Optimux-XLE1 Fiber Optic Multiplexer • Available hot-swappable channel FEATURES DESCRIPTION modules: � • Optimux-XLE1 provides a simple, Dual E1 channels • Integrates multiple E1, flexible and cost-effective solution � Quad E1 channels Ethernet, Fast Ethernet and for transporting multiple E1, � high-speed data links 10BaseT Ethernet Ethernet, Fast Ethernet and � 10/100BaseT Fast Ethernet (with • E3 transmission over coax or high-speed data channels over an E3 VLAN support) link to distances of up to 110 km fiber optic media � Quad V.35/X.21/RS-530 channels (68 miles). The E3 link is available • Built-in 10/100BaseT bridge (2.048 Mbps each) with single mode fiber, multimode supporting IEEE 802.3x flow � Single V.35/RS-530 channel fiber, single mode over single fiber, control and backpressure (8.448 Mbps) or coax interface. The Optimux-XLE1 multiplexer is � Single HSSI (High Speed Serial • Supports multimode fiber, available in both modular and non- Interface) channel (8.448 Mbps) single mode fiber, or single modular versions. � Single V.35/X.21/RS-530 channel mode over single fiber (N×64 kbps), with dual E1 ports • The non-modular Optimux-XLE1/16 optional. • Range of up to 110 km version provides 16 E1 channels, and is designed for applications (68 miles) • In addition to coax, various optical requiring the full E3 bandwidth for interfaces are available for both the • Conforms to ITU G.703, multiple E1 connectivity. active and the backup E3 link(s): G.742, G.751, G.823, G.956 • The modular Optimux-XLE1 version � 850 nm for multimode fiber provides a single fixed 10/100BaseT • Optional redundant power � 1310 nm for multimode fiber Fast Ethernet port, in addition to supply and second E3 link � 1310 nm and 1550 nm laser three hot-swappable channel provide automatic backup diode or long haul laser for modules. This enables a scalable extended range over single mode • Optional station clock solution, flexible enough to meet the fiber module for external clock specific requirements of a broad � Single fiber (SF1, SF2) using range of applications. • Management using ASCII WDM technology, where the • All critical components can be laser transmit signal is at a terminal, Telnet host, SNMP automatically backed up. This different wavelength than the management station or ensures that there is no single point receive signal (1310 nm and ConfiguRAD web-based of failure. An optional second link 1550 nm) remote access terminal provides backup, using automatic � Single fiber (SF3) using SC/APC switchover upon link failure. An • Compact 1U high enclosure technology, with a 1310 nm laser optional second power supply diode for single wavelength provides power redundancy for operation. fail-safe operation. Optimux-XLE1 Fiber Optic Multiplexer STATION CLOCK MODULE • Ethernet data is transmitted using a • To ease system diagnostics, built-in bridging function. The Optimux-XLE1 features LED status • Standard bridge operates at 8.448 Mbps and indicators, AIS alarm generation, ITU-T G.703 supports up to 1024 addresses. recognition and dry contact closure • Data rate upon link failure. In addition, the • The fixed Fast Ethernet port and Fast 2.048 MHz with 10-ppm accuracy Optimux-XLE1 setup, control and Ethernet module provide either diagnostics can be performed via: 10BaseT (UTP) or 100BaseT (UTP) • Line code LAN interfaces. These interfaces can � � An ASCII terminal via the Input – AMI, according to operate in half or full duplex mode, supervisory port standard square, 2V peak-to-peak providing auto-negotiation and � A Telnet terminal via the Ethernet amplitude minimum supporting transparent VLAN � management ports Output – AMI, according to forwarding. The fixed port supports � standard An SNMP management station IEEE 802.3x flow control and via the Ethernet ports • Connectors backpressure. True net throughput is � A dedicated separate Ethernet BNC 8.448 Mbps. management port. GENERAL � • Optimux-XLE1 transmits each E1 RADview-PC running in a Windows environment channel independently so that the • Alarms clock of each E1 channel is � RADview-HPOV for Unix Dry relay contacts for major and independent. platforms minor alarms through DB-9 � ConfiguRAD web-based remote connector • The High Speed data module access terminal application. enables communications between • Control Ports DTE units using V.35, X.21 or • Optimux-XLE1 is available as a � CONTROL/MNG RS-530 interfaces at data rates of compact 1U high standalone unit RS-232 control port with a DB-9 2.048 or 8.448 Mbps. that can be mounted in a 19-inch connector for management via rack. supervisory terminal • The HSSI data module enables communication between DTE units � MNG-ETH using HSSI interfaces at data rates A separate 10/100BaseT Fast of 8.448 Mbps. Ethernet port with an RJ-45 SPECIFICATIONS connector for management • N×64 kbps data module enables communications at data rates of • Power E3 LINK (MAIN AND BACKUP) Nx56 or Nx64 kbps, up to Modular Version: • Electrical 2.048 Mbps, using V.35, X.21 or � 100–240 VAC; 50/60 Hz; 55 VA Data rate: 34.368 Mbps RS-530 interfaces. � -48 VDC (-36 to -75 VDC); 30W Line code: HDB-3 � 24 VDC (18 to 36 VDC); 30W • A station clock module can be Impedance: 75Ω, unbalanced ordered to facilitate connection to Non-Modular Version: Connectors: BNC � a master clock. 100–240 VAC; 50/60 Hz; 35 VA • Optical � -48 VDC (-36 to -75 VDC); 20W Connectors: ST, SC, FC/PC or � 24 VDC (18 to 36 VDC); 20W SC/APC • Physical Interface Options: see Table 1 Height: 4.40 cm / 1.7 in CHANNEL MODULES Width: 43.2 cm / 17.0 in Depth: 26.8 cm / 10.6 in • Number of Supported Modules Weight: 2.0 kg / 4.4 lb (Modular Version Only) • Environment Up to three Temperature: 0° to 45°C • Connector Types for 32° to 113°F Non-Modular Version Humidity: Up to 90% � 16 x E1, RJ-45 connectors, non-condensing 120Ω balanced � 16 x E1, BNC connectors, 75Ω unbalanced • Module and Connector Types for Modular Version See Table 2 Optimux-XLE1 Fiber Optic Multiplexer Table 1. Main Link Interface Options Optical Module Name Transmitter Type Connector Fiber Type Receiver Typical Range Output (Ordering Option) and Wavelength Type Sensitivity Power [nm] [dBm] [dBm] [km] [miles] OP-M/CX/34 – Coax Copper cable – – (According to interface ITU-T G.703 standard) OP-M/MM/SC/85 VCSEL, 850 SC, FC, ST 62.5/125 -15 -28 2.5 1.55 OP-M/MM/FC/85 Multimode OP-M/MM/ST/85 OP-M/MM/SC/13 LED, 1310 SC, FC, ST 62.5/125 -18 -31 6.5 4.0 OP-M/MM//FC/13 Multimode OP-M/MM/ST/13 OP-M/SM/SC/13L Laser, 1310 SC, FC, ST 9/125 -12 -31 38 23.6 OP-M/SM//FC/13L Single mode OP-M/SM/ST/13L OP-M/SM/SC/15L Laser, 1550 SC, FC, ST 9/125 -12 -31 68 42.2 OP-M/SM//FC/15L Single mode OP-M/SM/ST/15L OP-M/SM/SC/13LH Long haul laser, SC, FC, ST 9/125 -2 -34 70 43.4 OP-M/SM/FC/13LH 1310 Single mode OP-M/SM/ST/13LH OP-M/SM/SC/15LH Long haul laser, SC, FC, ST 9/125 -1 -34 110 68.3 OP-M/SM/FC/15LH 1550 Single mode OP-M/SM/ST/15LH OP-M/SF1/SC Laser WDM, SC 9/125 -12 -30 40 24.8 Transmit: 1310 Single mode Receive: 1550 (single fiber) OP-M/SF2/SC Laser WDM, SC 9/125 -12 -30 40 24.8 Transmit: 1550 Single mode Receive: 1310 (single fiber) OP-M/SF3/SC Laser, SC/APC 9/125 -12 -27 20 12.4 Transmit and Single mode Receive: 1310 (single fiber) Note: Typical ranges are calculated according to attenuation of 0.4 dB/km for 1310 nm, 0.25 dB/km for 1550 nm and 3.5 dB/km for 850 nm multimode modules. APPLICATIONS Figure 1. Wireless Application Optimux-XLE1 Fiber Optic Multiplexer OP-XL-M/&/@ ORDERING + Specify wavelength for the optical Data Modules link (not relevant for CX option): OP-XLE1/*/R/#+/D 85 for 850 nm, multimode VCSEL & Specify the number and the data rate Modular Multiplexer with built-in 13 for 1310 nm, multimode LED of the ports: Ethernet port 13L for 1310 nm, single mode, 4/2 for Quad Port, 2 Mbps each Note: Up to three channel modules should be laser diode 8 for single 8 Mbps port ordered separately (see below). 15L for 1550 nm, single mode, n64 for single N×64 port laser diode n64/2E1B for single N×64 and two OP-XLE1/16/?/*/R/#+/D 13LH for 1310nm, single mode, balanced E1 ports Non-Modular Multiplexer with 16 E1 long haul laser diode n64/2E1U for single N×64 and two channels 15LH for 1550 nm, single mode, unbalanced E1 ports ? Specify E1 connectors: long haul laser diode @ Specify the data interface type: B for balanced (RJ-45) SF1 for transmit 1310 nm, V35 for V.35 U for unbalanced (BNC) receive 1550 nm (WDM) X21 for X.21 (no 8 Mbps, single port SF2 for transmit 1550 nm, * Specify power supply: option) receive 1310 nm (WDM) AC for 110 to 240 VAC 530 for RS-530 SF3 for 1310 nm single wavelength 48 for -48 VDC HSSI for HSSI (single port, 8 Mbps laser. 24 for 24 VDC only) AD for one AC and one DC backup Note: For single-fiber applications, a device Station Clock Module supply (option R is not available with the SF-1 interface should always be OP-XL-M/SCLOCK when ordering this option) used opposite the device with the SF-2 Station clock module interface, and vice versa. The SF-3 interface R Specify R for second redundant works opposite another SF-3. Link Module power supply D Specify D for second redundant link Link modules can be ordered separately # Specify main link interface in order to add a redundant link to an Channel Modules connector type: existing unit, or to replace the original OP-XL-M/* CX for electrical, coax connectors link modules. The various available E1 and Ethernet Modules ST for ST type FO connectors OP-M modules are specified in Table 1. SC for SC type FO connectors * Specify channel option: Cable FC for FC/PC type FO connectors 2E1U for 2 × E1 unbalanced CBL-MINIBNC-BNC 2E1B for 2 × E1 balanced Mini-BNC to BNC adapter cable Note: ST and FC options are not available 4E1U for 4 × E1 unbalanced with the single fiber modules. 4E1B for 4 × E1 balanced Rack Mount ETH for 10BaseT RM-11/NEW FETH for 10/100BaseT One rack mount kit is included with each unit shipped. Table 2. Module and Connector Types for Optimux-XLE1 Link Options Type of Connector Data Rate 2 × E1 RJ-45 120Ω balanced or 2 × 2.048 Mbps BNC 75Ω unbalanced 4 × E1 RJ-45 120Ω balanced or 4 × 2.048 Mbps Mini-Coax (1.0 × 2.3) 75Ω unbalanced 4 × V.35/X.21/RS-530 SCSI 26-pin ∗∗ 4 × 2.048 Mbps 1 × V.35/X.21/RS-530 SCSI 26-pin ∗∗ 1 × 8.448 Mbps 1 × V.35/ X.21/RS-530∗ SCSI 26-pin ∗∗ N × 56 or N × 64 kbps, up to 2.048 Mbps 1 × HSSI SCSI 50-pin 1 × 8.448 Mbps Ethernet 10BaseT RJ-45 1 × 8.448 Mbps Fast Ethernet 100BaseT RJ-45 1 × 8.448 Mbps ∗ Available with an optional addition of 2 × E1 ports, balanced (RJ-45) or unbalanced (mini-BNC) 326-100-07/04 ∗∗ Interface adapter cable is supplied  1997–2004 RAD Data Communications Ltd. Specifications are subject to change without prior notice. All other trademarks are the property of their respective holders.