AUTEC

Software extension for OSDP V2 protocol

(Reader addresses 4 to 7)

Hint: XMP-K32EX-F2 & XMP-K32EX-F17 required

Software extension for OSDP V2 protocol

(Reader addresses 0 to 3)

Software extension for OSDP V2 protocol

(Reader addresses 0 to 1)

Software extension for OSDP V2 protocol

(Reader addresses 4 to 7)

Hint: XMP-K32-F2 & XMP-K32-F17 required

Software extension for OSDP V2 protocol

(Reader addresses 0 to 3)

Software extension for OSDP V2 protocol

(Reader addresses 4 to 7)

Hint: XMP-K32SX-F2 & XMP-K32SX-F17 required

Software extension for OSDP V2 protocol

(Reader addresses 0 to 3)

Downloads
Guide – OSDP-V2 Protocol V1.0
Integration – OSDP-V2 Crypto Protocol

Software extension for OSDP V2 protocol

(Reader addresses 0 to 1)

Surcharge – PZ rose oval (for XMP-CX4-000 & -001)

Surcharge – blind rose PZ oval (for XMP-CX4-000 & -001)

Surcharge – PZ rose round (for XMP-CX4-000 & -001)

Surcharge – blind rose PZ round (for XMP-CX4-000 & -001)

Surcharge lever handle U2 form door handle mechanical side (for XMPCX4-000/-002/)

Surcharge lever handle U1 form door handle mechanical side (for XMPCX4-000/-002)

Surcharge lever handle U2 form door handle electronic side (for XMP-CX4-000/-001/-002/-003)

Surcharge lever handle U1 form door handle electronic side (for XMP-CX4-000/-001/-002/-003)

Electronic door handle, indoor, basic version, form L1, oval rose, electronic access on both sides

MIFARE Classic® & MIFARE® DESFire® EV1

Electronic door handle, indoor, basic version, form L1 for fire and smoke control doors, ovaL rose, electronic access on one side

MIFARE Classic® & MIFARE® DESFire® EV1

Electronic door handle, indoor, basic version, form L1, oval rose, electronic access on one side

MIFARE Classic® & MIFARE® DESFire® EV1

Electronic door handle, indoor, basic version, form L1, round rose, electronic access on both sides

MIFARE Classic® & MIFARE® DESFire® EV1

Electronic door handle, indoor, basic version, form L1 for fire and smoke control doors, round rose, electronic access on one side

MIFARE Classic® & MIFARE® DESFire® EV1

Electronic door handle, indoor, basic version, form L1, round rose, electronic access on one side

MIFARE Classic® & MIFARE® DESFire® EV1

SecuCrypt® radio module with long antenna for connection to door control unit (RS485) for maximum 8 electronic knob cylinders, door fittings, door handles.

Radio communication via 868 MHz (AES128)

SecuCrypt® radio module with short antenna for connection to door control unit (RS485) for maximum 8 electronic knob cylinders, door fittings, door handles.

Radio communication via 868 MHz (AES128)

MIFARE Classic®, MIFARE® DESFire® EV1 & EV2 card reader with PIN code and 4 function keys for connection to door controller (Color: black; protection class: IP54)

MIFARE Classic®, MIFARE® DESFire® EV1 & EV2 card reader for connection to door controller (Color: black; protection class: IP54)

Card Readers using Wiegand® or RS485 protocol can be connected to Door Controllers via XMP-RIM module.

The XMP-RIM module detects different protocol types automatically without particular configuration. The module provides access control via supervised inputs and relay outputs by sending the access card data to a door controller. The controller checks the validity of the access card. If the appropriate permissions have been assigned, the controller sends a message back to the XMP-RIM module allowing to unlock the door and provide access.

The following variants are available:

• XMP-RIM-001 single reader board
• XMP-RIM-002 double reader board
• XMP-RIM-003 single reader board Wiegand®
• XMP-RIM-004 double reader board Wiegand®
• XMP-RIM-005 double reader board Wiegand® without in- and outputs

Technical details:

• Power supply 12/24V DC
• Current consumption max. 3VA without peripheral devices
• Firmware update via software upload
• Max. 4 supervised inputs, 2 relay outputs
• Dimensions:
  XMP-RIM-00x: 97 x 97 x 25mm
  XMP-RIM-0x0: 125 x 125 x 30mm
  XMP-RIM-0x1: 140 x 140 x 75mm
  XMP-RIM-0x2: 235 x 345 x 125mm
• Supported Wiegand® formats:
  8 Bit transmission of numeric keypad information
  24 Bit transmission of 6 half-bytes (without parity check)
  26 Bit standard HID format
  32 Bit 4 bytes decimal (without parity check)
  34 Bit Siedle®-Vario
  35 Bit Corporate 1000 (HID)
  36 Bit Deister® MIFARE® Classic UID
  37 Bit HID-Controlled format
  40 Bit 5 bytes decimal (without parity check)
  44 Bit Deister® format TPD112

• 16 supervised inputs with 4 states (interruption, alarm, normal state, short circuit)
• Connection to the Door Control Unit XMP-K32 / XMP-K32sx (via RS485 interface) or additional to the local control module XMP-96 (via VCOM card)
• Up to 16 connectable XMP-KDM-016 modules per XMP-K32
• Supply voltage 12-24 V AC/DC via door control units

• 8-channel relay extension board for the direct switching of loads for electric door openers, optical signal devices or acoustic signal devices like horns, lamps via XMP-KDA-024 switching module
• The 24 switch commands of XMP-KDA-024 module can be extended by connection of 3 XMP-KDR-008 with 8 relays each.
• The address settings of the relay board are configured by jumpers (KDR0 to KDR2).
• The relay outputs can be set by jumpers either as control voltage applied or as dry contact.

• XMP-KDA-024 extends XMP Door Controllers with additional 24 binary outputs
• Insert to activate presence indicator boards
• Connection to XMP-K32 / XMP-K32sx via integrated RS485 interface

Controller for connecting the palm vein reader XMP-TMC2801-PV to XMP-BABYLON.

Features:

• Application for palm vein algorithm
• Real-time Linux operating system

GPL License Text Linux-Kernel Version 2.6.15.7 / BusyBox Version 1.10.3

XMP-BABYLON provides encrypted online communication to Aperio™ wireless door locks or door cylinders.

The integrated RFID readers transfer data via wireless link to a communication hub. The Hub is connected to the controller XMP-CMM, which transfers data to the host.

Features:

• Connection of 4 (with license key up to 8) RFID card readers
• Integration of MIFARE® Classic / DESFire® EV1 RFID technology
• Integration of HID® iCLASS® RFID technology
• Full functionality for online and offline mode of XMP-CMM
• Online administration of the access rights for different door locks/door cylinders
• Possibility of integrating XMP-CMM in an existing access control system

GPL License Text Linux-Kernel Version 2.6.15.7 / BusyBox Version 1.10.3

XMP-K12 19″ door controller can be used to connect up to two reader for intelligent access control, time recording, time management, gate control, safeguard control, camera control, parking space count, light control, for biometrical systems, RFID chip, elevator control up to 192 floors etc.

Technical details:

• Offline storage for up to
  15.000 badges (extendable via software license)
  50.000 bookings
  25.000 access profiles (extendable via software license)
• Connection for up to 2 card reader
• Connection for up to 2 IP network cameras for event driven picture recording
• 8 supervised inputs (short cut and interruption)
• 4 outputs (1A max 24V)
• Optionally with global In/Out control in offline mode
• Network connection via integrated 10/100 MBit Ethernet connector
• 2 GB MicroSD card to store data and programs
• 64 time schedules
• 64 routines (small user programs)
• 16 graphical ViPS programs
• Calender with holiday definitions
• Elevator control with access profile for up to 192 levels using XMP-KDA-024
• ‘Power over Ethernet’ instead of power supply possible
• 256-bit Blowfish- or AES encryption
• Encrypted reader communication using SecuCrypt®
• Real-time Linux operating system

GPL License Text Linux-Kernel Version 2.6.15.7 / BusyBox Version 1.10.3

XMP-K12 door controller can be used to connect up to two reader for intelligent access control, time recording, time management, gate control, safeguard control, camera control, parking space count, light control, for biometrical systems, RFID chip, elevator control up to 192 floors etc.

Technical details:

• Offline storage for up to
  15.000 badges (extendable via software license)
  50.000 bookings
  25.000 access profiles (extendable via software license)
• Connection for up to 2 card reader
• Connection for up to 2 IP network cameras for event driven picture recording
• 8 supervised inputs (short cut and interruption)
• 4 outputs (1A max 24V)
• Optionally with global In/Out control in offline mode
• Network connection via integrated 10/100 MBit Ethernet connector
• 2 GB MicroSD card to store data and programs
• 64 time schedules
• 64 routines (small user programs)
• 16 graphical ViPS programs
• Calender with holiday definitions
• Elevator control with access profile for up to 192 levels using XMP-KDA-024
• Integrated UPS
• ‘Power over Ethernet’ instead of integrated power supply and UPS possible
• 256-bit Blowfish- or AES encryption
• Encrypted reader communication using SecuCrypt®
• Real-time Linux operating system

XMP-K32sx 19″ door controller can be used for intelligent access control, time recording, time management, gate control, safeguard control, camera control, parking space count, light control, for biometrical systems, RFID chip, elevator control up to 192 floors etc.

Technical details:

• Offline storage for up to
  15.000 badges (extendable via software license)
  50.000 bookings
  25.000 access profiles (extendable via software license)
• Connection for up to 4 card reader (can be extended to 8)
• Connection for up to 4 IP network cameras for event driven picture recording
• 16 supervised inputs (short cut and interruption)
• 8 outputs (1A max 24V)
• Optionally with global In/Out control in offline mode
• Network connection via integrated 10/100 MBit Ethernet connector
• 2 GB MicroSD card to store data and programs
• 64 time schedules
• 64 routines (small user programs)
• 16 graphical ViPS programs
• Calender with holiday definitions
• Elevator control with access profile for up to 192 levels using XMP-KDA-024
• 256-bit Blowfish- or AES encryption
• Encrypted reader communication using SecuCrypt®
• Real-time Linux operating system

XMP-K32sx door controller can be used for intelligent access control, time recording, time management, gate control, safeguard control, camera control, parking space count, light control, for biometrical systems, RFID chip, elevator control up to 192 floors etc.

Technical details:

• Offline storage for up to
  15.000 badges (extendable via software license)
  50.000 bookings
  25.000 access profiles (extendable via software license)
• Connection for up to 4 card reader (can be extended to 8)
• Connection for up to 4 IP network cameras for event driven picture recording
• 16 supervised inputs (short cut and interruption)
• 8 outputs (1A max 24V)
• Optionally with global In/Out control in offline mode
• Network connection via integrated 10/100 MBit Ethernet connector
• 2 GB MicroSD card to store data and programs
• 64 time schedules
• 64 routines (small user programs)
• 16 graphical ViPS programs
• Calender with holiday definitions
• Elevator control with access profile for up to 192 levels using XMP-KDA-024
• Integrated UPS
• 256-bit Blowfish- or AES encryption
• Encrypted reader communication using SecuCrypt®
• Real-time Linux operating system

GPL License Text Linux-Kernel Version 2.6.15.7 / BusyBox Version 1.10.3

XMP-K32 door controller can be used for intelligent access control, time recording, time management, gate control, guard control, camera control, parking space count, light control, for biometrical systems, RFID chip, elevator control up to 192 floors etc.

Technical details:

• Offline storage for up to
  500.000 badges
  500.000 time events
  100.000 access profiles
• Connection for up to 4 card reader (can be extended to 8)
• Connection for up to 4 IP network cameras for event driven picture recording
• 16 supervised inputs (short cut and interruption)
• 8 outputs (1A max 24V)
• Optionally with global In/Out control in offline mode
• Network connection via integrated 10/100 MBit Ethernet connector
• CF card to store data and programs
• 64 time schedules
• 64 routines (small user programs)
• 16 graphical ViPS programs
• Calender with holiday definitions
• Elevator control with access profile for up to 192 levels using XMP-KDA-024
• Integrated UPS
• 256-bit Blowfish- or AES encryption
• Encrypted reader communication using SecuCrypt®
• Real-time Linux operating system

GPL License Text Linux-Kernel Version 2.6.15.7 / BusyBox Version 1.10.3

The portable device XMP-MOBILE extends the functionality of XMP-BABYLON regarding Mobile Access Control.

Typical areas of application are Access Control, Time and Attendance, Barrier Control, Ticket Checking, Picture Comparison or Guard Round.

Features:

• Robust housing for use in outdoor environments, protection class IP65
• Communication with XMP-BABYLON via WLAN, GPRS/EDGE or mobile phone (SIM card)
• 256-bit Blowfish encryption
• Real-time authorisation check of a person in online mode or offline
• Antipassback function
• XMP-MOBILE can activate the outputs of XMP Door Controllers directly
• Up to 2048 XMP-MOBILE devices may be connected to one XMP-BABYLON system
• In WLAN mode all XMP-MOBILE devices are checked and supervised continuously
• Optional integrated RFID card reader and/or 1D/2D barcode scanner
• Optional integrated 2.0M pixels camera
• Optional integrated GPS module

XMP-LRU-3000 for standard UHF applications with reading distances > 3 m, low/middle tag population (< 150)

XMP-LRU-3500 for operation in particularly disturbed and metallic environments, high tag population (> 150)

Features:

• Connection to door controller units XMP-K32, XMP-K32sx or XMP-K12
• Read range up to 12 m (XMP-LRU-3000) or up to 16 m (XMP-LRU-3500)
• Robust metal housing for use in industrial environments
• Dimensions 260 x 157 x 65 mm (10.24 x 6.18 x 2.56 inch)
• Protection class IP 53, optional IP 64 (with protection cap)
• Power supply 24V/DC (+/-5%) or Power Over Ethernet (only XMP-LRU-3500)
• Real-time Linux operating system

The Mullion Card Readers XMP-TMC2230 Hitag®/Miro and XMP-TMC2240 Hitag®/Miro are designed for use in Access Control.

XMP-TMC2230 Hitag®/Miro Reader for Access Control; connection via Door Controller XMP-K32, XMP-K32sx or XMP-K12 without pin code keyboard.

XMP-TMC2240 Hitag®/Miro Reader for Access Control; connection via Door Controller XMP-K32, XMP-K32sx or XMP-K12 with pin code keyboard.

Features:

• Reading distance from 30 to 100 mm
• Dimensions (HxLxW): 50 x 136 x 25 mm
• Encrypted data transmission activated by micro switch (SecuCrypt®)
• Firmware update via SecuCrypt® protocol
• Signaling elements: 3 LEDs, 1 buzzer
• Adjustable address via micro switch
• Integrated tamper switch
• Power supply from door controller

The Mullion Card Readers XMP-TMC2250 MIFARE® and XMP-TMC2260 MIFARE® are designed for use in Access Control.

XMP-TMC2250 MIFARE® reader for Access Control; connection via Door Controller XMP-K32, XMP-K32sx or XMP-K12 without pin code keyboard.

XMP-TMC2260 MIFARE® Reader for Access Control; connection via Door Controller XMP-K32, XMP-K32sx or XMP-K12 with pin code keyboard.

Features:

• Reading distance: from 50 to 80 mm
• Dimensions (HxLxW): 50 x 136 x 25 mm
• Encrypted data transmission activated by micro switch (SecuCrypt®)
• Firmware update via SecuCrypt® protocol
• Signaling elements: 3 LEDs, 1 buzzer
• Adjustable address via micro switch
• Integrated tamper switch
• Power supply from door controller

XMP-TMC2801-PV Readers with palm vein authentication technology are particularly suitable for high security areas.

An individual’s identity can be verified by recognizing the pattern of blood veins in the palm with near-infrared rays. Since palm vein authentication is contactless and non-invasive, Palm Vein Readers ensure a high level of user acceptance even in hygienically sensitive areas such as hospitals.

The following card variants are available:

• XMP-TMC2801-PV-HIT (Hitag®)
• XMP-TMC2801-PV-MIF (MIFARE®)
• XMP-TMC2801-PV-LEG (LEGIC®)

The XMP-TMC280x terminal has been specially designed for the Biometric Access Control. This terminal is equipped with a 2×20 digits fluorescent display, 9 special keys with 5 function keys and a numeric keyboard as well as an optical sensor for fingerprint. High flexibility enables a wide application spectrum in many areas of electronic security and automation systems.

The variants XMP-TMC2802-FP and XMP-TMC2801-FP are available as well.

For security reasons all templates (fingerprints) are stored in the XMP-K32 (host) in the secured area. After a request, for example after an identification booking or after input of a personal pin code, the current fingerscan will be send coded to the door control unit and will be compared with the current fingerprint.

Card Readers of series XMP-280x have been designed for a broad spectrum of applications, including Access Control and Time Recording in high security areas.

XMP-TMC2803 has no digital inputs and outputs. It must be connected to one of the Door Controllers XMP-K32, XMP-K32sx or XMP-K12.

Technical details:

• Protocol encryption via micro switch (SecuCrypt®)
• Firmware update via SecuCrypt® protocol
• Status display for communication (3 LEDs)
• Integrated terminal resistor, activated on demand for data transmission
• Adjustable address via micro switch
• Fluorescence display 2×20 digits
• Numeric keypad
• Integrated tamper switch
• Vandal proof housing
• Proximity card variants: MIFARE®, LEGIC®, Hitag®

Card Readers of series XMP-280x have been designed for a broad spectrum of applications, including Access Control and Time Recording in high security areas.

XMP-TMC2802 has no digital inputs and outputs. It must be connected to one of the Door Controllers XMP-K32, XMP-K32sx or XMP-K12.

Technical details:

• Protocol encryption via micro switch (SecuCrypt®)
• Firmware update via SecuCrypt® protocol
• Status display for communication (3 LEDs)
• Integrated terminal resistor, activated on demand for data transmission
• Adjustable address via micro switch
• Numeric keypad
• Integrated tamper switch
• Vandal proof housing
• Proximity card variants: MIFARE®, LEGIC®, Hitag®

Card Readers of series XMP-280x have been designed for a broad spectrum of applications, including Access Control and Time Recording in high security areas.

XMP-TMC2801 has no digital inputs and outputs. It must be connected to one of the Door Controllers XMP-K32, XMP-K32sx or XMP-K12

Technical details:

• Protocol encryption via micro switch (SecuCrypt®)
• Firmware update via SecuCrypt® protocol
• Status display for communication (3 LEDs)
• Integrated terminal resistor, activated on demand for data transmission
• Adjustable address via micro switch
• Integrated tamper switch
• Vandal proof housing
• Proximity card variants: MIFARE®, LEGIC®, Hitag®

RFID Card Readers XMP-TMC2390 HID® iCLASS® and XMP-TMC2395 HID® iCLASS® are designed for use in Access Control, Door Management, Parking System, Elevator Control etc..

XMP-TMC2390 HID® iCLASS® without keypad.

XMP-TMC2395 HID® iCLASS® with sensor keypad for PIN code input.

HID® card data format H10301 (standard 26-bit format) is supported as well as HID® format Corporate 1000 (35-bit format).

Features:

• Reading distance up to 80 mm
• Dimensions (HxLxW): 90 x 90 x 21 mm
• Encrypted data transmission activated by micro switch (SecuCrypt®)
• Firmware update via SecuCrypt® protocol
• 256-bit Blowfish or AES encrypted transmission of data
• Signaling elements: 3 LEDs, 1 buzzer
• Adjustable address via micro switch
• Integrated tamper switch
• Power supply from door controller

RFID Card Readers XMP-TMC2370 LEGIC® and XMP-TMC2380 LEGIC® are designed for use in Access Control, Door Management, Parking System, Elevator Control etc..

XMP-TMC2370 LEGIC® without keypad.

XMP-TMC2380 LEGIC® with sensor keypad for PIN code input.

LEGIC® prime / LEGIC® advant are supported.

Features:

• Reading distance up to 80 mm
• Dimensions (HxLxW): 90 x 90 x 21 mm
• Encrypted data transmission activated by micro switch (SecuCrypt®)
• Firmware update via SecuCrypt® protocol
• 256-bit Blowfish or AES encrypted transmission of data
• Signaling elements: 3 LEDs, 1 buzzer
• Adjustable address via micro switch
• Integrated tamper switch
• Power supply from door controller

RFID Card Readers XMP-TMC2350 MIFARE DESFire® and XMP-TMC2360 MIFARE DESFire® are designed for use in Access Control, Door Management, Parking System, Elevator Control etc..

XMP-TMC2350 MIFARE DESFire® without keypad.

XMP-TMC2360 MIFARE DESFire® with sensor keypad for PIN code input.

MIFARE® Classic cards are supported as well.

Features:

• Reading distance up to 60 mm
• Dimensions (HxLxW): 90 x 90 x 21 mm
• Encrypted data transmission activated by micro switch (SecuCrypt®)
• Firmware update via SecuCrypt® protocol
• 256-bit Blowfish or AES encrypted transmission of data
• Signaling elements: 3 LEDs, 1 buzzer
• Adjustable address via micro switch
• Integrated tamper switch
• Power supply from door controller

RFID Card Readers XMP-TMC2330 Hitag® / Miro and XMP-TMC2340 Hitag® / Miro are designed for use in Access Control, Door Management, Parking System, Elevator Control etc..

XMP-TMC2330 Hitag® / Miro without keypad.

XMP-TMC2340 Hitag® / Miro with sensor keypad for PIN code input.

Hitag-1® and Hitag-2® are supported.

Features:

• Reading distance up to 100 mm
• Dimensions (HxLxW): 90 x 90 x 21 mm
• Encrypted data transmission activated by micro switch (SecuCrypt®)
• Firmware update via SecuCrypt® protocol
• 256-bit Blowfish or AES encrypted transmission of data
• Signaling elements: 3 LEDs, 1 buzzer
• Adjustable address via micro switch
• Integrated tamper switch
• Power supply from door controller

XMP-TMC3500 is a powerful high end Card Reader for Access Control, Time Recording and Time Accounting

Features:

• Support for RFID technologies Hitag® 1+2, MIFARE® Classic, MIFARE® DESFire®, LEGIC® prime, LEGIC® advant, HID iClass®
• Offline support for up to 250.000 badges
• Graphical 3.5″ display with impact protected glass
• Free definable sensor keys
• Integrated 10/100 MBit Ethernet interface
• 256 Bit Blowfish or AES encrypted transmission of data
• Direct communication to other terminals and door control units
• Power supply via Power over Ethernet (PoE) or internal power supply
• 64 time schedules
• 64 routines (small user programs)
• 16 graphical ViPS programs
• Event driven picture recording from max. 2 IP cameras
• Interface for an additional card reader
• Interface for additional I/O modules
• Real-time Linux operating system

XMP-BABYLON is a fully configurable high-performance solution for technical and infrastructural facility management.

Characteristics of XMP-BABYLON:

• Developed for Windows 7, 8, 8.1, 2008, 2008R2, 2012, 2012R2
• Multi-user capability and network support via TCP/IP and UDP/IP
• 256-Bit Blowfish- or AES datagram encryption
• Option for additional encryption of connections using TLS V1.2
• Online monitoring of all connected devices
• Up to 2048 Door Control Units with up to 8 Card Readers per system
• Up to 500.000 badges per Door Control Unit (offline)
• Anti-passback feature, valid throughout the system, via direct internal connection
• Elevator control with authorization check for up to 192 floors
• Up to 64 workstations per system
• Up to 64 additional graphical workstations per system
• Up to 66 temporary profiles per cardholder
• Branch software for up to 128 stand-alone XMP-BABYLON systems to exchange e.g. revised data or new log entries
• A redundant XMP-BABYLON system is available as an option, which increases the operational reliability
• 64 open software interfaces enable communication with third-party systems (e.g. SAP® R/3® HR via TCP/IP)
• Integration of monitoring and control functions within the building management system
• Unlimited number of graphics to visualize alarms and processes
• Video log
• Integration of digital video recording systems, e.g. Bosch® VMR, Geutebrück® GeViScope, NiceVision®, Dallmeier electronic®, NETAVIS®, HeiTel®
• Optional user-defined Time Recording and Accounting
• Guard tour patrol system for monitoring e.g. security guards at appointed checkpoints
• Transmission of alarms via e-mail or text message
• Interfaces to key cabinet systems
• Software interface for transmission of XMP-BABYLON alarms to external CCTV systems
• Contamination monitoring in the pharmaceuticals industry to ensure time-limited access restrictions
• Software to export alarm- and event- log entries and cardholder records to a SQL database
• Integration of third-party systems via OPC-Server / OPC-Client
• Workflow
• Integrated SNMP server
• Announcement of visitors using a web interface as an additional option