AM160-YYH362L
AM160-YYH362L is the low-power L-class member of the AM160 360° fingerprint module family — the variant built for battery locks, wired for an active budget that treats every wake as a trade-off, while keeping the family's sub-0.3 s class and UART pinout. MOQ is 1 pc, free SDK included.
Key specifications
| Function | Low-power 360° fingerprint enrollment and 1:1 / 1:N verification on module |
|---|---|
| Power class | L-class — battery-first power budget in the AM160 family |
| Capture type | AM160 family, 360° rotation-tolerant (family class) |
| Match speed | <0.3 s (family class) |
| Host interface | UART |
| Target applications | Battery locks, long-life devices, dorm and campus door units |
| Marking | AM160-YYH362L (low-power L-class) |
Full specification
| Parameter | Value | Note |
|---|---|---|
| Product family | AM160-series 360° fingerprint module | ⌀14–16 mm family |
| Power class | L-class low-power design | Battery-first budget |
| Match speed | <0.3 s | Family class |
| Template capacity | 100–1,000 | Family class, per-variant allocation |
| Rotation tolerance | 360° capture | Family class |
| Host interface | UART | SDK examples included |
| Operating temperature | −40~85°C | Family class |
| Liveness | Semiconductor-based checks | Family class |
| Current draw detail | Sleep and active profiles on datasheet | On datasheet request, with host wiring plan |
Battery runtime is a host-system number — the FAE team models the sleep/active profile against your door scheduler within 48h.
The lock you only visit twice a year.
A battery lock is a service economy: every battery change is a visit, and every visit is a margin. The L-class variant trades a little of the big variant's headroom for a wake cycle built around the two verifications a day a real doorway sees:
- L-class power budget with UART keep-alive means the host sleeps the module, not the door (family class).
- Sub-0.3 s class from cold wake — the user never waits because the host woke early.
- −40~85°C family rating covers the cold corridor where battery chemistry is already complaining.
One picket of the dorm door is power.
Campus housing runs thousands of doors through a repairs budget — profile data and liveness stay on-module, so the security posture does not require the hall server to be awake, and the repairs budget keeps its teeth.
- Enrollment via the SDK at the hall desk; per-door verification autonomous afterwards (family class).
- MOQ 1 pc samples in 1–3 days; battery life validations advised by the FAE team on your cell data.
- 2-year warranty on the module, same terms as the wired family.
AM160-YYH362L FAQs
Yes — 1 pc is the MOQ; the FAE team models the sleep/active profile against your scheduler and cell spec within 48h.
The low-power port of the algorithm and the SDK are free, including the wake-to-verify demo for battery-host UART wiring.
The exact current profiles belong on the datasheet (on datasheet request); what stays standard is the 0.3 s class, the 360° capture and the −40~85°C rating.
Budget the battery, then the lock.
Send the cell spec and door usage pattern — get the YYH362L power model, datasheet and 1-pc offer within 48h.
