KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission Welcome

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission Fibre optic Wireless Network Broadcast KBC’s Transmission Products

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission Video: CCTV Data : access control, industrial control Audio: public address, audio entry Telephone: PBX extensions, emergency links Contact Closure: alarm signals, industrial control Ethernet: computer networks, IP CCTV. Signals that we carry Fibre Transmission Products

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission Video, Data, Contact Closure Volume Building Blocks Digital Standard Product Ranges ASFOM Video, Audio, Data, Contact Closure, Telephone, Ethernet Multi Interface Industrial Data Data

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission All Video Digitally Encoded Compact Field Units Broad Power Input All Units Shipped With Power Supplies Chassis product Density Benefits KBC Networks Solutions: Digital Standard Series

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission 8 or 10bit digitally encoded video 1, 2 or 4 module units Unique 4 module 3U chassis card – 56 receivers in one 3U chassis – Built in patch leads Compact, wall mount or 3U chassis card 12-24Vac/dc power input Multimode or singlemode Receiver LED status – Power, link continuity, video presence FDVA1 Series KBC Network Solutions: Digital Standard Analogue Video Only Commercial Advantage KBC digital solution at competitors analogue prices. Unique solution. Simple installation due to status LED’s

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission 8 or 10bit digitally encoded video Simplex contact closure Compact or 3U chassis card Dual module 3U chassis card 12-24Vac/dc power input Multimode or singlemode Receiver LED status – Power, link continuity, video presence – Data FDVA1-IA1 Series KBC Network Solutions: Digital Standard Analogue Video & Contact Closure Commercial Advantage KBC digital solution at competitors analogue prices. Unique solution

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission 8 or 10bit video encoding Simplex RS422 data channel Single fibre only solution Compact or 3U chassis card 12-24Vac/dc power input Receiver LED status – Link integrity, video presence and data flow FDVA1-DC1 Series KBC Network Solutions: Digital Standard Analogue Video & Simplex Data Commercial Advantage KBC offers a single fibre digitally encoded solution at equivalent cost to our competitors two fibre analogue solutions. The WDM solution will half infrastructure costs and reduce installation costs. Win, win for the customer.

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission 10bit video encoded video Buffered data, long distance Multimode & singlemode 2 duplex contact closure channels Wall mount & 3U chassis card Dual receiver card (no contacts) – 28 receivers in 3U chassis 12-24Vac/dc power input Common interface – Pelco Coaxitron, Bosch BiLinx, Panasonic Proteus – Vicon Vicoax, BBV FCVA1 Series KBC Network Solutions: Digital Standard Analogue video & ‘up the coax’ data Technical Advantage By buffering the data, KBC can extend the transmission distance of ‘up the coax’ systems to the limitations of the optical components.

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission 8 or 10 bit digitally encoded video Full duplex data channel – RS232, RS422, RS485 (2W & 4W) switchable – Switchable 120Ω termination – Switchable line biasing Compact & 3U chassis card Dual module 3U chassis card – 28 modules in a 3U chassis Single fibre only solution 12-24Vac/dc power input Multimode and singlemode LED’s – Power, link continuity, video present – Transmit and receive data FDVA1-DB1 Series KBC Network Solutions: Digital Standard Analogue video & duplex data Technical Advantage Data channel works with all known manufacturers and has switchable termination and biasing.

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission 8 or 10 bit digitally encoded video Full duplex data channel – RS232, RS422, RS485 (2W & 4W) switchable – Switchable 120Ω termination – Switchable line biasing Duplex contact closure Compact & 3U chassis card 12-24Vac/dc power input Single fibre only solution Multimode and singlemode LED’s – Power, link continuity, video present – Transmit and receive data FDVA1-DB1-IB1 Series KBC Network Solutions: Digital Standard Analogue video, duplex data & contact closure

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission 8 or 10 bit digitally encoded video Wall mount and 3U chassis card – Single slot 3U chassis card 12-24Vac/dc power input Multimode and singlemode LED’s – Power, link continuity, video present FDVA4 Series KBC Network Solutions: Digital Standard Analogue video, 4 channel multiplexer Commercial Advantage Up to 14 units in a single 3U chassis. KBC solution will require less 19” rack space

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission 8 or 10 bit digitally encoded video Full duplex data channel -RS232, RS422, RS485 (2W & 4W) switchable -Switchable 120Ω termination -Switchable line biasing Wall mount & 3U chassis card Single slot 3U chassis card 12-24Vac/dc power input Multimode and singlemode LED’s -Power, link continuity, video present -Transmit and receive data FDVA4-DB1 Series KBC Network Solutions: Digital Standard Analogue video, 4 channel multiplexer & data Commercial Advantage Up to 14 units in a single 3U chassis. KBC solution will require less 19” rack space

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission FDDB1 Series KBC Network Solutions: Digital Standard Point-to-point data Full duplex data channel -RS232, RS422, RS485 (2W & 4W) switchable -Switchable 120Ω termination -Switchable line biasing Compact & 3U chassis card 12-24Vac/dc power input Multimode and singlemode LED’s -Power, link continuity, -Transmit and receive data

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission 14 slots Integral PSU Redundant PSU available – 12 slots available 14 blanking panels FR3 KBC Network Solutions: Digital Standard 19” Product Chassis

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission Thank you At this time we would be happy to answer any questions.

KBC Networks 2010 Fibre optic Wireless Broadcast Network transmission KBC Networks Solutions: ASFOM Series Application Specific Fibre Optic Modem

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission Application Specific...meets your requirements Point-to-Point or Bus Multi Interface – Composite analogue video – Data – Analogue audio – Contact closure – Telephone – E1 – Ethernet ASFOM KBC Networks Solutions: ASFOM Series

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission Electrical Modules – Analogue video, data, analogue audio, contact closure – Telephone, E1, Ethernet Optical Modules – FC/PC, ST, SC – Various optical budgets Electrical inputs – AC, DC, – Single & redundant Modular Approach KBC Networks Solutions: ASFOM Manufacturing Process Technical Note Modules are not field configurable.

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission Technical Note Modules are not field configurable. Video (8 or 10bit) SingleDual Data 1 field selectable2 fixed channels TelephoneE1 Audio (Up to 2 simplex or 1 duplex) Contact Closure Up to 4 simplex or 2 duplex Ethernet 1 channel 10/1001 channel KBC Networks Solutions: ASFOM Electrical Modules

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission Wall Mount KBC Networks Solutions: ASFOM Housings Technical Note Bays #3 and #6 cannot house either the dual video or telephone module. A maximum of 5 video and 10 video channels can be housed in the thin and thick wall boxes respectively. Thin box (1 PCB) #1 #2#3 Thick box (2 PCB’s) #1 #2#3 #4 #5#6

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission Simple point-to-point solutions – Analogue audio, contact closure – Telephone, E1, Ethernet Two modules any mixture Two modules maximum 3U Chassis Card KBC Networks Solutions: ASFOM Housings Technical Note For video only up to 4 channels and video & data configurations the Digital Standard range should always be used. 3U Chassis Card Optics #1 #2

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission 4U Chassis Card KBC Networks Solutions: ASFOM Housings 1 slot Technical Note Bays #3 and #6 cannot house either the dual video or telephone module. A maximum of 5 video and 10 video channels can be housed in the one slot and two slot cards respectively. #3 Optics #1 #2 2 slot Optics #1 #5 #3 #2 #4 #6

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission Technical Note Bays #9 and #18 cannot house either the dual video or telephone module. A maximum of 17 video and 34 video channels can be housed in the 1U and 2U trays respectively. KBC Networks Solutions: ASFOM Housings 1U 19” rack Optics #1 #3 #4 #5 #6 #7 #8 #9 #2 Optics #1 #3 #4 #5 #6 #7 #8 #9 #2 #10 #12 #13 #14 #15 #16 #17 #11 #18 2U 19” rack

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission Technical Note Each 2 slot module will have an individual optics based on CWDM wavelengths. This is linked via a pigtail to the CWDM device. Up to 16 wavelengths can be supported in the CWDM 4U Chassis CWDM KBC Networks Solutions: ASFOM Housings #7 #11 #9 #8 #10 #12 #1 #5 #3 #2 #4 #6 #13 #17 #15 #14 #16 #18 Optics CWDM CWDM #19 #23 #21 #20 #22 #24

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission Limited by the optics and number of optical channels – 8 video channels per wavelength (optic channel) – 16 wavelengths (optic channels) – 128 channels of video Electrical signals at one wavelength limited by bandwidth – Different modules have different bandwidths Video requires most – 8bit 135Mbps – 10bit 169Mbps Multiple other channels – Data, audio, contact closure, telephone – Ethernet similar to video Number of Electrical Channels KBC Networks Solutions: ASFOM Channel Numbers

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission Bandwidths in Mbps KBC Networks Solutions: ASFOM Backbone Bandwidths

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission Up to 16 channels of Video Plus 2 channels of video and/or data – Maximum 2 duplex channels Asymmetrical optics Limited optical budget ASFOM G-Series KBC Networks Solutions: ASFOM G-Series Commercial Advantage Very cost effective solutions for up to 16 channels of video plus data & contact closure on multimode or singlemode fiber.

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission Use OADM/CWDM to build an optical bus No of nodes depends on wavelengths used at a node – 1 wavelength per node = 16 nodes – 2 wavelengths per node = 8 nodes OADM/CWDM system is passive, no amplification of signal Configuration KBC Networks Solutions: ASFOM Bus Systems

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission Each node will require 2 wavelengths, one for input and one for output signals λ1 and λ2λ1, λ2, λ3 & λ4 A/D DSP OADM λ1λ1 λ2λ2 A/D DSP OADM λ3λ3 λ4λ4 A/D DSP OADM λ7λ7 λ8λ8 A/D DSP OADM λ5λ5 λ6λ6 CWDM λ7λ7 λ6λ6 λ5λ5 λ4λ4 λ3λ3 λ2λ2 λ1λ1 λ8λ8 DSP D/A DSP D/A DSP D/A DSP D/A Video Data Ethernet λ1, λ2, λ3, λ4, λ5 & λ4 λ1, λ2, λ3, λ4, λ5, λ6, λ7 & λ8 Technical Note A Bus system will use DFB Laser optics with 23dB budget. As the optical bus system is passive the furthest node must have enough optical budget to speak to the head end. On top of the cable, splicing and connector losses the loss of the Optical Add Drop Multiplexers and the head end CWDM must be added. This loss is based on the system. KBC Networks Solutions: ASFOM Bus System

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission Point-to-Point or Bus Provides redundant optical paths Automatic switch over as a result of a failure Redundant optics and CWDM – No passive splitting – Electrical switching Alarm indication – Per wavelength Optical KBC Networks Solutions: ASFOM Redundant ASFOM

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission KBC Networks Solutions: ASFOM Redundant ASFOM Point-toPoint

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission KBC Networks Solutions: ASFOM Redundant ASFOM Bus

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission Point-to-point and bus solutions – Multi-protocol Minimise fibre use – Reduce third party costs if applicable Recover fibre – Utilise the bandwidth potential of the installed infrastructure System design not controlled by transmission system – Meet the system requirements Minimise rack space needs – Reduce air conditioning and power costs Redundant solutions – Optical and power What does ASFOM do for you? KBC Networks Solutions: ASFOM Benefits

KBC Networks 2010 Fibre optic Wireless Broadcast Network Transmission Thank you At this time we would be happy to answer any questions.