USB2.0 to LAN Adapter Cable for Mikrotik x86 MK808B Plus ASIX 88772 driver AX88772C AX88772B Support Win7

ASIX 88772 driver AX88772C AX88772B usb2.0 to LAN adapter cable for mikrotik x86 MK808B Plus Need to install driver,High Performance Non-PCI Interface Configurable 8/16-bit SRAM-like host interface (US Patent Approval), easily interfaces with most common embedded,Supports PPPoE/IPv4 IP/TCP/UDP/ICMP/ IGMP checksum offload to relieve CPU loading Supports burst-mode access, minimizing CPU overhead Fast Ethernet MAC/PHY IEEE 802.3 10Base-T/100Base-TX compatible,Supports full-duplex operation with IE 20cm usb to ethernet adapter ASIX AX88772C AX88772B usb2.0 to LAN adapter cable,The AX88782 have integrated a voltage regulator and provide support for programmable I/O voltage options of 3.3V/2.5V/1.8V to enable a highly optimized system design. As semiconductor designs migrate to advanced process geometries like 90nm, 65nm, 45nm and beyond, many of today's higher performance ASICs, SoCs and FPGAs require lower I/O voltages. AX88782 -- Non-PCI 8/16-bit 2-Port 10/100M Fast Ethernet Controller,The AX88782 combine the benefits of high integration and small form factor making them ideal single-chip solutions for designing high performance, QoS-aware and cost effective 2-port Ethernet functions for embedded system applications such as VoIP phone/ATA adapters, surveillance IP cameras, next-generation IP-STB/IPTV, industrial controller/network sensors, port redundancy/port monitoring and Single Board Computers (SBC) The AX88782 is a single-chip 2-port 10/100M Ethernet Switch controllers featuring a 3-port switching fabric with QoS priority management, three 10/100M MACs, two 10/100M PHYs, and 8/16-bit Non-PCI host interface. The AX88782 supports checksum offload engine and burst-mode access making it easy to provide a high performance 2-port Ethernet connectivity solution for any embedded MCU. The built-in switching fabric in the AX88782 supports non-blocking wire-speed forwarding and offers an advanced swi The AX88782 have integrated a voltage regulator and provide support for programmable I/O voltage options of 3.3V/2.5V/1.8V to enable a highly optimized system design. As semiconductor designs migrate to advanced process geometries like 90nm, 65nm, 45nm and beyond, many of today's higher performance ASICs, SoCs and FPGAs require lower I/O voltages.