FlexDSL Orion3 User manual

FlexDSL Telecommunications AG
Steinackerstrassse 31
8902 Urdorf
Switzerland Page 1/5
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Ddd
The FlexDSL Orion3 SHDSL.bis product family offers a broad range of products, which are based on the latest SHDSL.bis
standards (ITU-T G.991.2 & ETS TS 101524), while also being fully interoperable with all our existing SHDSL equipment
(Orion1, Orion2 and MiniFlex). The FlexDSL Orion3 supports beside of the standardized TC-PAM16/32 also the new extended
TC-PAM4/8/64/128 line coding with a software upgrade code. The support of these extended line codes ensures compatibility
with existing SHDSL equipment, that is already installed, in order to protect customer investments, while at the same time
providing an upgrade path to the newest DSL technologies.
SHDSL.bis allows symmetrical data and voice transmission at speeds up to 15Mbps over a single pair of copper. In addition,
the FlexDSL Orion3 SHDSL.bis modem range also supports DSL channel bonding for up to 4 copper pairs in order to achieve
speeds to 60.8Mbps!! FlexDSL Orion3 SHDSL.bis modems can provide up to 2 complete E1 interfaces, which support framed
and unframed services (G.703/704). An integrated 2/4 port Ethernet layer 2 managed switch with VLAN, QoS and RSTP
support (10/100BaseT) ensures connectivity to IP services. Beside of E1 and Ethernet we have additional interfaces like Nx64
that can be configured to be a V.35, V.36, X.21 or V.28 interface (cable selected). Also RS-232 and RS-485 (asynchrounous)
are available. This makes FlexDSL Orion3 SHDSL.bis modems a perfect solution for a wide range of applications in which
TDM and IP services need to be transmitted over copper wires.
Like all FlexDSL Orion products the FlexDSL Orion3 SHDSL.bis modems are based on industrial components and
manufactured according to highest quality standards provi ding additional value due to the extended temperature ranges and
higher reliability. The combination of comprehensive functions providing maximum flexibility together with the higher quality of
the FlexDSL Orion3 SHDSL.bis product family make it the perfect choice for all your DSL needs.
Possible Applications
a) Ethernet Transmission Point-to-Point
b) Ethernet Transmission Point-to-Multipoint
c) Ethernet Add/Drop over a Long Copper Line
a)
b) c)
SHDSL.bis
Up to 6
0Mbps
E1 /
Nx64 /
Ethernet
FlexDSL Orion3
Features
•Up to 15Mbps Data Transmission per Copper Pair
•SHDSL and SHDSL.bis, TC-PAM16/32
•Additional TC-PAM4/8/64/128 Available
•1, 2 or 4 Copper Pairs Support
•2 or 4 Port Ethernet Switch (10/100BaseT)
•QoS, VLAN and RSTP Support
•E1 (G.703/704, Balanced/Unbalanced)
•Nx64 (V.35, V.36, X.21, V.28) and RS-232/485
•Multi-Service Operation
•Point-to-Point and Point-to-Multipoint Operation
•Console Port, Telnet, Web, SNMP Management
•24/48VDC Powered, Low Power Consumption
•Included Primary Protection
•Robust DIN-Rail Metal Enclosure
•
Industrial Temperature Range Available

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Quick Installation Guide
Enter an Orion3 Device
You can use the Monitor (Local Craft Terminal, RS-232) interface with Hyper Terminal (or any equal program) or you can
address the device with Telnet through the Ethernet interface.
Monitor (LCT, RS-232 or USB) Interface:
•Configure the COM port: Bits per second:9600, Data bits: 8, Parity: None, Stop bits: 1, Flow control: None
•Press <ENTER>.
Telnet through Ethernet Interface:
•Type in command line <Telnet 192.168.0.235> and press <ENTER>. This is the default Ethernet Address for Orion3
devices.
After a successful entering the main menu of the device will be displayed.
Configure an Orion3 Device
A first installation example with the most important commands and points to care about is shown below. We just like to have
an Ethernet transmission between the two devices over 2 SHDSL copper pairs with a speed of 11.4Mbit/s. The pairs should
aggregate (bundle) the data traffic and in case of any SHDSL pair failure, the remaining pairs should continue to work.
Enter in device 1 with the Monitor (LCT, RS-232 or USB) or Telnet interface.
Type following commands Description
3 <↵> Go to Configuration Management (CM)
<DEFAULT EVERYTHING> <↵> Set everything to default configuration
<MASTER ON 1> <↵> Configure SHDSL 1 as MASTER
<MASTER ON 2> <↵> Configure SHDSL 2 as MASTER
<PAYLOAD WAN 1> <↵> Configure Ethernet over SHDSL 1
<PAYLOAD WAN 2> <↵> Configure Ethernet over SHDSL 2
<NET> <↵> Go to NET menu
<SETIP 10.0.2.200> <↵> Set the IP-address of the device
<NETMASK 255.0.0.0> <↵> Set the subnet mask
<GATEWAY 10.0.0.101> <↵> Set the default gateway
<M> <↵> Go to Configuration Management (CM)
<M> <↵> Go to Main Menu
2 <↵> Go to Fault and maintenance management (FMM)
<APPLY ALL> <↵> Apply all configurations (written in the running config.)
<CONFIRM> <↵> Confirm all configurations (written in the startup config.)
In Menu Configuration Management (CM) you can type <CONFIG> to see the following picture:
CO_CM>CONFIG
--------------------------------------------------------------------------------
Running Line Configuration
--------------------------------------------------------------------------------
xDSL DSL1 DSL2
Mode : Master(HTU-C) Master(HTU-C)
Extended rates: OFF OFF
Line coding : PAM32 PAM32
Baserate : 89 89
Annex : B B
Payload : WAN WAN
Clock source : Int Int
GS compatible : OFF
NM threshold : OFF
LA threshold : OFF
--------------------------------------------------------------------------------
CO_CM>
Device 1
Device 2
Computer

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Enter in device 2 with the Monitor (LCT, RS-232 or USB) or Telnet interface.
Type following commands Description
3 <↵> Go to Configuration Management (CM)
<DEFAULT EVERYTHING> <↵> Set everything to default configuration
<MASTER OFF 1> <↵> Configure SHDSL 1 as SLAVE
<MASTER OFF 2> <↵> Configure SHDSL 2 as SLAVE
<PAYLOAD WAN 1> <↵> Configure Ethernet over SHDSL 1
<PAYLOAD WAN 2> <↵> Configure Ethernet over SHDSL 2
<NET> <↵> Go to NET menu
<SETIP 10.0.2.201> <↵> Set the IP-address of the device
<NETMASK 255.0.0.0> <↵> Set the subnet mask
<GATEWAY 10.0.0.101> <↵> Set the default gateway
<M> <↵> Go to Configuration Management (CM)
<M> <↵> Go to Main Menu
2 <↵> Go to Fault and maintenance management (FMM)
<APPLY ALL> <↵> Apply all configurations (written in the running config.)
<CONFIRM> <↵> Confirm all configurations (written in the startup config.)
In Menu Configuration Management (CM) you can type <CONFIG> to see the following picture:
CP_CM>CONFIG
--------------------------------------------------------------------------------
Running Line Configuration
--------------------------------------------------------------------------------
xDSL DSL1 DSL2
Mode : Slave(HTU-R) Slave(HTU-R)
Extended rates: OFF OFF
Line coding : PAM32 PAM32
Baserate : 89 89
Annex : B B
Payload : WAN WAN
Clock source : Int Int
GS compatible : OFF
NM threshold : OFF
LA threshold : OFF
--------------------------------------------------------------------------------
CP_CM>
The idea is the following: the default settings help any device to be in an initial state, then the MASTER/SLAVE mode is
enabled on the modem, then the transmit data is configured, then the network settings are configured (IP address, default
subnet mask and default gateway) and finally, these settings are applied and then are written in the EEPROM.
ATTENTION
DON’T FORGET TO WRITE THE CONFIGURATION IN THE STARTUP CONFIGURATION WITH
THE FOLLOWING COMMANDS:
2 <↵> Go to Fault and maintenance management (FMM)
<APPLY ALL> <↵> Apply all configurations (written in the running config.)
<CONFIRM> <↵> Confirm all configurations (written in the startup config.)

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Switzerland Page 4/5
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Fax: [phone]
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Connector Description
SHDSL Technical Specification SHDSL Connector Specification
Specification ITU-T G.991.2 G.shdsl and G.shdsl.bis Pin No Description
Line Code TC-PAM16/32, Extended: TC-PAM4/8/64/128 1 NC (not used)
Impedance 135Ω2 NC (not used)
Transmit Power 13.5 (Annex A) or 14.5 (Annex B) dBm @ 135Ω3 SHDSL interface B *
Number of Pairs 2 or 4 4 SHDSL interface A
Bit Rate 192 to 5704kbit/s, Extended: 128 to 15232kbit/s 5 SHDSL interface A
Overvoltage Protection ITU-T Rec. K.20/K.21 6 SHDSL interface B *
Connector Type RJ-45 Female, 8 pin 7 NC (not used)
8 NC (not used)
* only used in V54
Ethernet Technical Specification Ethernet Connector Specification
Standard: IEEE-802.3, VLAN/QoS IEEE-802.1q/p Pin No Description
Number of Interfaces 1 1 Tx+ (transmit data)
Data Rate 10/100BaseT, Full/Half Duplex 2 Tx- (transmit data)
Protocols Data, Telnet, SNMP, WEB 3 Rx+ (receive data)
Signal Level Ethernet 4 NC (not used)
MDI/MDI-X auto crossover Supported 5 NC (not used)
Auto Negotiation Supported 6 Rx- (receive data)
Connector Type RJ45 Female, 8 pin 7 NC (not used)
8 NC (not used)
E1 (G.703) Technical Specification E1 (G.703) Connector Specification
Specification ETS 300 166, ITU-T Rec. G.703, G.704 Pin No Description
Number of Interfaces 2 1 E1 Input →CH1/2 Wire A
Line Code HDB3 2 E1 Input →CH1/2 Wire B
Impedance either 120Ωor 75Ω3 NC (not used)
Jitter ITU-T Rec. G.823, ETSI TS 101 135 4 E1 Output →CH1/2 Wire A
Bit Rate 2048kbit/s ± 50 ppm 5 E1 Output →CH1/2 Wire B
ESD Protection 8kV (Air discharge) 6 NC (not used)
Connector Type RJ45 Female, 8 pin 7 NC (not used)
8 NC (not used)
Monitor/Local Craft Terminal Technical Specification Monitor/LCT Connector Specification
Specification EIA-232 / V.28 Pin No Description
Data Rate 9600 baud, asynchronous 1 Urgent Alarm Output
Protocol 8 bit, no parity, 1 stop bit , no flowcontrol 2 TXD (Transmit Data)
no linefeed with carriage return 3 RXD (Receive Data)
Signal Level V.28 4 NC (not used)
Alarm Output Spec Load Driver 5 SGND (Ground)
Max. Switching Voltage 60VDC 6 NC (not used)
Max. Switching Current 150mA 7 NC (not used)
Connector Type DB9 Female 8 NC (not used)
9 Not Urgent Alarm Output
Monitor/Local Craft Terminal Technical Specification Monitor/LCT Connector Specification
Specification USB V2.0 full and low speed Pin No Description
Data Rate 12Mbit/s 1 +5V
Protocol Master/Slave, Uses the USB communication 2 Data +
device class (CDC) drivers to take advantage of 3 Data -
the installed PC RS-232 software to talk over the 4 SGND
USB
Connector Type USB Type B female connector

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Power Supply Technical Specification Power Supply Connector Specification
Specification ETSI ETS 300 132-2 Pin No Description
Voltage 38-72VDC local power 1 Negative power terminal 1
Voltage (-24V models) 18-36VDC local power 2 Protection ground
Connector Type Molex Mini-Fit 39-01-2040 3 Negative power terminal 2
Power Consumption Typically 4/6 Watts if 2/4 DSL pairs 4 Positive power terminal
Connector Type Molex Mini-Fit 39-01-2040
Panel Description
Connector LED RED GREEN AMBER OFF
xDSL 1 (DSL No 1) Left DSL not working DSL normal operation
xDSL 1 (DSL No 3, only V84) Right DSL not working DSL normal operation
xDSL 2 (DSL No 2) Left DSL not working DSL normal operation
xDSL 2 (DSL No 4, only V84) Right DSL not working DSL normal operation
G.703 1 or G.703 2 (NI 3 V81) Left E1 normal operation Failure / no E1 Signal
G.703 1 or G.703 2 (NI 3 V81) Right E1 Alarm E1 normal operation
Ethernet (NI 1/2 V83, 1..4 on V84) Left Blinking = Data Connection not active
Ethernet (NI 1/2 V83, 1..4 on V84) Right 100 Mbit/s data rate 10 Mbit/s data rate
* NI means NETWORK INTERFACE
Environment , EMC and Safety
Storage: ETS 300 019-1-1 Class 1.2 (-25°C … +55°C)
Transportation: ETS 300 019-1-2 Class 2.3 (-40°C … +70°C)
Operation: ETS 300 019-1-3 Class 3.2 (-5°C … +45°C)
Higher Operation Temperature range available on request (-20°C … +80°C)
Dimensionl: 216(W)x165(D)x43(H) mm
Weight < 1.0kg in Metal DIN-Rail Enclosure
Standards: EN 300386 V1.4.1:2008 EN 61000-4-2/A2:2001
EN 50121-4:2006 EN 61000-4-3:2006
EN 60950-1:2006 EN 61000-4-4:2004
EN 55022:2006, Class B EN 61000-4-5:2006
EN 55024/A2:2003 EN 61000-4-6:2007
EN 61000-4-6/A1:2001
Available Models
Ordering Code Interfaces Power
Supply
Attention!
FG-PAM-RAIL2N-2E1B/2Eth, V81 2xDSL 2xE1 2xETH 38-72VDC
FG-PAM-RAIL2N-2E1B/2Eth-24V, V81 2xDSL 2xE1 2xETH 18-36VDC
FG-PAM-RAIL2N-2Eth, V83 2xDSL 2xETH 38-72VDC G.703 connector has no function (NI 3/4)
FG-PAM-RAIL2N-2Eth-24V, V83 2xDSL 2xETH 18-36VDC G.703 connector has no function (NI 3/4)
FG-PAM-RAIL4N-4Eth, V84 4xDSL 4xETH 38-72VDC xDSL connector has 2 DSL interfaces
FG-PAM-RAIL4N-4Eth-24V, V84 4xDSL 4xETH 18-36VDC xDSL connector has 2 DSL interfaces
* Units with Nx64 and RS-232 are coming soon, please ask the manufacturer