intelorg telecom product overview v28.10.09

Welcome to intelorg telecom Pte Ltd

10 Ubi Crescent, #06-46, Ubi Techpark, Lobby C, Singapore 408564,

Tel:65-68441211, Fax: 65-68441213

www.intelorg-telecom.com

Email : [email protected]

Welc

ome

to IE

prese

ntatio

n

2009

http://www.intelorg-telecom.com/



Devices for Multi-Service Networks

The rampant development of the Internet contributed to significant demand growth on telecommunication services and systems.

The equipment for modern backhauls has to satisfy the following requirements:

Support of different network topologies (add-drop multiplexing, ring, star, mixed)

Presence of interfaces for packet traffic

Conformity of the management system with terms of the Telecommunications Management Network (TMN)

All products presented in this section have completely compatible fiber-optic links and are designed for establishing multi-service networks.

Devices for Multi-Service Networks

Fiber optical multiplexer

TDM & Ethernet

PolyKom-200U+

PolyKom-200U-1GT

PolyKom-300U-1GT

TDM & Gigabit Ethernet

TDM & Fast Ethernet PolyKom-300U

PolyKom-300U-I

PolyKom-200T (ADM)

PolyKom-300T

Connectivity for E1 & Ethernet channels over large distances

Multiple options of optical main link interfaces: multimode, single mode

(LASER diode option), short haul, long haul

Single fiber (WDM) main link option

SNMP network management



PolyKom-200U+

Fiber Optic port: SC or SFP

Tributaries: up to 4 E1 (G.703) channels + 1000 Mbps (1 x 10/100/1000 Base-T)

Activation key: E1 & Ethernet ports

1U, Half-19”

Power supply: 100-240VAC, +24VDC or –48VDC

Management: SNMP agent, ASCII terminal. Polygon SNMP Manager.

PolyKom-200U+

Fiber Opticn x E1 n x E1

10/100/1000 Base-T 10/100/1000 Base-T

PolyKom-200U+



PolyKom-200U-1GT / PolyKom-300U-1GT

Fiber Optic port: SFP

Tributaries: up to 8/16 E1 (G.703) channels + 1000 Mbps (2 x 10/100/1000 Base-T, 2 x

100 Base-FX/1000 Base-X)

Ethernet: Compatibility IEEE 802.1p Priority, 4 Queues/Port, IEEE 802.1p (IPv4’s

TOS&Diff-Serv, 802.1Q VID, DA/SA MAC address), IEEE 802.1Q (Dynamic VLANs Support,

Double Tagging/QinQ/Provider Tags), IEEE 802.1ad, IEEE 802.1D (Spanning Tree Support)

Activation key: E1 & Ethernet ports

1U, Half-19” / 1U, 19”

Power supply: DC 36 - 72; VAC 220 V adapter can be connected in for PK-200U-1GT

Power supply: DC 36 - 72 and VAC 220 V (backup) for PK-300U-1GT

Management: SNMP agent, ASCII terminal. Polygon SNMP Manager.

PolyKom-200U-1GT

Fiber Opticup to 4 x E1 up to 4 x E1

2x10/100/1000 BT

2x100 BFX/1000BX

10/100/1000 Base-T

PolyKom-200U+

PolyKom-300U-1GT


PolyKom-300U-1GT

PolyKom-200U-1GT


PolyKom-200U-1GT



PolyKom-200U-1GT / PolyKom-300U-1GT

2x10/100/1000 BT

2x100 BFX/1000BX

2x10/100/1000 BT

2x100 BFX/1000BX

2x10/100/1000 BT

2x100 BFX/1000BX

2x10/100/1000 BT

2x100 BFX/1000BX


TDM & Fast Ethernet

PolyKom-300U / PolyKom-300U-I

Fiber Optic port: SC

Tributaries: up to 16 E1 (G.703) channels + 100 Mbps (1 x 10/100 Base-T)

1U, Half-19” / 1U, 19”

Power supply: DC 36 - 72; VAC 220 V adapter can be connected in

Management: SNMP agent, ASCII terminal. Polygon SNMP Manager, LCD display for PK-

300U-I


10/100 Base-T 10/100 Base-T

PolyKom-300U PolyKom-300U-I


TDM & Fast Ethernet (add-drop multiplexer)

PolyKom-200T / PolyKom-300T

Fiber Optic port: SC

Tributaries: up to 16 E1 (G.703) channels + 100 Mbps (1 x 10/100 Base-T)

Add-Drop: up to 4 E1 and Ethernet for PK-200T

1U, 19”

Power supply: DC 36 - 72; VAC 220 V adapter can be connected in

Management: SNMP agent, ASCII terminal. Polygon SNMP Manager, LCD display

Fiber Optic

up to 16 x E1

10/100 Base-T up to 4 x E1

Fiber Optic

10/100 Base-T

PolyKom-300T PolyKom-200T PolyKom-200T

up to 4 x E1

10/100 Base-T

Fiber Optic

Arlan-1450 series includes an uncontrolled inverse multiplexer which is used for Ethernet traffic transmission over E1 (G.703) flows.

Ethernet Access Devices

Arlan-1450-1E1

Arlan-1450-4E1

1-10/100Base-T (RJ-45), 1/4xE1 (120 Ohm) ports, near by/remote conditions light indication on device. Maximum frame size 1536 bytes. In order for Arlan-1450 to work through the SDH network, the SDH equipment should support "Retiming" function.

Ethernet Access Devices

Arlan-1450

The development of Ethernet technology and its conversion into a transport technology with essential service level agreements (SLA’s) determines the need of devices able to build a “superposed” Ethernet network.

The most simple and cost-effective solution for Ethernet routing over PDH/SDH networks is the use of interface converters of the Arlan series.

Also in this section we present devices for Ethernet transfer based on VDSL technology (over “non-loaded” and “loaded” twisted pair, at a distance of up to 1.5 kilometers).

Integrated Access Devices

PolyKom-741M: asynchronous data transmission 1xRS-232 flow in E1 frame

PolyKom-741M-2RS: asynchronous data transmission 2xRS-232 flow in E1 frame

PolyKom-741F: Foreign Exchange Office (FXO) and Foreign Exchange Subscriber (FXS) in E1 frame by means of one or more time-slots


PolyKom-741x


PolyKom-741x

Remote Management Devices

Arlan-9000x

Arlan-9000-1RS (1xRS over Ethernet)

Arlan-9000M-8RS (8 x RS over Ethernet)

During network operations it is possible to encounter the requirement for connecting to different kinds of facility devices (UPS, air-conditioners, micro-climate control systems, sensors for fire and burglar alarm systems, energy meters, hot water and heating measurements, and atmospheric analyzer’s etc.) to the COM ports of PCs

The situation is getting more complicated while the network is continuously expanding

The Arlan-9000 devices working over the TCP/IP protocol can solve this problem. They facilitate in conjunction with service software the possibility to organize geographically-distributed systems.

Remote Management Devices

Arlan-9000x

Organize hierarchical configuration of the network, with the possibility to adjust some network parameters

Organize MIB from MIB-files

Read and record network’s parameters by SNMP-protocol

Includes SNMP-traps and form events;

Makes periodical network element questioning by ICMP and SNMP protocols;

Networking to network elements by Telnet and SSH protocols

To provide authorization system with distribution of authorities

Network Management

The guidelines for integrated management systems of different networks rendering different services are based on the TMN (Telecommunication Management Network) concept developed by International Telecommunication Union (ITU)

The application possibilities of this system are associated with the fact that the TMN isn't strictly related to any transfer system or peculiar network type. All information (needed for management) is contained in the integrated data base that can be changed and complimented by descriptions of new management objects

The entire TMN service data exchange can run over the present transport system of the managed network

The core idea of the TMN concept is establishing a network structure for interaction of different control units and telecommunications equipment using standard protocols and interfaces.

Network Management

Organize hierarchical configuration of network, with possibility to adjust some of network parameters (parts);

Organize MIB from MIB-files;

Read and record network’s parameters by SNMP-protocol;

To include SNMP-traps and form events;

To make periodical network element questioning by ICMP and SNMP protocols;

To make networking to network elements by Telnet and SSH protocols (using external programs);

To support English and Russian interfaces;

To provide authorization system with distribution of authorities.

Network Management

1000’s of PolyKom networking appliances are

installed today the following are two key customer scenarios

Example Installed Customer Solutions

The leading communications solution for Railways in Russia is based on a solution of PolyKom 200 and 300 Multi-Service Networking Products.

The solution was developed specifically to manage a linear communications topology with segment to segment communications.

With an optical backbone and a PolyKom solution the railways are able to abandon their leased circuits and to blend the channels for train control and other data and voice communications.

Application for the Railway Industry

The required solution for Russian Oil and Gas industries is to overlay Ethernet traffic on a previously implemented TDM infrastructure.

PolyKom offers a series of inverse multiplexers the Arlan-145x which support Ethernet over 1 to 4 E1 channels over a PDH/SDH infrastructure.

This solution allows for the opportunity to combine local network traffic with existing data or voice traffic or to create a separate physically secure data channel with guaranteed bandwidth.

Application for the Oil and Gas Industry

Gazprom Rosneft

All equipment can be put into Benchmark or trial testing

We will provide up to two units of any type listed in our catalogue

The amount of traffic utilizing terrestrial and wireless networks is continuing to grow at an exponential rate.

PolyKom and Arlan devices will consolidate all types of traffic for internetworking or backhaul scenarios

The PolyKom solution provides the necessary interfaces for any organization to maximize their infrastructure for telephony and data networking without the burden of expensive and cumbersome SDH systems and infrastructure.

The bottom line is a much more cost effective and intelligent network design.

We Have The Solutions

We hope you enjoyed our presentation

Please feel free to ask any questionsWe’ll be most happy to answer them

The End

Questions & Answers

intelorg telecom product overview v28.10.09

Business