1. Introduction to IP Cameras Over Coax

2. Replacing Analog Cameras With IP Cameras Over Coax Analog Camera RG59U Coaxial Cable 18/2 Power Cable Low Voltage Power Supply P/T/Z Controller Analog DVR Monitor

4. EL1500C connections and LED Indicators 10/100 Link LED Indicator On Solid = 100Mb Flashing = 10Mb Off = No Link PoE Out LED Indicator On = PoE is being sent over coax Off = PoE is “not” being sent over coax BNC Connector Attaches to existing RG59U coaxial cable Optional Power Input Class 48-56VDC input to create PoE in installations where a PoE switch is not available. Link Status LED Indicator On Solid = Ethernet Link Off = No Ethernet Link Power LED Indicator On Solid = The unit is powered and ready to use Off = The unit is not receiving power BNC Side of DeviceRJ45 Side of Device

5. Replacing Analog Cameras With IP Cameras Over Coax IP Camera RG59U Coaxial Cable Monitor NVR P/T/Z Controller PoE Network Switch PoE Data The EL1500C is a packaged set consisting of a transmitter and receiver which connects to an existing coaxial cable to allow up to 100Mbps of Network data and PoE.

6. Replacing Analog Cameras With IP Cameras Over Coax IP Camera RG59U Coaxial Cable Monitor NVR P/T/Z Controller “No PoE” Network Switch PoE Data *PoE is introduced to the system by using a PoE inserter (IP1054) in installations where the network switch is not capable of producing Power over Ethernet.

7. Replacing Outdoor Analog Cameras With IP Cameras Over Coax IP Camera RG59U Coaxial Cable Monitor NVR P/T/Z Controller PoE Network Switch PoE Data The EL1500CW is a packaged set consisting of a transmitter housed in a NEMA4X rated enclosure and a receiver which connects to an existing coaxial cable to allow up to 100Mbps of Network data and PoE.

8. Available PoE at Connected Device * Results charted were calculated using RG59U coaxial cable with a 20AWG center conductor and power sourcing equipment using IEEE 802.3AF standard with starting voltage of 48 volts DC and IEEE 802.3AT standard with starting voltage of 54 volts DC

10. ER Series Etherstretch connections and LED Indicators Port Number PoE Signature has been detected and PoE is being sent to connected IP device Data transmission speed detected per port, 100mbps or 10mbps Local Area Network Connection data transmission speed of the collected units Main Unit Power Trouble Indicator LED illuminates if the units internal temperature reaches or exceeds a point where unit failure may become a concern. Front of ER16500C Unit

11. ER Series Etherstretch connections and LED Indicators Rear of ER16500C Unit [2] Gigabit LAN Ports ensure up to 100Mbps per channel throughput 16 BNC inputs connects the existing coax cables to the cameras locations 115/230V Main power input

12. Multi Camera IP Over Coax Solutions Network Switch ER16500C Monitor Access Control Panel Network Server RG59U Coaxial Cable PoE Data Gigabit PoE 100Mb PoE 100Mb PoE 100Mb PoE 100Mb PoE 100Mb PoE 100Mb PoE 100Mb PoE 100Mb

13. Competitor Single Channel Comparisons CompanyPart NumberImageSold AsSet UpLink Speed Powers From PoE SwitchIEEE 802.3 AF&ATAuto MDIX EL1500C Per SetNone, Plug & Play100MbpsYes Yes, Meets all IEEE standards including PoE signature testing and only sending PoE to PoE - PD Devices Yes NV-EC1701 Individually Yes, Push button and network configurations required 20 Mbps No - Powers from NVT Power Supply. Part # NV-PS48-60W (Sold Separately) No, Sends 48VDC over coax to connected receiver & connected IP device with or without PoE signature No - See Red Patch Cord (NV-PC2PR) CLFE1COAX Individually Yes, Dip Switches and configurations on both the transmitter and receiver Up to 80 MBPS No - Powers from 12VDC or 24VAC Power Supply No, Sends 48VDC over coax passing it through to connected receiver and connected IP device with or with PoE signature Not Indicated Vi2401Individually Yes, Dip Switches and configurations on both the transmitter and receiver Up to 80 MBPS No - Powers from 12VDC or 24VAC Power Supply No, Sends 48VDC over coax passing it through to connected receiver and connected IP device with or with PoE signature Not Indicated VHW-HWPS-B VHW-HWPS-C IndividuallyNone, Plug & Play100MbpsYes Yes, Meets all IEEE standards including PoE signature testing and only sending PoE to PoE PD Devices Yes

14. Competitor Multi Channel Comparisons CompanyPart NumberImage Built in Power Supply Gigabit LAN ConnectionLink Speed # of Patch Cables NeededIEEE 802.3 AF&ATMDIX ER16500C ` Yes - 16 Port PoE+ Supply Built in Yes - Built in Gigabit Network Switch 100Mbps1 Yes, Meets all IEEE standards including PoE signature testing and only send PoE to PoE PD Devices Yes NV-RMEC16 Comes as a kit with [4] 48VDC 60 Watt power transfomers and an octpus power cable No - [4] 10/100 data pass through ports to connect to network switch 20 Mbps 4 (Red cross over patch cable needed with power pairs removed) No, Sends 48VDC over coax to connected receiver & connected IP device with or with PoE signature No - Must use Red Patch Cord (NV- PC2PR) CLFE16COAX No - Must connect to a PoE Switch to gain power for cameras No - [16] 10/100 data pass through ports to connect to network switch Up to 80 MBPS 16 No, Sends 48VDC over coax to passing through connected receiver to connected IP device with or with PoE signature Not Indicated Vi2416 No - Must connect to a PoE Switch to gain power for cameras No - [16] 10/100 data pass through ports to connect to network switch Up to 80 MBPS 16 No, Sends 48VDC over coax to passing through connected reciever to connected IP device with or with PoE signature Not Indicated None - -

15. Security Transmission Solutions We provide free: Technical Support System Design System Topology Drawings Consider us for all your: Analog CCTV needs IP / Ethernet Extension / PoE Inserter needs Fiber – Analog / IP needs Wireless – IP needs Surge Protection – Analog / IP needs