With the widespread adoption of Fiber to the Home (FTTH) technology, household networks in China have entered the era of ultra-high-speed connectivity. The rapid development of WiFi technology has gradually increased network bandwidth from 1G to over 10G, meeting users' demands for high-performance networks. Against this backdrop, Qualcomm has introduced a 10GPON WiFi 7 ultra-high-speed router solution based on the IPQ9570, providing high-performance, low-power, and cost-effective solutions for households, businesses, and operators.
Overview of Qualcomm IPQ9570 Reference Design
IPQ9570 AP.AL05.1 (QCARDP0475) is a Qualcomm reference design based on the IPQ9570 SoC, specifically designed for high-performance wireless network applications. It is suitable for operator gateways, enterprise access points, home routers, and Mesh nodes. Its hardware configuration includes:
- IPQ9570 SoCProvides powerful processing capabilities.
- QCN9274 wireless moduleSupports 2.4GHz, 5GHz, and 6GHz frequency bands.
- QCA8075 and QCF8001Achieve high-performance network connectivity.
- Multiple interfacesIncludes 1 USB 3.0 port, 4 1GbE ports, 1 SFP fiber optic port, and 1 10GbE port (based on AQR113C).
The design supports multi-band operation and connects to the wireless module via a PCIe Gen3 interface, ensuring high-performance data transmission. Additionally, the 2.4GHz 802.11ax Wi-Fi subsystem built into the IPQ9570 is disabled, further optimizing system resource allocation.
Design Features of AL05
1. Clock sharing designThe highest frequency wireless chip (such as 6GHz) is set to master mode to ensure optimal performance across all frequency bands.
2. WSI Signal DesignSupports Multi-Link Operation (MLO), allowing up to three QCN92xx modules to be connected in a ring structure, enhancing multi-band collaboration capabilities.
Overview of Hardware Architecture
The following are the main hardware components of the design:
- Power connector12V DC power supply.
- USB 3.0 interfaceSupports high-speed external device connections.
- Network interface4 1Gbps Ethernet ports and 1 10GbE port.
- Wireless moduleThe QCN9274 module supports the 2GHz, 5GHz, and 6GHz frequency bands.
- PCIe interfaceMultiple M.2 PCIe slots, supporting expansion module connections.
Software support and development environment
This solution supports Prpl OS and integrates ATH.13.0 software, making it suitable for the IPQ95xx, IPQ53xx, and IPQ54xx series. Below are the steps for setting up the development environment:
1. Clone the Prpl OS code repository：
Sentence: Sentence:
git clone https://gitlab.com/prpl-foundation/prplos/prplos.git
cd prplos
git checkout dev_ath13.0-ipq95xx
```
2. Configuration targets and software packages：
Use the `gen_config.py` script to generate the configuration:
Sentence: ```bash
./scripts/gen_config.py qca_ipq95xx qca_gpon prpl security
```
3. Apply patch：
Modify `prplmesh/Makefile` to update the version number and related configurations.
4. Download Qualcomm chip code：
Download the relevant resources from the Qualcomm Chip Code Portal and integrate them into the Prpl OS codebase.
5. Compile and Build Image：
Use the following command to complete the compilation:
Sentence: ```bash
Execute the command: make V=e -j8
```
Conclusion
Qualcomm's 10GPON WiFi 7 router solution based on the IPQ9570, with its high performance, low power consumption, and flexible design, provides an ideal networking solution for homes, businesses, and operators. As network demands continue to grow, this solution is set to become a cornerstone for future ultra-high-speed network applications.
Frequently Asked Questions and Answers
1. Does this solution support WiFi 7 technology?
Yes, this solution supports the latest WiFi 7 technology, offering higher bandwidth and lower latency.
2. Does it support multi-band collaboration?
Supported, multi-band collaboration can be achieved through MLO technology to enhance network performance.
3. Is this design suitable for a corporate environment?
Yes, this design is suitable for enterprise access points, providing stable and efficient network connectivity.
4. How to perform a software update?
This can be done through the software update mechanism of Prpl OS. For detailed steps, please refer to the official documentation.
5. Does it support Fiber to the Home (FTTH) applications?
Supported. This solution comes with a built-in SFP fiber optic interface, specifically designed for FTTH applications.
►场景应用图
►产品实体图
►展示板照片
►方案方块图
►核心技术优势
■ Quad-core ARM Cortex-A73, clocked at 2.2 GHz ■ Supports prplOS, openWrt ■ QCF8001 supports XGPON ■ Wi-Fi 7
►方案规格
■ Supports external QCN9274: Connects a single 4 x 4 RF module via PCIe interface for RDP0475 ■ DDR4 (2 GB = 2 x 4 Gb x 16) ■ Bluetooth functionality enabled via HSUART ■ Zigbee connector reserved through SPI interface ■ SPI NOR (32 MB) ■ SPI NAND flash (256 MB) ■ Reserved eMMC flash (8 GB) ■ Four PCIe interfaces for connecting QCN9274 cards ■ JTAG ■ UART ■ One 10-Gbps Ethernet port, one PON port via FSP, and four 1-Gbps Ethernet ports ■ Reset button: □ Hardware reset □ WPS reset