NXP Semiconductors Taiwan Ltd. MAC Addresses

Primary OUI: D0:EA:30:
Total OUIs: 28
Last Updated: July 3, 2026

This page provides information about MAC addresses and OUIs assigned to NXP Semiconductors Taiwan Ltd.. The Organizationally Unique Identifier (OUI) is the first 24 bits of a MAC address and is assigned by the IEEE to uniquely identify a vendor or manufacturer.

About NXP Semiconductors Taiwan Ltd. MAC Addresses

MAC addresses beginning with D0:EA:30: are manufactured by NXP Semiconductors Taiwan Ltd.. When you see a device on your network with this OUI prefix, it indicates that the device was manufactured by NXP Semiconductors Taiwan Ltd..

The IEEE assigns OUI prefixes to manufacturers to ensure uniqueness in the global networking ecosystem. NXP Semiconductors Taiwan Ltd. has been assigned the OUI prefix D0EA30 (among others) for use in their network devices.

Common NXP Semiconductors Taiwan Ltd. Devices

Devices manufactured by NXP Semiconductors Taiwan Ltd. that you might encounter on networks include:

  • Network interface cards (NICs)
  • Routers and switches
  • Wireless access points
  • IoT devices
  • Embedded systems
  • And other networking equipment

Identifying NXP Semiconductors Taiwan Ltd. Devices on Your Network

To identify NXP Semiconductors Taiwan Ltd. devices on your network:

  1. Use network scanning tools to list devices on your network
  2. Look for MAC addresses starting with any of the OUI prefixes listed in the sidebar
  3. Use our MAC address lookup tool to confirm the manufacturer

This can be particularly helpful for network inventory, troubleshooting, and security auditing.

MAC Address Format

A complete MAC address consists of 48 bits (6 bytes) and is typically represented in hexadecimal format with each byte separated by a colon or a hyphen. For NXP Semiconductors Taiwan Ltd. devices, the MAC address would look like:

D0:EA:30:XX:XX:XX

The first three bytes (D0:EA:30) identify the manufacturer as NXP Semiconductors Taiwan Ltd., while the last three bytes are unique to each device.