Verifi Smart.Safe. P2000-BLK-VER Fingerprint Reader 12 Pack
A pack of twelve compact USB fingerprint readers with 508 dpi slide sensors, aluminium housings and Windows Hello compatibility for password-free login
- Fit and compatibilityAmbidextrous
- Product typeModern
- Main materialAluminum
- Size or dimensions2.75 in × 1.75 in × 1.75 in
- Color and finishBlack
- Number of items12 pack
- Quick Windows Hello login with capacitive slide sensor
- Works with major password managers including NordPass and 1Password
- 508 dpi scan reads worn or dirty fingerprints reliably
- Solid aluminum housing in compact 2.75 x 1.75 x 1.75 in size
- 12-pack USB 2.0 readers ready for multi-seat deployment
Verifi P2000 Fingerprint Reader 12 Pack
The Verifi P2000-BLK-VER is a desktop USB fingerprint reader sold as a 12-pack for organisations deploying biometric login across multiple workstations. Each unit features a capacitive slide sensor with 508 dpi resolution and a solid aluminium housing in black and silver. The devices support Windows Hello and Passkey for password-free authentication on Windows 10 and 11. They also integrate with popular password managers including NordPass, Keeper, Dashlane, 1Password, LastPass, Enpass, Bitwarden and RoboForm.
USB 2.0 Port and Driver Installation Required
Each reader connects via USB 2.0 and measures 2.75 in by 1.75 in by 1.75 in with an ambidextrous design. The supplier notes the device is not plug-and-play; the driver must be installed before the unit is connected to the PC. Verify that every target machine has an available USB 2.0 port and runs Windows 10 or 11 to use the built-in Windows Hello enrolment process. No external power supply is needed.
Suited for Multi-Seat Windows Deployments
This pack suits IT teams rolling out fingerprint login for shared or assigned desktops in offices, labs or kiosks where Windows Hello and supported password managers cover the authentication stack. Buyers needing a single reader, a larger-area capacitive sensor, or compatibility with macOS or Linux should look at other models. The slide-sensor format also differs from touch-style readers some users prefer.
How it compares
Measured against everything we stock in Locks, Deadbolts & Access Control, at today’s prices. Recalculated every night.
- Price $88.99
- Pricier than about 81% of the 358 comparable items (median $54.99).
Specifications
| Product | |
|---|---|
| Brand name | Verifi Smart.Safe. |
| Part number | P2000-BLK-VER |
| Product type | Modern |
| Color and finish | Black |
| Power | |
| Rated voltage | No |
| Power source | No |
| Size & build | |
| Main material | Aluminum |
| Size or dimensions | 2.75 in × 1.75 in × 1.75 in |
| Compatibility | |
| Fit and compatibility | Ambidextrous |
| In the box | |
| Number of items | 12 pack |
Questions about this item
What comes in the 12-pack and do I need to buy anything else to use them?
The pack contains twelve Verifi P2000 fingerprint readers. No extra hardware is required; each unit connects via USB 2.0 and draws power from the port. You must install the driver before plugging the device in.
How do I choose between the P2000 and the P5100 models listed in the specs?
The P2000 uses a slide-type capacitive sensor at 508 dpi with a solid aluminium housing. The P5100 uses a large-area capacitive sensor in the same aluminium housing. Select the P2000 for swipe enrollment or the P5100 for touch enrollment.
What does the 508 dpi sensor resolution mean when I log into Windows?
The 508 dpi capacitive slide sensor reads below the skin surface, so it reliably captures worn, dirty or delicate fingerprints. This reduces failed reads during Windows Hello sign-in and password-manager unlocking.
More in Locks, Deadbolts & Access Control
Similar items
Meterk DK01-B Keyless Entry Lock with 2 Lever Handles Matte Black
- Out-Opening, Narrow…
- True, false
Meterk S Model w/ Built-in Wi-Fi Access Barrier
- Out-Opening, Narrow…
- True, false
HID Global Corporation OMNIKEY 5022 Smart Card Reader Grey
Meterk KU-H15 Hand Rivet Nut Setter Kit 1 pack
- Out-Opening, Narrow…
- True, false





