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NGP Introduction
Next Generation Enterprise Access Control System withoptional Central Station Burg support
Company Confidential19/16/2010
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NGP Positioning
The opportunity to sell a controller that addresses bothAccess Control and Intrusion has long been an interest
we wanted to pursue Customers are happy with our LNL access controllers for
access control However, trying to drive intrusion business through the LNL panel
Also, Intrusion only boards typically do not have power to processlarge volumes of access control
As an intrusion/access hybrid, NGP allows us to moreeffectively address that space while meeting the most
popular of features available with the LNL boards LNL Panels still support more feature-rich access control, but with
very limited intrusion
Company Confidential2
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NGP Positioning
NGP is meant to capture the majority ofopportunities with an intrusion detection as well as
an access control component In time, the performance of the NGP panel will allow us to
address access control gaps
…
Lenel Hardware – Access Series (for LNL parts)
Lenel Hardware – Security Series (for NGP parts)
Company Confidential3
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NGP Mission Statement
The purpose of the NGP panel is to offer Lenel VARSand End Users an alternative enterprise-class
access control panel family Adding value by offering,
true central-station intrusion detection
expanded memory increased reader count
power management feedback
…and future expansion capabilities
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NGP - Project Scope
OnGuard
Location: Electrical Room
Location: Control Room
Door controller
Central StationMain controller
(Panel)
Location: Room Wall
ReaderDoorstrikeDoor
DoorDoorstrike
Reader
(Peripheral)
(Peripheral)Location: Room Ceiling
Motion Sensor(Input)
CCTV system(Output)
Intrusion Only Access Control Only
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NGP and ComponentsUSB Host
PortsPrimaryEthernet
Port
SecondaryEthernet
Port
VBus
SNAPP Bus 4
SNAPP Bus 3
12 VDC Alternate Power
18 VAC / 24VDCPower
SOMExternalBattery
Connector
us
SNAPP Bus 1
Micro SD Card
Circuit 4
Circuit 3
Circuit 2
Circuit 1
AUX 14V Supply 1AUX 14V Supply 2
Siren RelayStrobe Relay
External Tamper
D o o r S t r i k e R e l a y
A U X
D o o r 1
R E X D o o r 1
D o o r C o n t a c t 1
T a m p e r D o o r 1
B u z z e r R 1
P o w e r 1 4 V R 1
G r e e n L E D
R 1
R e d L E D
R 1
D 1
R 1
D 0 R 1
- V R 1
D 1 E g r e s s
R 1
D 0
E g r e s s R 1
D o o r S t r i k e R e l a y
A U X
D o o r 2
R E X D o o r 2
D o o r C o n t a c t 2
T a m p e r D o o r 2
B u z z e r R 2
P o w e r 1 4 V R 2
G r e e n L E D
R 2
R e d L E D
R 2
D 1
R 2
D 0 R 2
- V R 2
D 1 E g r e s s
R 2
D 0
E g r e s s R 2
A U
X R e l a y N O R
1
A
U X R e l a y C
R
1
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Product Components
NGP Panels (controllers), with enclosure and powersupply, with or without (intrusion, dual doors, dual
path and other options) NGP dual reader interfaces, with or without universal
mounting plates (LNL-CTX and LNL-CTX6)
Input and output modules mounted to universalmounting 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
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NGP
•NGP-13201,2 Lenel Access Control Module•NGP-CKGN1 Lenel Standard LCD•NGP-CKGE1 Lenel LCD (external reader)•NGP-11001 Lenel 16 Input Module•NGP-12081 Lenel 8 Relay Output Board
SNAPP(RS485)
Alarm MonitoringStation
SIA or ContactID 4
TCP/IP
Downstream Peripherals
Based on Guardall NA I/O
Final System Level Design
Notes:1. Based upon existing product with new OEM code2. Includes code revisions to support 245-bit cards3. Based upon existing product with HW changes4. NGP will use existing Guardall Worldwide Modem
(WWM), part number 120-3633, for PTSNcommunication
Host Interface(Google Protocol Buffers)• TCP/IP
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Downstream Communication
Bi-directional
4000’ SNAPP Bus
VBUS (Enclosure)
500’ Reader Wire
NGP
Panel
1100
SNAPP
4000’ 4000’
)
In[Out] Readersshare connections
D 1 [ O U T ]
Keypad
R
500’
4000’ = 1219m500’ = 152m
1208
12081208
1208
E n c l o s u r e ( V B U
D 2
I N
D 2 [ O
U T ]
D 1
I N
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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 Su ort
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Value Proposition
* AccessControl
MSRP
Hardware $3,625
Labor $1,300
Integrated Access & IntrusionSeparate Access & Intrusion Systems
Sub Total $4,925
* Based on a typical 8 Door installation
*Integrated MSRP
Hardware $3,625Intrusion Option $250
Labor $1,300
Total $5,175
* Intrusion MSRP
Hardware $1,100
Labor $450
Sub Total $1,550
Total $6,475 ($1,300)
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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
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NGP panel intrusion functions
Up to 1024 input points Define any point as
belonging to any area System default point type
and custom point type(future OnGuard support)
Up to 130 independentareas
Individual Arm/Disarm timeschedule
Manual or AutoArm/Disarm
point type
Delay point type
4 state detection: NC, NO, Open and short
circuit
Custom EOL values
r or y rm sarm
Dual custody Disarm
Area inter-lock Disarm
No activity auto Arm
Time schedule control
perimeter (Stay) or fullyArm (On)
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OnGuard Features NOT available with NGP
OSDP Reader Support
Panel-based Biometrics
Elevator Control
Schlage Wireless Support
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Panel Feature Set - Licensed
Feature Set – the capabilities configuration to usewith 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
See next slide for more details…
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Panel Feature Sets
Panel # On-BoardDoors
TotalDoors
Badges EthernetPorts
IntrusionSupport
SupportedInputs
NGP-2200i No 66 249,999 1 Yes 512
NGP-2220i
Yes 66 249,999 1 Yes 512
-
3300i
o , es
NGP-3320i
Yes 130 499,999 2 Yes 1024
NOTE: Panels will be available in a Non-Intrusion version.Same part numbers w/o the ‘i’ designation.
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System On Module (SOM)
Main applicationprocessing unit Linux operating system Root file system Database (configuration,
users, etc.) Event storage
Atmel AT91SAM9G20ARM (400Mhz)
Communication ports 6 serial 2 Ethernet (10/100Base-T) 2 USB host 1 USB device
Memory Serial dataflash (4MB) NAND flash (256MB) SDRAM (512MB) NVRAM (2MB) Micro SD card (2GB future)
Real Time Clock
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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 5VDC @ 1A 3.3VDC @ 1A
I/O signal conditioning Field wiring connections Timing critical functions
A-D conversion Reader input processing Power supply monitoring and
diagnostics
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Controller Base Module with I/O processor
Communication interfaces 2, Ethernet RJ45 Dual USB (for Serial Support)
4, SNAPP (RS485) Vbus for I/O expansion
Future Use
WWM for PTSN alarm reportingto Central Station
Outputs 2, 5A @ 24VDC 1-Form-C relays 2, 1A @ 24VDC relays
4 open collector inputs 2, 14V auxiliary supplies Backup battery disconnect relay
12 supervised inputs 4 w/ 2 Doors
4 Wiegand/Magstripe readers External tamper input
Off the wall tamper input
Solid state siren/strobe outputs(optional)
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NGP Memory
Onboard memory will retain specified informationwhich includes:
Cardholder/Badge – 500,000 MAX Access levels – 31,199
Timezones – 255 (Holidays – 128)
,
Battery backed memory and Flash storage
Memory is not an issue with the NGP
It was sized based on what we needed to hold
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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
5V or 12V selectable readerpower output 12VDC power RS485 SNAPP bus
communications to controller Front and rear tamper
(separate switches) 12VDC power
Configuration OptionsNGP-1320= board onlyNGP-1320-UMP (displayed)
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NGP-1100 - Input/Output Module
16 solid-state inputs 2 solid-state outputs
Diagnostic LED forcommunications andeach relay
Expansion port for up to4 downstream vbus
modules RS485 SNAPP bus
communications tocontroller
Front and rear tamper
(separate switches) 12VDC power
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NGP-1208 - Output Expansion Board
8 Form-c Relayoutputs
Diagnostic LED forcommunications andeach relay
Vbus communicationsto NGP-1100
Up to 4 allowed perNGP-1100
12VDC power
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Worldwide Modem 120-3633L
Worldwide Modem
(Optional) Operates at 2400 Baud
SIA/CID reporting formats
g ecur y
Communications)
Direct plug in module toNGP
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LCD Keypad (NGP-CKXX Gray & White)
Large character 2x16 screen Allows the user to view and control the system
Cover tamper and wall tamperdetection (single switch)
Available with or w/o External ReaderInterface
Future Keypad Features (TBD) Dedicated keys used for panic, fire, and medical
emergencies
Function (f) keys allow the system administratorto program up to 10 specific output functions oftheir choice per area
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Model Cross Reference
Existing Product New Product(Base)
New Product (alternative) Key differences
LNL-2220 NGP-2220UL NGP-2220CE, NGP-2220Ixx s/intrusion
LNL-3300 NGP-3300UL NGP-3300CE, NGP-3300Ixx s/intrusion
Not available NGP-3320UL NGP-3320CE, NGP-3320Ixx s/intrusion
LNL-1320 NGP-1320 NGP-1320-UMP
LNL-1100 NGP-1100 NGP-1108K-UMP = (1) 1100 & (1) 1208
LNL-1200 NGP-1200 x2 NGP-1216K-UMP = (2) 1208 Requires a NGP-1100, 2xto get 16 outputs
LNL-8000 N/A
LNL-500b, LNL-500w N/A
N/A 120-3633L World Wide Modem
N/A 120-3650(1)L Intelligent Power Supply
LNL-CK NGP-CKWE W= White, G= Gray, E=w/readerinterface, N=no reader interface
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Configuration Examples
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Configuring the Panel
NGP Access Panel Configuration
Typical configuration tabs
NGP specific tabs (Power, SIA/CID, Intrusion, etc.)
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NGP Panel Options
Options control the functions available on the panel
‘Model:’ sets the feature set of the panel
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Power Tab on NGP
Specifies settingsfor the battery
testing and use bythe panel
Send alarm on lowvoltage
Check for Battery
Cutoff Voltage Warning Voltage
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Capacity Tab on NGP
Display Panel Capacities
Doors
Alarm Panels Inputs/Outputs
Downstream Devices
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Adding an NGP-1100 Input Panel
Adding an Input Panel requires the board serialnumber
You also need to specify the number of Inputs and Outputssupported by the panel (groups of 4) Include any VBUS connected NGP-1208s in the count of Outputs
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Input/Output Addressing
The inputs and outputs in the system are selected bytheir association to an Alarm Panel
Main NGP Panel Inputs/Outputs 4 Inputs and 2 Outputs (w/ Onboard Readers)
12 Inputs and 2 Outputs (w/o Onboard Readers
NGP-1100 Panels have 16 Inputs
NGP-1208 Panels have 8 Outputs 4 can be connected to a single NGP-1100
Using techniques familiar to OnGuard users we canallow management of large numbers of points
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Configuring the Inputs
Select the Alarm Panel the Inputs are connected toon the left
Supervision and Point Type Area and Buffer Area
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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, firepoints and panic (hold up) points can be quickly defined
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
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NGP Reader Settings
Specific settings for the NGP Readers
Assume Door Used / Time and Attendance
Turnstile Behavior / Request to Exit behavior “Man-Trap” - Interlock Support
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NGP Door Modes
Credential Required
Unlocked
Pending First User (First Card Unlock)
Area is Disarmed (Stay/Disarmed)
Door is unlocked when the area is…
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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)
During or Outside the schedule only
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Areas
Areas in NGP can be used for various reasons
Anti-passback
User Counting Activity Detection
Intrusion Detection
Exit Settings
Common / Priority Areas
Arm/Disarm Settings Schedule
Options