FTTH (Fibre to the Home) Vers le réseau de la prochaine génération.

Transcription

1 WISI Wilhelm Sihn AG Hintermättlistrasse Mägenwil tél fax info@wisi.ch FTTH (Fibre to the Home) Vers le réseau de la prochaine génération. Fiche de données ci-joint. CP20: Optical Network Termination. LAxxE: Fiber Amplifier. LR83: Micro Node RFoG. LT87: Optical Transmitter. DOPS: Device Provisioning. version 1.0

2 WISI offre un grand assortiment de produits et de prestations pour la réalisation de solutions innovantes en termes de réseaux de l avenir (FTTH). Des systèmes de tête de ligne numérique ultramodernes en font partie, comme la tête de ligne WISI COMPACT ou le système OXM. Le nouveau système tête de ligne WISI OXM pour les exigences élevées. Le nouveau système tête de ligne très souple WISI OXM reçoit, crypte et décrypte, remultiplexe et remodule toute source de signal numérique TV dans la plupart des formats de sortie courant, numérique ou analogue. Ce système comprend le processeur de canaux DVB-T OTX 200, le récepteur et processeur numérique terrestre pouvant traiter les signaux d entrée du DVB-T MPEG-2 et MPEG-4. Il englobe également d autres modules tels que le processeur de canaux DVB-S OSX 200, le récepteur et processeur numérique satellite pour les formats d entrée DVB-S / SII ainsi que le processeur de canaux DVB-C OCX 200, le récepteur et processeur numérique de câble pour le traitement de signaux d entrée en format DVB-C. Les trois modules peuvent aussi traiter des signaux d entrée cryptés au moyen d une interface CI et sont équipés d un remultiplexeur intégré avec lequel l exploitant peut composer ses propres sorties multiplexes. Des fonctions supplémentaires peuvent être intégrées au moyen du logiciel de mise à jour. WISI tient à disposition un vaste programme d accessoires, entre autres pour l alimentation en énergie et le montage sur murs. Des solutions et des produits innovants (FTTH): RFoG. Parmi les autres nec plus ultra, on compte également les nombreuses solutions innovantes FTTH (Fibre to the Home) et les nouveaux produits pour l installation et l extension des réseaux de la prochaine génération. WISI possède un vaste portefeuille de solutions et de produits pour les réseaux RF over Glass (RFoG). RFoG est un réseau optique passif transmettant le signal HF aux participants au moyen de fibres optiques. Dans le sens aval (downstream), il fonctionne comme un réseau HFC. Dans le sens amont (upstream), une transmission n est possible que lorsque le modem câble correspondant transmet. L avantage décisif du RFoG dans les réseaux existants: Un nombre de fibres optiques plus réduit. L avantage de cette technologie par rapport à l utilisation d une technique courante HFC est que l RFoG possède une aptitude excellente au niveau du bruit et de l entrée, que la largeur de bande sens aval (downstream) est élargie de 860 MHz à 1 GHz, que la puissance absorbée est diminuée sur le réseau par une réduction des besoins d'amplification et que les coûts d entretien sont ainsi minimisés. En même temps, elle permet de conserver les installations en tête de ligne et de réutiliser le savoir-faire existant.

3 Les composants principaux offerts par WISI dans ce domaine sont: Modulateur externe LT87, 1550 nm dans une baie (rack) à une unité. Amplificateurs optiques LAxxE, EDFAs en exécutions diverses et équipés de nombreux ports. Emetteur optique LT87. Amplificateur optique LAxxE. Le récepteur sens amont (upstream) d une sensibilité d entrée accrue afin d assurer aussi à 1310 nm l intégralité du budget optique. Le point nodal (node) RFoG, l élément innovant de cette série avec transmetteur de chrominance à 1310 nm. RFoG-Node LR83. L illustration suivante compare les exigences entre HFC et RFoG sur toute la chaîne de transmission: Transmitter Noise Level Node HFC Splitter (sums ingress noise) Return Path Receiver HFC SNR = 26dB Sens aval (downstream). Meilleure distance / densité. Récepteur à réduction de bruit. Portée de 20 km avec 32 splits. Largeur de bande jusqu à 1 GHz. Sens amont (upstream). SNR est meilleur que RF. Recouvre 10 MHz perdus au bruit à l entrée (16 64 QAM). Permet une interconnexion des canaux sens amont (upstream) de 64 QAM (27 Mbps 108 Mbps). 1550nm Transmitter Multiport EDFA WDM RFoG RFoG 1 x n Splitter Noise Level Return Path Receiver RFoG SNR = 34dB

4 Solutions P2P. Des solutions point à point (P2P) pour les FTTH doté du nouveau CPE CP20 sont également offertes. Le CP20 se distingue particulièrement par son domaine d utilisation universelle. Il clôt toutes les prestations IP numériques ainsi que les programmes RTV optiques normaux transmis. Exemple typique d une utilisation: Les signaux CATV sont transmis sur la longueur d onde 1550 nm sur une fibre optique séparée, pendant que les données sont transmises sur une fibre optique unique en DS 1550 nm et US 1310 nm. Sur demande, les longueurs d ondes peuvent être ajustées de manière que tous les signaux soient transmis sur une seule fibre optique. Le CP20 possède un coffret attrayant et se prête donc à l installation non seulement dans les points-étoiles de l habitation, mais aussi directement dans l espace séjour, caractéristique de taille pour les installations ultérieures FTTH dans des bâtiments existants où la prise FTTH remplacera la prise du téléphone dans la salle de séjour. CP20. DOPS, le système Device Provisioning génial. DOPS veut dire DOCSIS Open source Provisioning Server. C'est une solution facile à utiliser pour la fourniture de FTTH CPE pour DOCSIS, PacketCable et SIP. "Le prêt pour exécuter serveur d'application" mise en œuvre de vitesse et de réduire les coûts d'exploitation. Les principales caractéristiques sont les suivantes: Intégrés et fibre-docsis CPE système de provisioning. Facile à utiliser l'interface Web d'administration et de configuration. Solution serveur basé sur MySQL. Prise en charge NCS et SIP. Vous proposant de nombreuses autres possibilités, WISI vous aidera à trouver une solution individuelle. Nous sommes à votre disposition pour vos questions et vos demandes d information.

5 Optical Network Termination CP 20 Product information WISI CP is a state-of-the-art customer premises equipment for FTTx rollouts, providing multiple IP-based services over a high-speed broadband connection. The device is designed to meet the requirements of next generation access networks based on active ethernet offering complete triple play services with telephony, data and video interfaces. Features: Optical Network termination for FTTH network 2 PSTN telephone connectors (simultaneous mode) 1 x LAN Ethernet (Bridge) or 4 x LAN Ethernet (Router) CATV receiver Automatic configuration via DHCP/TFTP server Remote firmware update via FTP/TFTP WEB interface for local configuration

6 Optical Network Termination CP 20 CATV - optical receiver for radio and tv Fiber single mode 9/125 µm Optical input level -7 dbm...0 dbm Wavelength nm Equivalent noise input 4.5 pa / Hz Optical connector SC/APC 8 Frequency range MHz Output level 80 dbµv + 3 db - OMI 5 % CENELEC 42 ch > 60 db CSO/CTB Ethernet - WAN interface Type 100Base-BX WAN (optional 100Base-LX) Fiber single mode 9/125 µm Optical connector SC/PC Wavelength TX: nm, typ nm; RX: nm, typ nm Standard IEEE 802.3u 100Base-BX Optical link budget >16 db Reach 15 km Optional Integrated WDM splitter for RF overlay TX (Data): 1310 nm, RX (Data): 1490 nm, RX (TV): 1550 nm Ethernet - LAN interface Type RJ 45 Auto MDI / MDIX; Transparent Bridging mode Standard IEEE Base-T; IEEE Base-T Multicast support IGMP v1/v2 IGMP snooping MAC adresses 2048 Supported protection modes Spanning Tree Protocol Rapid Spanning Tree Protocol

7 Optical Network Termination CP 20 Telephone VoIP protocol SIP (RFC 3261) Voice codec G.711 a-law (optional G.726, G.729 A/B, G Type 2 x RJ 11 (PSTN) Provider notes Clip, Clir, call waiting, call on hold, Call hold/retrieve, 3-way conferencing, call diversion Fax support T.38 G.711 pass through Service quality and security Quality of service Security Management SNMP support Remote Firmware update Dynamic configuration Optional Power supply Type Nominal voltage Operating voltage Current consumption Power consumption TOS/Diffserv VLAN support Integrated firewall Network adress translation (NAT) Port forwarding SNMP v1/v2c/v3 via FTP/TFTP DHCP TFTP Web interface TR-069 Plug-in power supply 12 V DC 100 V V AC, 50/60 Hz 0,5 A < 11 W General data Environmental conditions ETS Ambient temperature 0 C C Max. humidity 5 % % EMC EN Safety EN Size (WxDxH) 240,4 x 167,5 x 48,2 mm

8 Optical Network Termination CP 20 Optional interfaces Technical Modifications reserved. WISI cannot be held liable for any printing error /02.11 ISDN S0 interface according to ETS Reach max. 220 m (short passive bus) max m (point-to-point-connection) Transmission mode 4-wire-duplex Channel structure 2B+D, synchronisation and supervision Line code AMI (modified) Total bitrate 192 kbit/s Payload bitrate 144 kbit/s Remote power 2 W (on request 4,5 W) Interface 1 RJ45 Resitor for bus termination 100 Ω (switchable) Wireless LAN interface Operation mode Standards Frequency range Data rates Supported modulations Max. effective radiated power ERP Antenna gain Receiver sensitivity Encryption Access Point g/b 2,412 GHz 2,472 GHz b: 11 / 5,5 / 2 / 1 Mbit/s g: 54 / 48 / 36 / 24 / 12 / 9 / 6 Mbit/s QAM-64; QAM-16; QPSK; BPSK g 54 Mbit/s = 17 dbm b 11 Mbit/s = 19 dbm max. 2 dbi g 54 Mbit/s = -72 dbm b 11 Mbit/s = -83 dbm WEP, WPA, WPA-2CATV - optical receiver for radio and tv Power supply 230V AC 12 V DC Optical input VOICE/DATA RAM Flash CPU VOIP + Network MII Link Phone 1 Phone 2 CATV optical input CATV WISI Communications GmbH & Co. KG Empfangs- und Verteiltechnik Wilhelm-Sihn-Straße Niefern-Oeschelbronn, Germany SFF-Transceiver TX: 1310 nm ; RX: 1550 nm Switch SLIC SLIC CATV Telefon Fax info@wisi.de 4-port Ethernet (RJ45) 2 x RJ11 a/b a/b PSTN RF- output 80 dbµv

9 FIBER LINE+ Fiber Amplifier LA xx E Product information Description The LA xx E series is a family of high performance CATV erbium doped fiber amplifiers (EDFA) or erbium/ytterbium doped fiber amplifiers (EYDFA). Usage of the latest DSP technology at the core of electrical control circuitry results in superior output power stability and exceptionally low noise figures demanded by CATV applications, especially in Fiber-to-the-X networks. Applications: CATV Supertrunking Redundant Ring Architectures High Power Distribution Networks FTTx networks High Saturation Output Power up to 27 dbm in 1 RU or 35 dbm in 2 RU Dual Power Supplies, Redundant & Hot Swappable AC/DC

10 FIBER LINE+ Fiber Amplifier LA xx E Front Panel Optical Input & Output Monitor ports SNMPv2 Control Interface Low Noise Figure for CATV Wide Input Dynamic Range - Very Stable Output Power Integrated WDM filter option Optional Automatic Gain Control or Constant Output Power Operation Optional Gain Flatness Specifications Automatic power control and/or automatic gain control modes Port count, optical power, and connector style options Technical Modifications reserved. WISI cannot be held liable for any printing error /07.09 Monitors and Alarms Loss of input signal Loss of output power Pump laser diode bias current Pump LD Temperature Case Temperature Redundant Power Supplies Redundant Fans Electrical Characteristics PROPERTY SYMBOL MIN TYP MAX UNIT AC Power Supply Voltage VAC VAC DC Power Supply Voltage VDC VDC Power Consumption Note 1 PTOT W General Optical Characteristics PROPERTY SYMBOL MIN TYP MAX UNIT Wavelength Range Note 1 VAC 1528/ nm Input Power PIN dbm Total Output Power Options Note 1 POUT 14/30 27/35 dbm Output Power Delta to Nominal Note 2 POUT db Output Port Count Options (SC) Note /64 Noise Figure Notes 1, 3 NF 5.0/6.0 db Optical Isolation ISO 30 db Input Power Alarm LOS dbm Input Monitor Loss IMON db Output Monitor Loss OMON db Absolute Maximum Ratings PROPERTY SYMBOL MIN TYP MAX UNIT Operating Temperature Range TO 0 50 C Storage temperature Range TS C Relative Humidity H 0 95 % Note 1: Varies by model type Note 2: Valid for 1-20 ports. 32 ports and 64 ports have larger deltas. Note 3: Test Condition with Input Power = 0 dbm (@ 1550nm) Order information LA xx Y xxxx Power Supply: 1 AC primary, AC secondary 2 AC primary, DC secondary 3 DC primary, DC secondary 4 DC primary, AC secondary Number of Output Ports: e.g. 01, 02, 04, 08, 16, 32, 64 Output Power per Port: Output Location: SC/APC: 0 Front / 1 Rear FC/APC: 2 Front / 3 Rear SC/UPC: 4 Front / 5 Rear FC/UPC: 6 Front / 7 Rear LC/APC: 8 Front / 9 Rear E2000: A Front / B Rear Variant: E: normal G: Gain Flattenend Filter (in 1RU) W: WDM present (in 2RU) WISI Communications GmbH & Co. KG Empfangs- und Verteiltechnik Wilhelm-Sihn-Straße Niefern-Öschelbronn, Germany Telefon Fax info@wisi.de e.g, 11, 14, 16,17,20,26,27 Not all configurations are possible. Please contact your WISI sales representative for assistance.

11 FIBER LINE+ Fiber Amplifier LA xx E Example Configurations Model Output power per Port Short Description LA 11 E 64xx 11 dbm 2 RU EYDFA, 64x11 dbm LA 14 E 08xx 14 dbm 1 RU EDFA, 8x14 dbm LA 16 E 01xx 16 dbm 1 RU EDFA, 1x16 dbm LA 16 E 02xx 16 dbm 1 RU EDFA, 2x16 dbm LA 16 E 08xx 16 dbm 1 RU EDFA, 8x16 dbm LA 17 E 01xx 17 dbm 1 RU EDFA, 1x17 dbm LA 17 E 02xx 17 dbm 1 RU EDFA, 2x17 dbm LA 17 E 04xx 17 dbm 1 RU EDFA, 4x17 dbm LA 17 E 08xx 17 dbm 1 RU EDFA, 8x17 dbm LA 18 E 04xx 18 dbm 1 RU EDFA, 4x18 dbm LA 18 E 16xx 18 dbm 2 RU EDFA, 16x18 dbm LA 18 E 20xx 18 dbm 2 RU EDFA, 20x18 dbm LA 19 E 04xx 19 dbm 1 RU EDFA, 4x19 dbm LA 19 E 08xx 19 dbm 2 RU EYDFA, 8x19 dbm LA 19 E 16xx 19 dbm 2 RU EYDFA, 16x19 dbm LA 19 E 20xx 19 dbm 2 RU EYDFA, 20x19 dbm LA 20 E 04xx 20 dbm 1 RU EDFA, 4x20 dbm LA 20 E 08xx 20 dbm 2 RU EYDFA, 8x20 dbm LA 20 E 16xx 20 dbm 2 RU EYDFA, 16x20 dbm LA 20 E 20xx 20 dbm 2 RU EYDFA, 20x20 dbm LA 21 E 08xx 21 dbm 2 RU EYDFA, 8x21 dbm LA 21 E 16xx 21 dbm 2 RU EYDFA, 16x21 dbm LA 22 E 04xx 22 dbm 2 RU EYDFA, 4x22 dbm LA 22 E 08xx 22 dbm 2 RU EYDFA, 8x22 dbm Technical Modifications reserved. WISI cannot be held liable for any printing error LA 27 E 01xx 27 dbm 1 RU EDFA, 1x27 dbm Order information WISI Communications GmbH & Co. KG LA xx Y xxxx Power Supply: 1 AC primary, AC secondary 2 AC primary, DC secondary 3 DC primary, DC secondary 4 DC primary, AC secondary Number of Output Ports: e.g. 01, 02, 04, 08, 16, 32, 64 Output Power per Port: Output Location: SC/APC: 0 Front / 1 Rear FC/APC: 2 Front / 3 Rear SC/UPC: 4 Front / 5 Rear FC/UPC: 6 Front / 7 Rear LC/APC: 8 Front / 9 Rear E2000: A Front / B Rear Variant: E: normal G: Gain Flattenend Filter (in 1RU) W: WDM present (in 2RU) Empfangs- und Verteiltechnik Wilhelm-Sihn-Straße Niefern-Öschelbronn, Germany Telefon Fax info@wisi.de e.g, 11, 14, 16,17,20,26,27 Not all configurations are possible. Please contact your WISI sales representative for assistance.

12 Micro Node RFoG LR Product information RFoG Benefits Allows deployment of fiber optic access network while reusing existing RF and DOCSIS investments Increased bandwidth per subscriber due to better CNR performance Low maintenance of the network by reducing number of active equipment on the access network Ingress noise reduction through DOCSIS - based burst mode transmitters Features: Compact Node for RFoG Systems with 1310 nm In accordance with SCTE Extremely low noise receiver Optical ALC Switching power supply Isolated FP laser for upstream communication Upstream test port

13 Micro Node RFoG LR Technical Modifications reserved. WISI cannot be held liable for any printing error Downstream Wavelength nm Opt. return loss > 40 db Fiber single mode 9/125 µm Optical connector SC/APC Output impedance 75 Ohm Output return loss 16 db Frequency range MHz Output level (4% OMI, +1 to -8dBm) 75 dbµv flat / 90 dbµv with 3 db slope (jumper configuration) Output tilt MHz 3 db Operating optical input power +1 to -8 dbm Amplitude response +/-1 db Equivalent noise input max. 4 pa / Hz Output level - CENELEC 42 Channel 90 dbµv / 3 db slope CSO 60 db, CTB 60 db RF- connector F-type Optical input level low / high LED red Optical input level +1 to -8dBm LED green Upstream Laser Transmitter turn-on/off time Optical Power RF input level Amplitude response RF bandwidth Input return loss Attenuator Test port General Optical connector Supply voltage Power consumption Ambient temperature Dimension W x H x D Isolated FP: 1310 nm < 800 ns +3 dbm dbµv +/-1 db 5 65 MHz 18 db db 70 15% OMI SC/APC 230 VAC 6 W C 163 x 90 x 47 mm WISI Communications GmbH & Co. KG Empfangs- und Verteiltechnik Wilhelm-Sihn-Straße Niefern-Öschelbronn, Germany Telefon Fax info@wisi.de

14 Micro Node RFoG LR Product information RFoG Benefits Allows deployment of fiber optic access network while reusing existing RF and DOCSIS investments Increased bandwidth per subscriber due to better CNR performance Low maintenance of the network by reducing number of active equipment on the access network Ingress noise reduction through DOCSIS - based burst mode transmitters Features: Compact Node for RFoG Systems with 1610 nm In accordance with SCTE Extremely low noise receiver Optical ALC Switching power supply Isolated DFB laser for upstream communication Upstream test port

15 Micro Node RFoG LR Technical Modifications reserved. WISI cannot be held liable for any printing error Downstream Wavelength nm Opt. return loss > 40 db Fiber single mode 9/125 µm Optical connector SC/APC Output impedance 75 Ohm Output return loss 16 db Frequency range MHz Output level (4% OMI, +1 to -7dBm) 75 dbµv flat / 90 dbµv with 3 db slope (jumper configuration) Output tilt MHz 3 db Operating optical input power +1 to -7 dbm Amplitude response +/-1 db Equivalent noise input max. 4 pa / Hz Output level - CENELEC 42 Channel 90 dbµv / 3 db slope CSO 60 db, CTB 60 db RF- connector F-type Optical input level low / high LED red Optical input level +1 to -8dBm LED green Upstream Laser Transmitter turn-on/off time Optical Power RF input level Amplitude response RF bandwidth Input return loss Attenuator Test port General Optical connector Supply voltage Power consumption Ambient temperature Dimension W x H x D Isolated DFB: 1610 nm < 800 ns +3 dbm dbµv +/-1 db 5 65 MHz 18 db db 70 15% OMI SC/APC 230 VAC 6 W C 163 x 90 x 47 mm WISI Communications GmbH & Co. KG Empfangs- und Verteiltechnik Wilhelm-Sihn-Straße Niefern-Öschelbronn, Germany Telefon Fax info@wisi.de

16 FIBER LINE+ Optical Transmitter LT 87 Product information Description The LT 87 series product line is a family of high performance 1550 nm externally modulated CATV fiber optic transmitters. This series of transmitters couple high optical output powers in a convenient 1 RU housing with low optical linewidth resulting in unmatched performance. The advanced set of features of the product family allows these transmitters to be quickly optimized in the field for any link or application without the need to deploy specifically tuned transmitters. Applications: High performance supertrunking links High power distribution networks Redundant ring architectures FTTx networks

17 FIBER LINE+ Optical Transmitter LT 87 Single or Dual Optical Outputs Dual Power Supplies, Redundant & Hot Swappable Front Panel RF Test Point SNMP Control Interface Vacuum Fluorescent Status Display OMI / RF Gain Adjustment AGC Select: CW, Video, Manual (No AGC) Industry Leading Field Adjustable SBS Suppression Field Adjustable Electronic Dispersion Compensation (EDC) Technical Modifications reserved. WISI cannot be held liable for any printing error /03.11 PROPERTY UNITS MODELS PERFORMANCE Notes 1,2,3,4 LT 87 D LT 87 S LT 87 H LT 87 F Specified Link Length Note 5 L (km) Output Power Note 6 Po (dbm) / / /7.0 Min. Noise Bandwidth BW (MHz) SBS Suppression (dbm) Min. Carrier to Noise Ratio CNR (db) Min. Composite Second Order CSO (dbc) Max. Composite Triple Beat CTB (dbc) C PROPERTY REQUIREMENT COMMENTS Wavelength /-5 nm ITU-grid available Input Power Range 78 dbµv/ch 60 PAL channels Frequency Range 45 MHz 1003 MHz Flatness +/ db 45 MHz MHz +/ db 45 MHz MHz Input impedance 75 Ω Input Return Loss 16dB min 45 MHz MHz Optical Connector SC/APC Other styles available Monitoring Interfaces 100 Base-T Ethernet (SNMP) Rear Panel RS-232 interface VFD Screen Front Panel Controls VFD- (Vacuum Fluorescent Display) Operating Temperature 0 C to +50 C Storage Temperature -20 C to +70 C Power Consumption 65W max Operating Humidity 20% to 85% Non-condensing Supply Range 90 to 265 VAC, 50/60 Hz; +/- (36 72) VDC Dimensions 48.26cm W x 48.17cm D x 4.37cm H (width includes front panel ears, depth includes fans & front panel) Note 1: Unless stated otherwise all specifications apply over full temperature range with no digital loading. Note 2: Unless stated otherwise specifications apply for nominal RF input level as defined below, after 30 minute stabilization period. Note 3: Specifications separated by a slash are port1 / port 2. Note 4: CNR given in test configuration with 0 dbm at receiver input. F-type -5.5 dbm at receiver input Note 5: In combination with additional EDFA Note 6: Additional output power option for S-type: 8.0/8.0 dbm, 9.5/9.5 dbm, 10.0 dbm Order information LT 87 X xxxx Wavelength: /- 5nm (standard) /- 5nm A ITU ch. 18 B ITU ch W ITU ch. 40 Power Supply: 1 AC primary, no secondary 2 DC primary, no secondary 3 AC primary, AC secondary 4 AC primary, DC secondary 5 DC primary, DC secondary Model type: D, S, H, F Channel Grid: 1 NTSC 80 ch. 2 PAL 60 ch. 3 NTSC 110 ch. 4 PAL 89 ch. Output: SC/APC: 0 Front, 1 Rear FC/APC: 2 Front, 3 Rear E2000/APC: 4 Front, 5 Rear WISI Communications GmbH & Co. KG Empfangs- und Verteiltechnik Wilhelm-Sihn-Straße Niefern-Öschelbronn, Germany Telefon Fax info@wisi.de Not all configurations are possible. Please contact your WISI sales representative for assistance.

18 Next Generation Device Provisioning DOPS Docsis Opensource Provisioning Server Product Information DOPS is......an easy-to-use solution for provisioning of Fiber-to-the-Home, DOCSIS, PacketCable and SIP devices. The Ready to Run appliance server speeds up implementation and reduces operational expenditures. Individual licencing models are designed to fit perfectly into your individual business case. Features: Integrated DOCSIS and Fiber-CPE provisioning system Easy-to-use Web-Interface for administration and configuration MySQL based server solution High security through dynamic configuration files Support of NCS and SIP devices

19 DOPS Docsis Opensource Provisioning Server DOPS DOPS is a turn-key device provisioning system for broadband operators which reduces time, cost and complexity of deploying high-speed data and Voice-over-IP services. DOPS is capable of handling a mixture of different network technologies. DOPS is based on open source software using well-proven and highly configurable Linux OS and was developed with the idea of a simple and ready to use tool to provision cable modems, emtas, Fiber-CPEs and CPEs connected to a CMTS or Ethernet Switch. Using operator-defined templates, the solution confirms subscriber information and service options before network access is granted. Technical Modifications reserved. WISI cannot be held liable for any printing error /02.10 User Benefits The pre-installed appliance server allows fast and easy integration into a wide variety of existing network environments, while minimizing time to market and revenue generation. It provides a higher availability, ease of use, performance, scalability and security than any other tool on the market. Our highly proficient and experienced engineers will design the individual configuration based on your specific needs. Flexible Operation WISI offers a flexible and highly extensible platform scalable for every size of network, scaling from a few to thousands of subscribers. Performance and availability is adapted to suit every situation, ensuring the lowest possible financial footprint at any time. Technical Details Integrated DHCP-Server, DNS-Server, ToD-Server (Time of Day), TFTP-Server, Syslog-Server Support for FTTH, DOCSIS, PacketCable and SIP Provisioning across network technologies from cable to fiber Open source core components ensure maximum flexibility and security Web browser based user interface enabling simple access to all settings and configurations On demand dynamic device configuration files increases security and saves disc-space Deployment on pre-installed 1RU appliance-server DOPS Device and Service Provisioning DAON (DOCSIS Active Optical Network) DOCSIS & Packet Cable RFoG with DPON Overlay CMTS FttH Cable HFC QAM WISI Communications GmbH & Co. KG Empfangs- und Verteiltechnik Wilhelm-Sihn-Strasse Niefern-Öschelbronn, Germany Telefon Fax info@wisi.de