ModDIY
ModDIY USB 2.0 Front Panel Header 9 Pin to USB 3.2 Type E Internal Adapter
This ModDIY adapter bridges the gap between older PC hardware and modern front panel connectivity. It converts a legacy USB 2.0 Front Panel Header (9 Pin) to the newer USB 3.2 Type-E internal connector, enabling you to use modern USB-C ports on your case. Supporting USB 3.2 Gen 1 speeds, this adapter ensures compatibility for your build, making it a crucial component for integrating contemporary front I/O when your motherboard lacks native support. It is identified by the part number USB2FP-USB31E.
$14.99
Owner Satisfaction
4.4
/ 5
Category Rank
268
/ 743
#268 in USB Adapters
Price vs Category Average
-70%
Below average
Connector Type
2.093.2
/ USB Front Panel Header Pin to USB Type E Internal Adapter
Who it's for
- Enables Modern Case Compatibility
- Maximizes Motherboard Port Usage
- Clean Internal Routing Solution
Who should skip it
- Severe Bandwidth Bottleneck
- Reduced Power Delivery Capability
- Higher Cost vs. Performance Alternatives
Key Specs
Connector Type
USB 2.0 Front Panel Header 9 Pin to USB 3.2 Type E Internal Adapter
Speed Support
USB 3.2 Gen 1
Maximum Data Transfer Rate
5.0 Gbps
Host Interface Type
USB
Interface Port Type
USB-C
Model Number
MDY-CO253
Part Number
USB2FP-USB31E
Features
- Adapts legacy 9-pin header to Type-E
- Enables modern USB-C front panel use
- Supports USB 3.2 Gen 1 speeds
- Essential for modern case connectivity
- Converts older USB 2.0 header
- Ensures PC build compatibility
What customers say
This adapter is overwhelmingly praised as an essential solution for bridging compatibility gaps between modern PC cases with USB-C front ports and older motherboards lacking the necessary internal header. Reviewers highlight its flawless plug-and-play functionality and robust build quality, confirming its utility as a reliable component. While customers understand the inherent limitation—the resulting port operates only at USB 2.0 speeds—they value the adapter for enabling physical connectivity for charging or low-bandwidth peripherals. Its primary strength lies in solving a specific, frustrating hardware mismatch effectively, making it highly recommended for users prioritizing functional access over high-speed data transfer.
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