VMIVME-3210 No drive USB 2.0 to 100 Mbit Ethernet chip

VMIVME-3210 Asiainense’s latest AX88772E USB 2.0 to 100 Gigabit Ethernet control chip features small package, low power consumption and Driverless,

which not only meets customers’ needs for energy saving and carbon reduction products, but also enables easy Plug and Play networking experience.

ASIX Electronics Corporation (ASIX Electronics Corporation) today launched a new small package, low power, drive free USB 100 Gigabit Ethernet chip

– [AX88772E USB 2.0 to 100 Gigabit Ethernet control chip], not only to meet customers’ needs for energy saving and carbon reduction products, It also enables a simple Plug and Play (Plug and Play) networking experience.

The AX88772E supports a variety of advanced power management and power saving features, including Power Management and Offload (ARP & NS), ECMA-393 ProxZzzy®, Microsoft Modern Standby, and more. It can also support sleep mode and remote Wake On LAN functions by detecting network connection status changes,VMIVME-3210 receiving events such as magic packets,

Microsoft Wake packets and external pin wake signals to meet customer needs for energy saving and carbon reduction products. In addition, the AX88772E uses a small, high-thermal, flat-square pin-free package (QFN) technology with 32 pins in an ultra-small package of only 4 square millimeters. This feature provides an ideal USB 2.0 to 100 Gigabit Ethernet chip solution for mobile network products that focus on miniaturization design.

To meet the needs of modern users for plug and play network connectivity, the AX88772E product is designedVMIVME-3210 to be compatible with the USB CDC-NCM standard network device protocol and supports drivers built into different operating systems for driver-free operation. Whether on iOS/iPadOS/macOS, Windows, Linux/Android/Chrome OS or Nintendo Switch,

you can easily experience superior cross-platform compatibility and easy to connect to the operating features.

The AX88772E also supports advanced functions of the Exact Time Protocol (PTP) to meet a variety of special application scenarios requiring accurate time synchronization.

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