signaling/RF characteristics with OTA and pre-compliance testing, the collaboration aims to identify potential risks during the pilot stages. This quality assurance process is pivotal in shortening debugging timelines ahead of mass production.

Target Applications


1. Medical Imaging: The technology ensures high-resolution streaming and low-latency control vital for operating rooms, confirmed through exhaustive OTA and coexistence testing.
2. Robotics/AMR (Autonomous Mobile Robots): Wi-Fi 7's optimized handover capabilities facilitate seamless connectivity, crucial for smart manufacturing processes.
3. Rugged Devices: The modules promise reliable and high-quality transmissions over extensive areas, vital for professional audio setups in large venues or outdoor events.

Advantech's Vision and R&S Commitment


Advantech operates with the mission of "Enabling an Intelligent Planet," focusing on the integration of Edge Computing hardware and AI solutions across key sectors. This partnership with R&S not only enhances their product offerings but also underscores their commitment to meeting the demanding requirements of industrial clients. On the other hand, Rohde & Schwarz continues its legacy of innovation, driving technological advancements that empower customers in various domains to achieve digital sovereignty.

This partnership exemplifies how collaboration in technology can lead to groundbreaking solutions that address complex challenges faced by industries worldwide. As Advantech and Rohde & Schwarz work together toward refined Wi-Fi 7 modules, they pave the way for a future of more intelligent, interconnected devices.

Topics Consumer Technology)

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