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NGP Introduction

NGP Introduction. Next Generation Enterprise Access Control System with Central Station Burg support. NGP Mission Statement. To produce a Security Panel to offer Lenel VARS and End Users an alternative Access Control only panel Adding value by offering, true central-station reporting

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NGP Introduction

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  1. NGP Introduction Next Generation Enterprise Access Control System with Central Station Burg support Company Confidential

  2. NGP Mission Statement • To produce a Security Panel to offer Lenel VARS and End Users an alternative Access Control only panel • Adding value by offering, • true central-station reporting • expanded memory • increased reader count • power management feedback • …and future expansion capabilities

  3. Product Architecture DOOR 2 DOOR 1 DOOR 1 DOOR 2 16 Default Intrusion Point Types NGP can work in same system with LNL-Series Panels 5 For Intrusion or Access the architecture is familiar…

  4. NGP Panels (controllers), with enclosure and power supply, with or without (intrusion, dual doors, dual path and other options) NGP dual reader interfaces, with or without universal mounting plates for LNL-CTX and LNL-CTX6 16 Input Module and 8 relay Output Modules mounted to universal mounting plate to fit into current Lenel enclosures (LNL-CTX and LNL-CTX6) LCD keypads, with or without reader interface Intelligent power supply module Optional world wide modem for intrusion Product Components NGP Panel w/ Enclosure 8 Relay Output Module 16 Input Module Dual Door Controller Intrusion Keypads

  5. NGP and Components External Battery Connector Primary Ethernet Port Secondary Ethernet Port SOM 12 VDC Alternate Power SNAPP Bus 4 18 VAC / 24VDC Power SNAPP Bus 3 4 Buses Comm to IO Devices SNAPP Bus 2 AUX 14V Supply 1 AUX 14V Supply 2 SNAPP Bus 1 Siren Relay Strobe Relay Circuit 4 External Tamper Circuit 3 Circuit 2 Circuit 1 Door 1 Reader 1 & 2 Door 2 Reader 3 & 4

  6. Downstream Communication NGP Panel • Bi-directional • 4000’ SNAPP Bus • VBUS (Enclosure) • 500’ Reader Wire • In[Out] Readers share connections SNAPP 4000’ 4000’ NGP- 1100 NGP-1320 LCD Keypad 500’ Enclosure (VBUS) NGP-1208 R D1 IN D1 [OUT] D2 IN D2[OUT] NGP-1208 4000’ = 1219m 500’ = 152m NGP-1208 NGP-1208

  7. Value Proposition Summary • A scalable hardware and software platform • Use existing Guardall downstream devices • Integration with OnGuard Host Software • Integrated Access and Intrusion • With Central Station Support

  8. Value Proposition Separate Access & Intrusion Systems Integrated Access & Intrusion ($1,300) * Based on a typical 8 Door installation

  9. NGP Availability • NGP will be available with the release of the OnGuard 6.4.500 Technical Update 1 • Planned for early 4th quarter 2010 • Other features are available within TU1 as well • RxQxPx to fully integrate to 6.4.500 TU1 • Bioscrypt Enrollment on 4G Readers • Alarm Aggregation • Alarm Runaway

  10. NGP Panel Set Conceptual Differences! • Access and Intrusion! • Onboard power supply and charger • With enhanced status reporting • Doors vs. Readers • 1 or 2 readers per door [IN/OUT] • Output boards are “children” of input boards • 8 Outputs per Panel instead of 16 • 2 Communication ‘Busses’ • SNAPP for external • Vbus for internal

  11. NGP Capacity • Up to 500,000 Badges • Also users on the keypads • 31,199 Access levels • 255 Timezones • 128 Holidays • 50,000 Events • Up to 1024 input points • Define any point as belonging to any area • 16 Default point types • False alarm prevention point type • Delay point type • 4 state detection: • NC, NO, Open and short circuit • Custom EOL values • Up to 130 Doors • In/Out Readers for each door • Up to 130 independent areas • Individual Arm/Disarm time schedule • Manual or Auto Arm/Disarm • Priority Arm/Disarm • Dual custody Disarm • Area inter-lock Disarm • No activity auto Arm • Time schedule control perimeter (Stay) or fully Arm (On) 13

  12. Summary of OnGuard Features NOT available with NGP OSDP Reader Support Panel-based Biometrics Elevator Control Schlage Wireless Support PIV support is TBD

  13. NGP vs. LNL Panel Differences – Access Features

  14. NGP vs. LNL Panel Differences – Intrusion Features

  15. NGP vs. LNL Panel Differences - Capacities • Note: • The badge capacities for the Lenel hardware can vary depending on the feature sets being used.

  16. Panel Feature Sets 18 • Feature Set – the capabilities configuration to use with all panels • Determines the system capacities for Readers, Inputs, Etc. • Determined by a License file loaded to the panel • Initial license loaded the factory • Upgrades available

  17. System On Module (SOM) • Main application processing unit • Linux operating system • Root file system • Database (configuration, users, etc.) • Event storage • Atmel AT91SAM9G20 ARM (400Mhz) • Memory • Serial dataflash (4MB) • NAND flash (256MB) • SDRAM (512MB) • NVRAM (2MB) • Micro SD card (2GB future) • Real Time Clock

  18. Controller Base Module with I/O processor • Freescale MC9S08AC96 (18Mhz) • 18VAC/24VDC/12VDC input power • Power Supplies • System regulator: 14DC @ 1.2A • Battery charger 13.7VDC @ 1.2A • Communication interfaces • 2, Ethernet RJ45 • Dual USB (for Serial Support) • 4, SNAPP (RS485) • WWM for PTSN alarm reporting to Central Station • Outputs • 2, 5A @ 24VDC 1-Form-C relays • 2, 1A @ 24VDC relays • Solid state siren/strobe outputs • 4 open collector outputs • Backup battery disconnect relay • Inputs • 4 Wiegand/Magstripe readers • 12 supervised inputs • 2 Door Contacts • 2 REX • 2 Bond Sensor • 2 Extended RTE • 4 unassigned • External tamper input • Off the wall tamper input

  19. NGP-1320 - 2 Door / 4 Reader Module • 2 door, 4 reader access control • Dedicated door status and REX inputs • Additional input for each door • 8 amp Form-C lock relay for each door • 3 amp Form-A aux relay for each door • Processor Diagnostic LED • 5V or 12V selectable reader power output • RS485 SNAPP bus communications to controller • Front and rear tamper (separate switches) • 12VDC power input Configuration Options NGP-1320= board only NGP-1320-UMP (displayed)

  20. NGP-1100 - Input/Output Module Configuration Options NGP-1100= board only (displayed) NGP-1100-UMP • 16 solid-state inputs • 2 solid-state outputs • Diagnostic LED for communications and each relay • Expansion port for up to 4 downstream vbus modules • RS485 SNAPP bus communications to controller • Front and rear tamper (separate switches) • 12VDC power 22

  21. NGP-1208 - Output Expansion Board Configuration Options NGP-1208= board only (displayed) NGP-1216K-UMP • 8 Form-C Relay outputs • Diagnostic LEDs for each relay & communications • Vbus to NGP-1100 • Address 1-4 (jumpers) • Up to 4 allowed per NGP-1100 • 12VDC power 23

  22. Worldwide Modem 120-3633L • Worldwide Modem (Optional) • Operates at 2400 Baud • SIA/CID reporting formats • Direct plug in module to NGP • NOTE: Central Station Reporting via the Network using HSC/IP (High Security Communications) protocol is delivered through the onboard network ports without need for the modem

  23. LCD Keypad (NGP-CKXX Gray & White) • Large character 2x16 screen • Allows the user to view and control the system • Cover tamper and wall tamper detection (single switch) • Available with or w/o External Reader Interface • Future Keypad Features (TBD) • Dedicated keys used for panic, fire, and medical emergencies • Function (f) keys allow the system administrator to program up to 10 specific output functions of their choice per area

  24. Model Cross Reference

  25. Configuration Examples

  26. Configuring the Panel • NGP Access Panel Configuration • Typical configuration tabs • NGP specific tabs (Power, SIA/CID, Intrusion, etc.)

  27. NGP Panel Options • Options control the functions available on the panel • ‘Model:’ sets the feature set of the panel • NGP-2220 • NGP-2220i • NGP-3320 • NGP-3320i

  28. Power Tab on NGP • Specifies settings for the battery testing and use by the panel • Brownout Mode • Send alarm on low voltage • Check for Battery • Cutoff Voltage • Warning Voltage

  29. Capacity Tab on NGP • Display Panel Capacities • Doors • Alarm Panels • Inputs/Outputs • Downstream Devices • Badges

  30. Adding an NGP-1100 Input Panel • Adding an Input Panel requires the board serial number • You also need to specify the number of Inputs and Outputs supported by the panel (groups of 4) • Include any VBUS connected NGP-1208s in the count of Outputs

  31. Configuring the Inputs • Select the Alarm Panel the Inputs are connected to on the left • Supervision and Point Type • Area and Buffer Area

  32. Point Types • 16 Pre-defined Input Point Types • Means that the installer can quickly program how a point behaves • Standard (Basic On/Off Point for Access Only Systems) • Entry doors (triggers), route points (followers), perimeter points, supervisory points, fire points and panic (hold up) points can be quickly defined • Easy to Use; configures commonly used inputs • Burglary • Life Safety • Supervisory groups • False Alarm Prevention Points • Typically used with Motion Detectors, it will only report if active for 10 seconds or if 2 separate sensors in the same area activate within 20 minuntes

  33. NGP Reader Settings • Specific settings for the NGP Readers • Assume Door Used / Time and Attendance • Request to Exit behavior • “Man-Trap” - Interlock Support

  34. NGP Door Modes • Credential Required • Unlocked • Pending First User (First Card Unlock) • Area is Disarmed (Stay/Disarmed) • Door is unlocked when the area is…

  35. In/Out Readers • Reader Mode • Card Only, Card and PIN, PIN or Card, PIN Only • PIN Only requires a setting at the panel • Reader Policy • Normal, Dual Custody, Escort, Toggle Lock (Authorized) • Lockout (locks the reader) • During or Outside the schedule only

  36. Areas • Areas in NGP can be used for various reasons • Anti-passback • User Counting • Activity Detection • Intrusion Detection • Delay Times • Exit Settings • Common / Priority Areas • Arm/Disarm Settings • Schedule • Options

  37. Thank you • This has been a quick introduction to our newest controller • Training has incorporated this panel into hardware classes which are now available • Open to questions • Thank you for your participation

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