2N
SKU: 01401-001
Overview
Manufacturer-verified compatible cameras, recorders, mounts, accessories, and licenses for this product. Adjust quantities and add the entire bundle to your cart in one click.
Overview
Questions about this product? Free pre-sales support from a senior specialist — product questions, compatibility checks, BOM quotes, price confirmation — typically answered within one business day. Need camera placement or system design work? Engineering time is $175 per hour (qty 1 = 1 hour). Hardware buyers get up to one hour ($175) credited back on their order.
The 2N 02263-001 is a purpose-built fingerprint biometric reader designed for integration with 2N AU 2.0 access control platforms. This reader eliminates reliance on cards and PINs by capturing unique fingerprint data for non-transferable identity verification. Powered by standard PoE (802.3af) and rated IP54 for indoor wall-mount installation, it simplifies credential management and reduces administrative overhead associated with lost or compromised badges across corporate, institutional, and high-security facility deployments.
The 02263-001 connects directly to 2N AU 2.0 control units via network infrastructure, eliminating the capex and complexity of parallel biometric gateways. Fingerprint templates are enrolled and stored locally on the AU 2.0 controller or a centralized credential server accessible to the platform. Multi-factor workflows — fingerprint + PIN, or fingerprint + RFID — are configured through the 2N AU 2.0 management interface, with audit logs recording both the biometric match confidence and the secondary credential validation. This architecture is particularly effective in environments where badge loss is operationally disruptive (data centers, cleanrooms, laboratories) or where identity non-repudiation is a compliance mandate (healthcare, government).
The reader's PoE dependency means network uptime directly impacts access availability. Integrators typically segment biometric readers onto UPS-backed PoE switches to ensure continuity during power events. Fallback authentication (offline PIN pad, mechanical key) should be planned at the design phase, not retrofitted after installation. Template enrollment requires physical proximity to an admin station or mobile app paired to the AU 2.0 controller — plan 5-10 minutes per user for initial fingerprint capture and verification.
Fingerprint readers are subject to user variance: finger pressure, moisture, scarring, and age-related changes affect capture quality. Most deployments include a secondary factor (PIN or proximity card) as a fail-safe for users with consistently poor fingerprint matches. The biometric data itself is not transferred or exposed — only match/no-match decisions leave the reader — making privacy-by-design straightforward. However, template storage on a networked AU 2.0 system requires standard IT hygiene: network segmentation, credential encryption, audit logging, and firmware patching. Organizations operating under GDPR, CCPA, or HIPAA should confirm that template deletion workflows are documented and enforced when users leave the organization or opt out of biometric enrollment.
The 02263-001 is most effective when paired with a facility-wide enrollment process, where all tenants or staff enroll at onboarding and biometric authentication becomes the routine path. Retrofit scenarios (adding biometrics to an existing card-based system) often see lower adoption if users perceive the reader as an add-on rather than a replacement. Communicate the credential simplification benefit upfront to drive user acceptance.
We've deployed the 2N 02263-001 across a spectrum of facilities — corporate campuses, pharmaceutical manufacturing, secured research labs, and multi-tenant office buildings. What differentiates this reader is its tight coupling to the AU 2.0 ecosystem. There's no abstraction layer, no RADIUS bridge, no third-party biometric server running in parallel. Fingerprint authentication happens at the edge, on the AU 2.0 controller itself. That architectural simplicity cuts integration time by weeks compared to enterprise biometric platforms that require dedicated appliances, database redundancy, and cross-platform API orchestration. In our experience, that time savings translates directly to lower labor cost and faster time-to-value for end users. The trade-off is lock-in: if your facility is 100% committed to 2N AU 2.0 infrastructure, the 02263-001 is an elegant fit. If you're evaluating a heterogeneous access control environment (mixing HID, Salto, Suprema), this reader won't bridge those silos — you'll need a credential server and ONVIF translation layer instead. We typically recommend the 02263-001 for greenfield deployments or large-scale single-vendor refresh projects where AU 2.0 is the architectural anchor.
Technical Highlights:
Deployment Considerations:
The 02263-001 is best suited for organizations already standardized on 2N AU 2.0 access control and looking to reduce credential overhead while improving audit trail quality. For greenfield deployments, it eliminates the complexity of multi-platform biometric integration; for retrofit scenarios, confirm that end-user acceptance and fallback procedures are in place. Explore the full 2N ecosystem in our 2N catalog.
Manufacturer-verified compatible cameras, recorders, mounts, accessories, and licenses for this product. Adjust quantities and add the entire bundle to your cart in one click.
Looking for more 2N products? Shop the full 2N catalog →
Support services and planning resources for commercial surveillance, access control, and infrastructure deployments.
Fixed scope • Fixed price