IPQ5322 Wi-Fi 7 Chip Review: Features, MLO, and Throughput

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IPQ5322 Wi-Fi 7 Chip Review: Features, MLO, and Throughput

As Wi-Fi 7 (IEEE 802.11be) moves from early adoption to real-world deployment, chipset selection becomes a critical factor for OEMs, system integrators, and industrial solution providers. Qualcomm’s IPQ5322 stands out as a cost-effective yet powerful Wi-Fi 7 networking SoC, designed to deliver ultra-high throughput, low latency, and advanced Multi-Link Operation (MLO).

In this article, we take a closer look at the IPQ5322 Wi-Fi 7 chip, covering its key features, MLO capabilities, throughput performance, and ideal application scenarios.

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Overview of Qualcomm IPQ5322

The IPQ5322 is part of Qualcomm’s next-generation networking platform optimized for Wi-Fi 7 access points, routers, and industrial wireless devices. It balances performance and power efficiency, making it suitable for both enterprise and embedded/industrial use cases.

Key positioning:

• Entry to mid-range Wi-Fi 7 SoC
• Optimized for high performance per cost
• Ideal for APs, CPEs, router boards, and industrial gateways
  

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Key Features of IPQ53221. Native Wi-Fi 7 (802.11be) Support

IPQ5322 fully supports Wi-Fi 7, enabling:

• 320 MHz channel bandwidth
• 4096-QAM, improving spectral efficiency
• Higher peak data rates compared to Wi-Fi 6 / 6E
  

This translates into faster wireless speeds and improved performance in dense environments.

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2. Multi-Link Operation (MLO)

One of Wi-Fi 7’s most important innovations is MLO, and IPQ5322 is built to take full advantage of it.

Benefits of MLO on IPQ5322:

• Simultaneous data transmission over multiple bands (e.g., 2.4 GHz + 5 GHz / 6 GHz)
• Lower latency, ideal for real-time applications
• Improved reliability and seamless roaming
• Better load balancing across radios
  

For industrial automation, AGVs, AR/VR, and cloud-connected devices, MLO significantly enhances user experience and network stability.

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3. Throughput Performance

Thanks to Wi-Fi 7 enhancements, IPQ5322 delivers a major leap in throughput:

• Higher peak PHY rates than Wi-Fi 6
• Improved real-world throughput under multi-client load
• Reduced packet loss and retransmissions
• Optimized for high-density deployments
  

Actual throughput performance depends heavily on software optimization, driver maturity, and firmware tuning, which makes platform integration and testing critical.

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4. CPU and Networking Capabilities

IPQ5322 integrates a high-efficiency multi-core CPU architecture designed for:

• Advanced routing and firewall functions
• Mesh networking
• QoS, VLAN, and traffic shaping
• VPN and security services
  

This makes it suitable not only for consumer routers, but also for industrial-grade networking devices.

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Software Ecosystem and Development Flexibility

The real performance of IPQ5322 is closely tied to software.

Software highlights:

• Qualcomm SDK / QSDK support
• Linux-based development
• Support for custom drivers and feature optimization
• Ideal for OEMs requiring custom firmware, protocol tuning, or UI development
  

For customers with in-house R&D or partners offering deep software customization, IPQ5322 provides strong long-term flexibility.

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Typical Applications

The IPQ5322 Wi-Fi 7 chip is well suited for:

• Wi-Fi 7 access points
• Industrial routers and gateways
• Mesh networking systems
• Smart factories and warehouses
• Transportation and mobile networking
• High-density enterprise wireless deployments
  

Its balance of performance, power consumption, and cost makes it especially attractive for industrial and embedded projects.

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IPQ5322 vs Wi-Fi 6 Platforms

Compared to Wi-Fi 6 SoCs, IPQ5322 offers:

• Significantly higher throughput
• Lower latency with MLO
• Better performance in congested RF environments
• Future-proof support for next-generation applications
  

For new designs, Wi-Fi 7 with IPQ5322 provides a clear upgrade path.

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Final Thoughts

The Qualcomm IPQ5322 is a compelling Wi-Fi 7 chipset that brings MLO, higher throughput, and low-latency performance into a practical and scalable platform. While real-world results depend heavily on software integration and testing, IPQ5322 offers a strong foundation for next-generation wireless products.

For OEMs and industrial customers planning Wi-Fi 7 deployments, IPQ5322 is a smart choice worth serious consideration.

Wallys IPQ5322 Wi-Fi 7 Router Board – Built for Industrial Wireless

Wallys offers an IPQ5322-based Wi-Fi 7 router board designed for customers who require high throughput, low latency, and long-term stability in industrial environments.

Key Highlights:

• Qualcomm IPQ5322 Wi-Fi 7 SoC
• Full support for Multi-Link Operation (MLO)
• Optimized for Linux / OpenWrt / Qualcomm SDK
• Industrial-grade design for 24/7 operation
• Flexible hardware interfaces for OEM & ODM projects
• Custom firmware, driver tuning, and web UI supported
  

Ideal for:

• Industrial routers & gateways
• AGV / AMR wireless communication
• Smart factory & warehouse networking
• Transportation and mobile systems
  

📩 Contact Wallys Sales: [color=var(--color-action)][backcolor=var(--artdeco-reset-link-background-color-transparent)]sales1@wallystech.com

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