1August 2009

FibroLAN Standalone Products

Introduction

2August 2009

Standalone ProductsF.CON 2/6/12LTA41/31MDLA22/MmS.CON2/MS.CON1/M/MAH.CONF.CON1U.CON1A/1FU.CON2500ATARA100/M

GSM1010/MGSM1000/MATARA1000/M

FC 32FC42

FEM/FEM4FTM/FTM4

3August 2009

Media converters

A two port device transferring data ‘as-is’ between its 2 ports, matched with differentmedia typesTypically ports will be TP and FO, or FO (MM) and FO (SM) ‘Traditional’ (or ‘pass-thru’) MC operate at layer 1, consequently both ports MUST be of same speed and duplex modeFibroLAN models: MCM100-0x, F.CON1/MA, MCM1000x, GSM10x0/MA

4August 2009

Media converters (2)

The more complex type of MCs operate at layer 2 and offer bufferingcapabilitiesNo need to match speed and duplex modes between portsEnsure maximal optical distanceSupport data rate migrationsFibroLAN models: MCM110-0x,H.CON/MA

5August 2009

Media Converters Unmanaged

S.CON1 H.CON F.CONLTA41

DLA22F.CON6/12m.SCON2FEM/FEM4FTM/FTM4

U.CON1A/1FU.CON2500

FC32FC42

SNMP managed S.CON1M

LTA31M DLA22M

F.CON6M/12Mm.SCON2M

MA™ managed

H.CON/MA F.CON1/MA LTA41/MA

SNMP&MA™ managedS.CON1M/MA

6August 2009

Unmanaged

GSM1000GSM1010

SNMP managed

ATARA100M

ATARA1000M

MA™ managedLTA41-xE1LTA41-Xt1

F.CON1F/MAATARA100

GSM1000/MAGSM1010/MAGSM1000XATARA1000

SNMP&MA™ managed

GSM1000M (M.U)GSM1010M (M.U)

Media Converters (2)

7August 2009

Fast Ethernet Media Converters

8August 2009

F.CON 2/6/122/6/12 independent conversion channels100BaseTX to 100BaseFX, layer 1 operationTransparent to frame size and higher layer protocols19”, 1U enclosure, redundant PSU, SNMP management readySold also to Transition Networks (private label)

9August 2009

LTA41/31MLocal traffic aggregator, 4/3 10/100M TP ports to 100BaseFX port, operating at L2Supports basic VLAN (port based) and QoSfunctionalityUnmanaged (LTA41) or SNMP managed(LTA31M) versionsFrame size up to 1916 bytes

LTA31/M LTA41

10August 2009

DLA22/MDual link access device, with 2 10/100 TP ports and 2 100BaseFX ports, L2 operationSupports basic VLAN (port based) and QoSfunctionalityUnmanaged (DLA22) or SNMP managed (DLA22M) versionsFrame size up to 1916 bytesSuitable for string and ring applications (with proper termination equipment)Features a backup mode for channel redundancy

DLA22 DLA22M

11August 2009

mS.CON2/MDual channel converter, each channel 10/100BaseTX to 100BaseFX, L2 operationUnmanaged (mS.CON2) or SNMP managed(mS.CON2M) versionsFrame size up to 1916 bytes

12August 2009

S.CON1/M/MASingle channel converter, 10/100BaseTX to 100BaseFX, L2 operationUnmanaged (S.CON1), SNMP managed(S.CON1M) or SNMP managed w/ MA controller (S.CON1M/MA) versions (Master Unit)Frame size up to 1916 bytes

S.CON1M/MA S.CON1M

S.CON1

13August 2009

H.CON

Single channel converter, 10/100BaseTX to 100BaseFX, L2 operationFrame size up to 1916 bytesLow cost, effective solution for unmanaged CPE applications

14August 2009

F.CON1Single channel converter, 100BaseTX to 100BaseFX, L1 operationTransparent to frame size and higher layer protocolsLow cost, effective solution for unmanaged CPE applicationsDIP switches for basic configuration

15August 2009

ATARA100MAny To Any Redundant link Access device, Fast Ethernet2 FO ports (Main and Backup), 2 TP ports (M/B), independent redundancy mechanismAny of the FO ports may be used, while any of the TP ports may be usedEach of the FO ports may be connected, independently, to any CPE’s for complete BackupSNMP managed

16August 2009

ATARA100M (1)

Fail-over time from Main FO link to Backup FO link is below 10μsec, to ensure minimal loss of packetsBackup link may be forcedBackup to Main time is tunable and may be set to ‘Stay where you are’Provides FPTransparent to frame sizeATARA100 - MA™ managed

17August 2009

ATARA100M – Topology A

18August 2009

ATARA100M Topology B

19August 2009

Gigabit Ethernet Media Converters

20August 2009

GSM1010/MSingle pass-through Gigabit Ethernet TP to SX\LX conversion channel1 FO interface (SX\LX) and 1 TP interfaceUnmanaged (GSM1010), SNMP managedwith MA controller (GSM1010M) versionsKey features: bi-directional LST, LBFrame size (10K octets FO, 8.5K octets TP)GSM1010/M – Master Unit

GSM1010 GSM1010M

21August 2009

GSM1000/MSingle pass-through Gigabit Ethernet LX to SXconversion channel2 FO interfaces – SX and LXUnmanaged (GSM1000), SNMP managedwith MA controller (GSM1000M) versionsEmploys an MA controllerKey features: bi-directional LST, LBFrame size (10K octets)GSM1000/M – considered as Master Unit

GSM1000 GSM1000M

22August 2009

ATARA1000MAny To Any Redundant link Access device, Gigabit EthernetEmploys all mechanisms and features contained in the ATARA100 (LST instead of FP)ATA1000M - SNMP managedATARA1000 - MA™ managed

23August 2009

ATARA1000M Typical Topology

24August 2009

RS-xxx Converters

25August 2009

FC 32RS232 Fiber Optic Line ExtenderOperate with any baud rate up to 256000Transparent high speed data multiplexing up to 100Km between use and deviceStatus of Power, Fiber Link, Local / Remote Activity

26August 2009

FC 42RS485/RS422 Fiber Optic Line Extender/ Bus ExtenderOperate with any baud rate up to 256000RS485/RS422 4 wire point to point wiringRS485/RS422 4 wire Bus wiringDIP switches for basic configurationStatus of Power, Fiber Link, Local / Remote Activity

27August 2009

TDM Converters

28August 2009

FEM/FTM & FEM4/FTM41 FO port, 4 data TP port with 1 or 4 tunneled E1/T1 channels over TP port(s)Provides all functionality offered by the LTA41 CPE, data wiseWhen operating in conjunction with an E1/T1 compatible CPE (e.g. FTM/FEM), an extended and transparent E1/T1 link is created, through a unique and powerful E1/T1 channeling algorithm

29August 2009

FEM/FTM & FEM4/FTM4 (1)Employs monitoring and diagnostics tools similar to those in the E1/T1 module counterpartMinimal bandwidth consumption for E1/T1 channel(s), and excellent delay and jitter characteristics4E1/T1 version available

30August 2009

Typical Application and Topology

31August 2009

Questions ?