Framework的10G以太网模块暴露了USB-C的复杂性
WisdPi为Framework电脑推出了10G以太网扩展卡,采用新Realtek芯片,在Linux下偶有性能问题。该卡可插入任何Framework扩展槽,但由于扩展卡通过USB-C连接主板,这暴露了USB-C接口在高速网络场景下的复杂性与局限性。
WisdPi为Framework电脑推出了10G以太网扩展卡,采用新Realtek芯片,在Linux下偶有性能问题。该卡可插入任何Framework扩展槽,但由于扩展卡通过USB-C连接主板,这暴露了USB-C接口在高速网络场景下的复杂性与局限性。
Framework's new 10G Ethernet expansion module highlights the complexities of USB-C, as it requires specific host controller support and high-quality cables to achieve full 10Gbps speeds, often falling back to slower rates otherwise.
Framework's new 10G Ethernet expansion card for its modular laptops reveals the complexities and limitations of USB-C, including thermal challenges, power delivery constraints, and compatibility issues that arise when pushing the standard to its limits.
Framework's new 10G Ethernet expansion card for its modular laptops reveals hidden complexities in the USB-C standard. The module uses dual 10Gbps lanes to achieve 20Gbps throughput, but only works in select ports and requires precise hardware implementation. This highlights how USB-C's unified connector hides significant variation in capability, speed, and compatibility.