Which company owns MAC address prefix 68:6E:48?

MAC address prefix 68:6E:48 is registered to Prophet Electronic Technology Corp.,Ltd in the IEEE Organizationally Unique Identifier (OUI) registry. Any device whose MAC address begins with 68:6E:48 has a network interface built by Prophet Electronic Technology Corp.,Ltd.

What is the OUI 68:6E:48?

68:6E:48 is an Organizationally Unique Identifier — the first three octets (24 bits) of a MAC address, assigned by the IEEE to Prophet Electronic Technology Corp.,Ltd. It covers every address from 68:6E:48:00:00:00 to 68:6E:48:FF:FF:FF, or 16,777,216 addresses in total. It is also written 68-6E-48.

How do I find the manufacturer of a MAC address?

Take the first three octets of the address — in 68:6E:48:00:00:00 that is 68:6E:48 — and look that prefix up in the IEEE OUI registry. If the second-lowest bit of the first octet is set, the address is locally administered (a randomized or private MAC), which belongs to no manufacturer and will not resolve; modern phones and laptops use these by default on each network.

Where is Prophet Electronic Technology Corp.,Ltd located?

Prophet Electronic Technology Corp.,Ltd is listed at 9F ,3 Building,No 1535,Hongmei Road ,Xuhui District Shanghai Shanghai CN 200233 in the IEEE OUI registry entry for 68:6E:48. This is the address the organization registered with the IEEE, which may differ from its current operating address.

Prophet Electronic Technology Corp.,Ltd

MAC address prefix 68:6E:48 is registered to Prophet Electronic Technology Corp.,Ltd in the IEEE OUI registry. Any device whose MAC address begins with 68:6E:48 has a network interface built by Prophet Electronic Technology Corp.,Ltd. This prefix (the OUI, or Organizationally Unique Identifier) is assigned by the IEEE and is the first three octets of the address — it covers every MAC from 68:6E:48:00:00:00 to 68:6E:48:FF:FF:FF.

OUI prefix: 68:6E:48
Hyphen form: 68-6E-48
MAC range: 68:6E:48:00:00:00 – 68:6E:48:FF:FF:FF
Addresses in block: 16,777,216
Organization: Prophet Electronic Technology Corp.,Ltd
Address: 9F ,3 Building,No 1535,Hongmei Road ,Xuhui District Shanghai Shanghai CN 200233
Source: IEEE OUI registry

Have a full MAC address? Look it up— we'll also tell you if it's a randomized (private) address rather than a real manufacturer prefix.

Assignment history (2)

The IEEE registry publishes current state only — this is the change record we've kept since we started tracking it daily.

2016-07-29Assigned to "Prophet Electronic Technology Corp.,Ltd"
archived source →
2026-07-17Assigned to "Prophet Electronic Technology Corp.,Ltd"

Nearby in the registry

The prefixes assigned immediately before and after 68:6E:48:

FAQ

Which company owns MAC address prefix 68:6E:48?: MAC address prefix 68:6E:48 is registered to Prophet Electronic Technology Corp.,Ltd in the IEEE Organizationally Unique Identifier (OUI) registry. Any device whose MAC address begins with 68:6E:48 has a network interface built by Prophet Electronic Technology Corp.,Ltd.
What is the OUI 68:6E:48?: 68:6E:48 is an Organizationally Unique Identifier — the first three octets (24 bits) of a MAC address, assigned by the IEEE to Prophet Electronic Technology Corp.,Ltd. It covers every address from 68:6E:48:00:00:00 to 68:6E:48:FF:FF:FF, or 16,777,216 addresses in total. It is also written 68-6E-48.
How do I find the manufacturer of a MAC address?: Take the first three octets of the address — in 68:6E:48:00:00:00 that is 68:6E:48 — and look that prefix up in the IEEE OUI registry. If the second-lowest bit of the first octet is set, the address is locally administered (a randomized or private MAC), which belongs to no manufacturer and will not resolve; modern phones and laptops use these by default on each network.
Where is Prophet Electronic Technology Corp.,Ltd located?: Prophet Electronic Technology Corp.,Ltd is listed at 9F ,3 Building,No 1535,Hongmei Road ,Xuhui District Shanghai Shanghai CN 200233 in the IEEE OUI registry entry for 68:6E:48. This is the address the organization registered with the IEEE, which may differ from its current operating address.