Fermax F02379 MDS DIGITAL 2 ACCESSES SWITCHER

Fermax F02379 MDS DIGITAL 2 ACCESSES SWITCHER

Access Control Integration: The switcher is designed to integrate with an access control system, allowing for centralized management and control of the connected access points. This integration enables features like card or biometric-based access, time-based access scheduling, and logging of access events.
Connectivity: The Fermax F02379 MDS DIGITAL 2 ACCESSES SWITCHER is equipped with various connectivity options to facilitate communication and integration with other security systems. It may include inputs and outputs for connecting door strikes, request-to-exit devices, alarm systems, and intercoms.
Configuration and Control: The device provides options for configuration and control, allowing authorized personnel to set up access parameters, define user permissions, and monitor access events. It may offer a user-friendly interface, such as a keypad or software-based management system.
Expandability: The switcher may support expansion capabilities, allowing for the addition of more access points or the integration
of other compatible devices in the future.
Compatibility: The Fermax F02379 MDS DIGITAL 2 ACCESSES SWITCHER is designed to work seamlessly with other Fermax products, ensuring compatibility and smooth integration within a Fermax security system.

Specifications

• Communication Interface: The switcher may have multiple communication interfaces, such as RS-485, TCP/IP, or Ethernet, for connecting with access control devices and the central management system.
• Power Supply: The device may operate on a specific voltage range, such as 12V DC or 24V DC, and may require a separate power supply for proper functioning.
• Capacity: The switcher might have a specific capacity in terms of the number of access control devices it can support
  simultaneously. This can include card readers, keypads, or biometric devices.
• Inputs and Outputs: The device may feature a certain number of input and output ports for connecting various devices, such as door locks, exit buttons, sensors, or alarm systems.
• Dimensions: The switcher may have specific dimensions, including height, width, and depth, which are important for determining the physical installation requirements.
• Mounting Options: The device might support different mounting options, such as wall-mounted or rack-mounted, allowing for flexibility in installation based on the specific requirements of the security system.
• Operating Temperature: The switcher may have an operating temperature range within which it can function optimally. This
  specification is important to consider if the device is to be installed in environments with extreme temperatures.
• Firmware and Software Compatibility: The switcher may require specific firmware or software versions for configuration, management, and integration with the overall access control system.
• Encryption and Security: The device might implement encryption protocols and security features to ensure the confidentiality and integrity of the communication between the switcher and connected devices.
• Compliance: The switcher may comply with relevant industry standards and certifications, such as CE, FCC, or RoHS, ensuring its quality and adherence to regulatory requirements.

Features

• Multi-Protocol Support: The switcher may support various protocols for communication with different access control devices, such as Wiegand, RS-485, or TCP/IP. This ensures compatibility with a wide range of devices in the security system.
• Event Logging and Reporting: The switcher may have the capability to log access events and generate reports. This allows for the monitoring of access activity, identification of security breaches, and generation of audit trails.
• Anti-Pass back Functionality: The device might include an anti-pass back feature, which prevents users from passing their credentials back to someone else to gain unauthorized access. This feature enhances security and prevents misuse of access privileges.
• Time-Based Access Control: The switcher could offer time-based access control, enabling administrators to set specific time windows during which users are granted access. This feature is particularly useful for restricting access to certain areas during specific hours or days.
• Remote Access and Control: The switcher might support remote access and control, allowing authorized personnel to
  manage and monitor the access points from a remote location. This feature can provide convenience and flexibility in managing
  security systems.
• Integration with Video Surveillance: The device could integrate with video surveillance systems, enabling synchronized monitoring of access events with corresponding video footage. This integration enhances situational awareness and facilitates post-incident analysis.
• Backup and Redundancy: The switcher may include backup and redundancy features to ensure system reliability. This can involve redundant power supplies, data backup options, or failover mechanisms to prevent disruptions in access control operations.
• Alarm and Event Notifications: The device might have the capability to send real-time notifications or alerts in the event of access-related incidents, such as unauthorized access attempts, door forced open, or system malfunctions. Notifications can be delivered via email, SMS, or other communication channels.