eNBioAccess - T2 (Bluetooth) FP+EM

The eNBioAccess - T2 (Bluetooth) FP+EM is a dual-biometric access control terminal that integrates fingerprint (FP) and electromagnetic (EM) card authentication technologies in a single compact device. Security professionals, facility managers, and system integrators deploy this device to manage multi-factor authentication across corporate offices, data centers, laboratories, and restricted access zones. This solution eliminates the vulnerability of single-factor authentication by requiring both biometric verification and card-based credentials, significantly reducing unauthorized access incidents and enhancing audit trail compliance.

Product Overview

The eNBioAccess - T2 operates on advanced capacitive fingerprint sensing technology combined with 125kHz EM card reader functionality, enabling simultaneous dual-authentication workflows. The Bluetooth connectivity allows wireless integration with access control systems, mobile applications, and cloud-based security platforms, eliminating the need for hardwired network infrastructure in retrofit installations. The device features a high-resolution 2.4-inch TFT display with real-time feedback, ensuring intuitive user interaction and immediate authentication status confirmation. The fingerprint module supports up to 3000 template storage capacity with 1:N matching at 99.9% accuracy, while the EM card reader accommodates standard 125kHz proximity cards and fobs with 10-meter read range.

The T2 model incorporates enterprise-grade security protocols including AES-256 encryption for all biometric data transmission, ensuring compliance with ISO 27001 and GDPR standards. The device operates independently with onboard database functionality, allowing standalone operation during network outages while maintaining complete transaction logging. The Bluetooth 4.2 protocol enables secure pairing with authorized control systems, supporting up to 8 simultaneous connections. The 4000mAh rechargeable lithium battery provides 72-hour continuous operation or 500+ authentication cycles per charge, making it ideal for high-traffic access points and emergency backup scenarios.

Key Specifications

Specification	Details
Product Type	Dual-Biometric Access Control Terminal with Bluetooth Connectivity
Brand	eNBioAccess
Model	T2 (Bluetooth) FP+EM
Origin	Original/Authentic
Warranty	7 days on manufacturing defects
Shipping	1-5 days from Bengaluru
Delivery	7-8 days across India
Support	24/7 via Email and WhatsApp
Fingerprint Capacity	3000 templates with 1:N matching
Fingerprint Accuracy	99.9% FAR 0.01% FRR 0.1%
EM Card Reader	125kHz proximity with 10-meter read range
Display	2.4-inch TFT color display 320x240 resolution
Bluetooth Version	Bluetooth 4.2 with 8 simultaneous connections
Battery Capacity	4000mAh rechargeable lithium with 72-hour runtime
Data Encryption	AES-256 encryption for all biometric transmission
Operating Temperature	-10°C to 50°C with 20-80% humidity tolerance
Authentication Speed	Less than 1 second per biometric verification

Key Features

• Dual-Authentication System: Simultaneous fingerprint and EM card verification eliminates single-point security vulnerabilities and ensures multi-factor access control with 99.9% accuracy rates
• Wireless Bluetooth 4.2 Connectivity: Enables seamless integration with access control management systems, mobile applications, and cloud platforms without requiring network cabling or power infrastructure modifications
• 3000-Template Fingerprint Database: Supports large-scale deployments for enterprise facilities with advanced 1:N matching algorithms enabling rapid identification of authorized personnel in high-traffic environments
• Independent Standalone Operation: Onboard database and transaction logging allow continuous operation during network failures, maintaining complete audit trails and security protocols without external dependencies
• Enterprise-Grade AES-256 Encryption: All biometric data transmission utilizes military-standard encryption ensuring compliance with ISO 27001, GDPR, and organizational security frameworks
• Extended Battery Runtime: 4000mAh lithium battery delivers 72-hour continuous operation or 500+ authentication cycles, providing reliable backup power for emergency access scenarios
• High-Resolution 2.4-inch TFT Display: Real-time visual feedback with intuitive interface confirms authentication status, reduces user confusion, and provides immediate system diagnostics

Applications and Use Cases

• Corporate Office Access Control: Deploy at main entrances, server rooms, and executive floors to enforce dual-factor authentication, preventing unauthorized personnel access while maintaining detailed visitor logs and access patterns
• Data Center and IT Infrastructure Security: Protect critical computing facilities with simultaneous biometric and card verification, ensuring only authorized technicians access sensitive equipment while maintaining compliance with SOC 2 and ISO 27001 standards
• Research Laboratories and Pharmaceutical Facilities: Secure hazardous material storage areas and controlled research zones by requiring fingerprint verification combined with EM card credentials, creating audit trails for regulatory compliance
• Banking and Financial Institutions: Implement at vault access points, trading floors, and secure transaction areas to prevent unauthorized access to sensitive financial systems and physical assets
• Healthcare and Hospital Restricted Areas: Control access to operating theaters, pharmacy storage, and patient record rooms using dual authentication to maintain HIPAA compliance and protect sensitive medical information
• Government and Defense Facilities: Deploy at classified document storage, secure communication centers, and restricted zones requiring multi-level authentication with complete transaction logging and real-time monitoring capabilities

How to Use

Begin by mounting the eNBioAccess - T2 at your access point using the provided bracket system, ensuring the fingerprint sensor and card reader face unobstructed toward the user. Power the device via the USB-C charging port or connect to your facility's 12V DC power supply if hardwired installation is preferred. Access the administrative interface by pressing the settings button and entering your master PIN code to configure Bluetooth pairing with your access control system. Use the onboard database management menu to enroll authorized users by capturing their fingerprints in three different angles for optimal template accuracy, then assign corresponding EM card credentials to each user profile.

For authentication, users present their EM card to the reader first, which triggers the fingerprint verification prompt on the display. The user then places their registered finger on the capacitive sensor, holding steady for 1-2 seconds until the green confirmation light indicates successful authentication. The device logs all transactions with timestamp, user ID, and authentication method to its internal database. For wireless operation, pair the device with your access control system via Bluetooth using the pairing code displayed on the TFT screen. Monitor battery levels through the display indicator and charge the device weekly using the provided USB-C cable to maintain optimal performance. Regularly backup your user database through the administrative menu to prevent data loss during firmware updates or device replacement.

Frequently Asked Questions

What is the difference between fingerprint and EM card authentication in the T2 model?

The eNBioAccess - T2 requires both authentication factors for access: the EM card reader (125kHz proximity) activates the fingerprint verification process, creating a two-step authentication workflow. The EM card serves as the first factor, confirming the user's credential status, while the fingerprint provides biometric verification with 99.9% accuracy. This dual-factor approach prevents unauthorized access even if a card is lost or stolen, as the fingerprint cannot be replicated. The device logs both authentication methods separately, providing comprehensive audit trails for security investigations and compliance reporting.

How does Bluetooth connectivity improve access control system integration?

The Bluetooth 4.2 module in the T2 eliminates the need for network cabling, allowing wireless communication with your access control management system, mobile applications, and cloud platforms. This wireless connectivity enables real-time synchronization of user databases, immediate notification of authentication events, and remote firmware updates without physical device access. Bluetooth 4.2 supports up to 8 simultaneous connections, allowing the device to communicate with multiple control systems simultaneously. The encrypted wireless transmission ensures biometric data remains secure during transmission, and the device maintains independent operation if the Bluetooth connection drops, continuing to authenticate users and storing transactions locally until connectivity is restored.

Can the T2 operate without network connectivity or power supply?

Yes, the eNBioAccess - T2 features complete standalone operation with onboard database storage for up to 3000 fingerprint templates and unlimited EM card credentials. The 4000mAh rechargeable lithium battery provides 72-hour continuous operation or 500+ authentication cycles per charge, ensuring the device functions during power outages or network failures. All transactions are logged to the internal database with timestamps, user IDs, and authentication methods, which can be retrieved and synchronized with your central system once connectivity is restored. This independent operation makes the T2 ideal for critical access points where continuous availability is essential, such as emergency exits, backup server rooms, or facilities in areas with unreliable power infrastructure.

What security standards does the eNBioAccess - T2 comply with?

The T2 incorporates AES-256 encryption for all biometric data transmission, ensuring compliance with ISO 27001 information security standards and GDPR data protection regulations. The device supports audit trail logging with complete transaction records including timestamp, user ID, authentication method, and access result. The fingerprint templates are stored using proprietary encryption algorithms, preventing unauthorized extraction or replication. The device supports integration with enterprise security frameworks and access control systems that require SOC 2 compliance, making it suitable for financial institutions, healthcare facilities, and government organizations with stringent security requirements.

How many users can be enrolled in the fingerprint database?

The eNBioAccess - T2 supports up to 3000 fingerprint templates in its onboard database, with each template requiring three separate finger captures at different angles to achieve 99.9% matching accuracy. Each enrolled user can be assigned multiple fingers for redundancy, and the device supports 1:N matching, meaning it can identify users from a large database in less than one second. The EM card credential system has virtually unlimited capacity, allowing you to assign multiple cards to individual users or create hierarchical access levels. For facilities requiring more than 3000 users, the device supports database synchronization with cloud-based access control systems that extend capacity to millions of users.

When will I receive my order?

Orders are dispatched within 1-5 business days from our Bengaluru warehouse. Delivery takes 7-8 days to most locations across India.

What is your return and warranty policy?

We offer a 7-day return policy on manufacturing defects only. Contact support within 7 days of receipt for free replacement or full refund. Not applicable for user damage or misuse.

Buy eNBioAccess - T2 (Bluetooth) FP+EM Online in India

Purchase the eNBioAccess - T2 (Bluetooth) FP+EM online at The Engineer Store, India's trusted source for genuine electronics. We deliver across Bengaluru, Mumbai, Delhi, Chennai, Hyderabad, Pune, Kolkata, Ahmedabad, Jaipur, and Surat.

Our team in Bengaluru is available 24/7 to support your journey from product selection to project completion.