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Qualcomm’s IPQ9574 and IPQ5424 are both next-generation Wi-Fi 7

已有 7 次阅读2025-12-10 16:38 |个人分类:router| WiFi7

 Qualcomm’s IPQ9574 and IPQ5424 are both next-generation Wi-Fi 7 networking SoCs, but they target very different market segments and product designs. Below is a fully integrated comparison focusing on chipset architecture, performance, wireless capabilities, and typical applications. 1. Positioning & Product Segment
  • IPQ9574 – A flagship, high-performance Wi-Fi 7 SoC, designed for enterprise routers, tri-band/quad-band APs, carrier-grade CPE, and outdoor base stations.

  • IPQ5424 – A mid-range Wi-Fi 7 platform, aimed at cost-effective routers, residential gateways, and SMB access points.

2. CPU Architecture & Processing Power
FeatureIPQ9574IPQ5424
CPUQuad-core Cortex-A73Quad-core Cortex-A53
ClockUp to ~2.2 GHzUp to ~1.5 GHz
PerformanceHigh performance computing, strong routing throughput, ideal for multi-gigabit scenariosLower power consumption, adequate for mainstream routers

Conclusion:
IPQ9574 has significantly more processing headroom for handling multi-gigabit traffic, VPN, advanced security, and heavy AP controller workloads.

3. Wi-Fi Capabilities
FeatureIPQ9574 (Wi-Fi 7)IPQ5424 (Wi-Fi 7)
BandsSupports 2.4G / 5G / 6G (with external radios such as QCN9274/QCN6274)Supports 2.4G / 5G / 6G
Max MIMO4×4 (commonly paired with QCN9274/6274)2×2 (mid-range radio design)
BandwidthUp to 320 MHzUp to 320 MHz
QAM4096-QAM4096-QAM

Conclusion:
Both SoCs support the latest Wi-Fi 7 features, but IPQ9574 is typically designed for higher-end 4×4 radios, making it better for long-range, high-throughput, and enterprise APs.

4. Memory, I/O, and System Features
CategoryIPQ9574IPQ5424
RAMDDR5 / DDR4DDR4
EthernetUp to 10G interfaces depending on board designTypically 2.5G interfaces
PCIeMore PCIe lanes, suitable for multiple Wi-Fi 7 radio cardsFewer PCIe lanes
AccelerationMore powerful hardware NAT, crypto, and network accelerationBasic acceleration capabilities

Conclusion:
IPQ9574 is built for multi-interface, multi-radio systems (tri-band/quad-band), while IPQ5424 suits simpler single/dual-band devices.

5. Power Consumption
  • IPQ9574: Higher power consumption due to A73 cores and support for multiple 4×4 radios.

  • IPQ5424: Much lower power usage, suitable for home routers, compact gateways, and SMB APs.

6. Typical Use Cases IPQ9574
  • Enterprise Wi-Fi 7 access points

  • Outdoor CPE/bridge devices

  • Multi-gigabit wireless backhaul

  • High-density Wi-Fi deployments

  • Carrier-grade routers

IPQ5424
  • Residential Wi-Fi 7 routers

  • SMB access points

  • Cost-optimized gateways

  • Low-power industrial IoT hubs

Final Summary

IPQ9574 = High performance | High-end enterprise | 4x4 | Multi-gigabit | Heavy computing
IPQ5424 = Mid-range | Cost-effective | 2x2 | Lower power | Residential/SMB

If your goal is top-tier performance, long-range APs, or multi-band Wi-Fi 7 systems, IPQ9574 is the ideal choice.
If you are building a stable, cost-efficient Wi-Fi 7 product for home or SMB markets, IPQ5424 provides excellent value.


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