PCIe 4.0 M.2 Key A.E. to M.2 Key E WiFi Female Extension Cable

The PCIe 4.0 M.2 Key A.E. to M.2 Key E WiFi Female Extension Cable is a specialized connectivity solution designed for flexible installation of M.2 Key E wireless modules in modern systems with M.2 Key A+E slots. This extension cable provides a direct interface conversion from the combined M.2 Key A+E slot to a dedicated M.2 Key E female connector, specifically optimized for WiFi 6E and Bluetooth modules. The cable maintains both PCIe 4.0 x1 for high-speed wireless connectivity and USB 2.0 for Bluetooth functionality, ensuring compatibility with the latest wireless technologies. The flexible design allows for optimal module placement within system chassis, enabling improved antenna positioning and thermal management for reliable wireless performance in various computing environments.

Features

• M.2 Key A.E. to Key E Conversion: Dedicated interface conversion for modern wireless modules
• PCIe 4.0 and USB 2.0 Support: Maintains both PCIe x1 for WiFi and USB 2.0 for Bluetooth
• High-Speed Wireless Ready: Supports WiFi 6E and future wireless standards
• Antenna Connectivity: Integrated IPEX connector positions for dual antenna support
• Flexible Installation: Enables ideal wireless module placement for optimal signal reception
• Space-Optimized Design: Allows module positioning away from interference sources
• Reliable Performance: Maintains signal integrity for stable high-speed wireless operation

Specifications

• Product Model: PCIe 4.0 M.2 Key A.E. to M.2 Key E WiFi Female Extension Cable
• Host Interface: M.2 Key A+E Male
• Target Interface: M.2 Key E Female
• Supported Form Factors: 2230 (WiFi/Bluetooth modules)
• Data Transfer Rate: Up to 16 GT/s for PCIe x1 lane
• Supported Protocols: PCI Express 4.0, USB 2.0
• Wireless Standards: WiFi 6E (802.11ax), Bluetooth 5.2 and compatible
• Antenna Connectors: 2x IPEX/MHF4 positions
• Cable Length: 15cm, 25cm, 30cm
• Operating Temperature: 0°C to +70°C
• Power Delivery: 3.3V from host slot

Applications

• Modern System Builds: Current-generation computers requiring flexible WiFi 6E module placement
• High-Performance Computing: Systems where optimal wireless positioning enhances connectivity
• Custom Configurations: Unique system layouts with specific wireless module requirements
• Compact Workstations: Space-constrained professional systems needing reliable wireless
• Gaming Systems: Low-latency wireless connectivity with flexible antenna positioning
• Embedded Applications: Industrial systems requiring optimized wireless performance
• Upgrade Projects: Adding latest wireless capabilities to existing systems
• OEM Solutions: Custom implementations for specific wireless connectivity requirements in production systems