F8008 Fiber Modem for up to 4E1 /8E1 +RS232+Ethernet + optional V.35/QFXS/QFXO Description F8008 is a fiber optical multiplexer of new generation different from the traditional PDH, multiplexing 1 full 100M Ethernet channel and 1*RS-232 clear data channel beside 4/8*E1channles, also providing 1 order-wire telephone interface for operation and maintenance. Dual Optic interfaces 1+1 APS(Auto Protection Switch) and optic interface ALS Automatic Laser Shutdown/Reduction can be selected. F8008 fiber optical Multiplexer can realize the 4/8*E1 data directly and transfer to the fiber, and could provide the steady transmission line for the computer, router etc. F8008 fiber optical Multiplexer can be used to extend the transmission distance without performance degradation via fiber cable between the Fast Ethernet Twisted-pair devices transparently. The product has the following functions: Stand-alone F8008 fiber optical Multiplexer also has an extension slot for V35 module or voice module (FXS or FXO),
using the 1st E1 channel to transmit V35 data or 4 lines of POTS service. Providing 4/8 E1 channels, 1 Full rate 100 Base-T channel. Providing 1 RS-232 channel, 1 alarm channel, 1 network management channel. Ethernet : Auto-Negotiation/Force mode on Half / Full Duplex Mode and 10/100 Dual Speed, support VLAN Trunk. Providing functions of concentrated supervision, alarming and E1 local/remote loop. Features Supports SNMP network management, can supervise and setup the local and remote units. Mixed Multiplexer of 4/8*E1 (2.048Mbps), 1 full rate 100Mbps Ethernet channel and 1 RS-232 clear asynchronous data channel. Providing 1 RS-232 console port, 1 SNMP network management port, 1 OW (Order Wire) telephone port Stand-alone unit provides an extension I/O slot for a plug-in card such as V35 or 4-line FXS/FXO modules, using the 1st E1 channel. Optic interface rate: 150Mbps Optional 1+1 optical links with APS (Auto Protection Switch) (only for stand-alone product) Optional Optic interface with ALS Automatic Laser Shutdown/Reduction (for product with FC connectors) Built-in optical line clock and data recovery circuit (CDR). Built-in digital E1 smoothing phase locked loop and clock recovery circuit complies with ITU-T G.823 and G.742. Ethernet: Auto-Negotiation/Force mode on Half / Full Duplex and 10/100Mbps Dual Speed, Support VLAN Trunk, support flow control. Providing E1 path local/remote loop back control. Providing line LOF, 1E -3 and 1E -6 BER alarming, E1 LOS detection. Stand-alone product and card version for sub rack. Power supply: 110/220VAC, -48VDC, +24VDC, 110/220VAC and -48VDC redundant 1+1 power supply. Page 2 of 9
Ordering Information The following parts listed of the unit are available: Product type: F8008 / A / B / C / D / E / F / G / H / I / J E1 amount: (note 1) 1. 120E/UB 4E1 (75 ) +100M 2. 120E/BL 4E1 (120 ) +100M 3. 240E/UB 8E1 (75 ) +100M 4. 240E/BL 8E1 (120 ) +100M 5. 120/UB 4E1(75 ) 6. 120/BL 4E1(120 ) 7. 240/UB 8E1(75 ) 8. 240/BL 8E1(120 ) Power supply: (stand-alone only) (note2) 1. AC: AC 220/110V 2. 48: DC 48V 3. DP: 110/220VAC and -48VDC 4. 24: DC +24V Order Wire: (note3) 1. Blank: Without Order Wire channel 2. V: Order Wire channel Optic distance: 1. 20K: double fiber single mode, 20km, 1310nm 2. 40K: double fiber single mode, 40km, 1310nm 3. 60K: double fiber single mode, 60km, 1310nm 4. 80K: double fiber single mode, 80km, 1550nm, DFB 5. 100K: double fiber single mode, 100km, 1550nm, DFB 6. 120K: double fiber single mode, 120km, 1550nm, DFB 7. 20KS3: Single fiber, Tx 1310nm wavelength, 20km 8. 20KS5: Single fiber, Rx 1550nm wavelength, 20km 9. 40KS3: Single fiber, Tx 1310nm wavelength, 40km 10. 40KS5: Single fiber, Rx 1550nm wavelength, 40km 11. 60KS3: Single fiber, Tx 1310nm wavelength, 60km 12. 60KS5: Single fiber, Rx 1550nm wavelength, 60km 13. 80KS3: Single fiber, Tx 1310nm wavelength, 80km 14. 80KS5: Single fiber, Rx 1550nm wavelength, 80km I./O module: (note4) 1. NA: non Order note: note1: 75 ohm interface, the CC3, CC4 and BNC adapter can be selected, please give clear indication of order; note2: no order-wire phone and voice function with +24V power supply note3: Order Wire channel without telephone setting appendix note4: only 1 I/O module can be selected note5: SC transceiver has no ALS function note6: card style products have only 1 Ethernet interface and 1 optical interface, and do not support the I/O module, and only FC interface for dual optic ; Optic interface type: (note5) 1. FC: FC interface 2. SC: SC interface 1. Blank: Without ALS 2. ALS: Automatic Laser Shutdown/Reduction Optic interface amount: SNMP: (note 7) 1. Blank: single optic interface 2. DF: double optic interface 2. V35: Single port V.35 module, with OR530 adapter 3. 4VS: 4 path FXS Voice interface 4. 4VO: 4 path FXO Voice interface 1. Blank: Without SNMP 2. SNMP: SNMP management Product style: (note6) 1. Blank: 1U height, standard 2. C: card style Page 3 of 9
Point-to-Point Application Figure 1-1 Point-to-Point Application Product Technical Specifications E1 Interface Specification Function Provide 4 tributary E1 ports. when a 4*E1 extension module is embedded in the motherboard, provide 8 tributary E1 ports Standard ITU-T G.703 G.823 and G.742 connector DB-37 male connector, appending DB-37 female adapter for BNC, CC4 or RJ-45 connector Code HDB3 Baud rate 2048 Kbps ± 50ppm Transmit Level According to G.703 Impedance 75Ω for unbalanced (BNC, CC4 coaxial cable) 120Ω for balanced (RJ-45 twisted pair) Receiving sensitivity 0~-18dBm Transmit high voltage 2.37V 10%, 75Ω; 3.00V 10%,120Ω Transmit low voltage 0 ± 0.1V Transmitting distance 100m for coaxial cable, 300m for twisted-pair Ethernet Interface Specification Function 1 full rate 100Mbps channel, support VLAN Trunk and flow control Standard IEEE 802.3 802.3u 802.1q Interface Ethernet and Fast Ethernet Baud rate Full rate 10/100Mbit/s, auto-adjusting/force mode Duplex Mode force or Auto-Negotiation on Half / Full Duplex Mode Page 4 of 9
Connector Frame Length MAC Address MAC Address Update RJ-45 jack, straight-through cable to a switch 64byte(least)/1536byte(most) 1K 5 Minutes ALARM Output Stand-alone version provides a DB-9 male connector with 2 groups of pins for major and minor alarms in the rear panel. When connected in a circuit containing an external alarming device, the external alarming device will alarm if the unit has a fault. Card version is plugged in the IPT-RACK which contains the ALARM output connector. Refer to the IPT-RACK user manual for details. Alarm output specification Function Voltage Current Output Pins Major alarm Local LOS, LOF, NOP, 10-3 0~60V 0~50mA 3 8pin Minor alarm Local 10-6 and all remote alarm 0~60V 0~50mA 2 7pin 1 2 3 4 5 6 7 8 9 ALARM CONSOLE Port The stand-alone unit provides a DB-9 male connector for both RS-232 data transmitting and RS-232 simple management of the unit. RS-232 console function is available only when a SNMP module is embedded in the main board. Card version plugged in IPT-RACK, has no console port and is operated by a SNMP management card in IPT-RACK. There is a RJ-45 plug in the back sub card for RS-232 asynchronous data transmitting. Console port specification (for stand-alone unit) Mode Baud rate Data Parity Stop Flow PINOUTS bit bit bit control TX RX GND RS-232 data Asynchronism 300~115200bps, 3 2 5 auto-adjusting RS-232 console Asynchronism 19200bps 8 NO 1 NO 9 8 7 RS-232 data port specification (for card unit) Mode Baud rate PINOUTS TX RX GND RS-232 data Asynchronism 300~115200bps, auto-adjusting 3 6 4, 5 SNMP management Port SNMP port specification Page 5 of 9
Function Interface Baud rate Duplex Mode Connector SNMP management Ethernet and Fast Ethernet 10/100Mbit/s, auto-adjusting Auto-Negotiation on Half / Full Duplex Mode RJ-45 jack, straight-through cable to a switch EOW (Engineering Order Wire) telephone Port Available only when an Order-Wire telephone module is embedded in the main board. Standard RJ-11 jacks for connecting common telephone setting in both sides. When the telephone in one side is off the hook, there will be a call-in ring in the other side. V.35 Module (only for stand-alone product) V35 module specification Function Main FPGA chip, plug-in module for the extension slot of the unit, use the 1st E1 channel transmitting V35 data, random timeslots can be selected by Dip-switches in the module, hot swap E1 Framing Framed/Unframed, CCS(PCM31)/CAS(PCM30) Rate n 64kbps N 32 Coding NRZ Connector DB-25 male connector, appending OR-530 adapter for M34 female connector Timing clock Internal CLK/External CLK/Recovered CLK LED Indicators DTR(green, DTE ready) PWR(green, power on) TD(yellow, data transmitting) RD(yellow, data receiving) Voice phone module (only for stand-alone product) voice module specification Function plug-in module for the extension slot of the unit, Use the 1st E1 channel for 4 lines of POTS service with reversed polarity charging function and call screening function, support Fax T.38 and Group III AT 2,4, 4,8, 7,2, 9,6, 14,4 Kbps, support to modem pass-through for Internet calls (V.90/V.92) Mode FXS and FXO, FXO connected to a central office or PBX and FXS connected to a customer telephone, each line FXO raises the same line FXS Bandwidth 64K for each POTS line Transmission Loop line between FXS and normal telephone is up to 300m distance Page 6 of 9
Connector Ring Notice RJ-11 jack When the telephone is off the hook in FXS side, side in FXO side gives the client the invitation tone to dial These modules apply private multiplexing technology, so FXS module must cooperate together with FXO module. SYNC 1 2 VOICE FXS Module PWR 3 4 PORT1 PORT2 PORT3 PORT4 Figure 1-7 Voice phone module FXS mode VOICE SYNC 1 2 FXO Module PWR 3 4 PORT1 PORT2 PORT3 PORT4 Figure 1-8 Voice phone module FXO mode Indicators PWR (green) Card Power Indication SYNC (red) E1 frame synchronization indication 1 4 (green) voice channel using status indication RJ-11 DEFINE EXPLANATION RJ-11 Descriptions 1 Reserve 2 RING 3 TIP 4 Reserve SNMP management module Do not insert/pull out the POTS module when power on. That will bring damage to the POTS module even to the main body of the unit. There is a place in the circuit board of a stand-alone product for the SNMP module. And the 14th slot in the IPT-RACK is for SNMP management card. Table 1-19 SNMP module specification Page 7 of 9
Module Function Description SNMP SNMP management by CCVIEW NMS software, local/remote loop setting, the status monitor of the optical and tributary E1 ports RS-232 console Set and show the IP address for SNMP management Do not insert/pull out the SNMP module in stand-alone products when the power is on. That will bring damage to the module even to the main body of the unit. Physical Table 1-20 Physical specification(for stand-alone version) Height Width Depth Weight Stand-alone 44.45 mm/1.75 inch 426 mm/16.78 inch 219 mm/8.62 inch 2.0kg Card 144mm/5.67 inch 28mm/1.10 inch 250mm/9.84 inch 0.5kg Package for 100 mm/3.94 inch 510 mm/20.08 inch 325 mm/12.80 inch 2.5kg stand-alone Package for card 280mm/11.02 inch 310mm/12.20 inch 80mm/3.15 inch 1.0kg FOM8000/C Card Fits one slot in the IPT-RACK card cage Power Supply Power supply specification AC Source DC Source 165~265 VAC, 50Hz, 10W, 1A fuse 90~260 VAC, 50Hz, 10W, 1A fuse -48VDC source, -40~-60 VDC, 10W, 1A fuse +24VDC source, +20~+30VDC, 8W, 1A fuse, not support voice module and order-wire telephone module Power Consumption Power consumption of stand-alone product: 10W (full-equipped and with voice module) Power consumption of card product: 5W Environment Operation temperature Storage temperature Atmospheric pressure Humidity 0-50 C -20~70 70~106Kpa Up to 95%, non-condensing Yoda Communications, Inc. www.yoda.com.tw Page 8 of 9
2F, No. 3-1, Industry East Road IX, Science Based Industrial Park, Hsin-Chu, Taiwan, R.O.C. Tel: 886-3-563-2323 Fax: 886-3-563-6420 Page 9 of 9