Goodix holds a single MA-L block — F8:6F:DE (about 16.8 million addresses) — registered as "Shenzhen Goodix Technology Co.,Ltd." in Shenzhen, China. Its products span touch-screen controllers, in-display fingerprint sensors, audio codecs, NFC, and some BLE/connectivity parts — but the vast majority (touch and fingerprint) carry no network MAC. This is a near-negative result: Goodix's headline products don't carry MACs, so its single OUI is rare in the wild and, when seen, points to a connectivity part (for example a BLE or wireless component) rather than the common fingerprint or touch silicon. Goodix competes with FocalTech and Synaptics. For triage, do not treat Goodix OUIs as a reliable proxy for "phone with a Goodix sensor" — the touch/fingerprint silicon is invisible at the network layer, and only the rare connectivity part would surface F8:6F:DE.
- IEEE assignment
- 1 prefix → "Shenzhen Goodix Technology Co.,Ltd." (F8:6F:DE), Shenzhen, China [Confirmed] — IEEE MA-L
- Registry / block size
- MA-L; 1 block (~16.8M addresses) [Confirmed] — maclookup.app (IEEE-sourced)
- HQ / country
- Shenzhen, China [Confirmed] — maclookup.app
- Company status
- active; fabless silicon maker [Confirmed] — goodix.com
- Device types
- touch-screen controllers, in-display fingerprint sensors, audio codecs, NFC, some BLE/connectivity (the vast majority carry NO network MAC) [Confirmed] — goodix.com
- Notable products
- in-display fingerprint sensors, touch controllers, NFC, BLE/connectivity parts
- Verified prefix
- F8:6F:DE (MA-L) [Confirmed] — maclookup.app
- Special note
- Near-negative result — Goodix's headline products (touch, fingerprint) don't carry MACs, so its single OUI (F8:6F:DE) is rare and, when seen, points to a connectivity part rather than the common fingerprint/touch silicon. The IEEE registry publishes no assignment dates, so none is stated here. [Confirmed]
- Related vendors
- FocalTech, Synaptics (touch competitors)
- Analyst note
- Do not treat Goodix OUIs as a reliable proxy for "phone with a Goodix sensor"; the touch/fingerprint silicon is invisible at the network layer, and only the rare connectivity part would surface F8:6F:DE.