VCL-Gigabit Optical Add-Drop Multiplexer
Product Brochure
Product Overview
Valiant’s VCL-Gigabit Optical Add-Drop Multiplexer is a unique Gigabit multiservice optical fiber transport solution which transmits both Gigabit Ethernet (Gigabit Wire-Speed) data along with upto 16 E1 (TDM) channels over an optical fiber link. This product provides up to 4 x Gigabit interfaces with rate-limiting option on each port (with user selectable bandwidth allocation on each Gigabit port).
1+1 optical fiber redundancy is also available for minimizing the possibility of transmission loss due to
an optical link failure. The Gigabit (Wire-Speed) Ethernet traffic along with 16 E1’s are multiplexed into 1.25Gbps optical link to provide a compact, high performance, high throughput and cost effective broadband network
access solution.
Applications
Data Rate limiting feature
VCL-Gigabit Optical Add-Drop Multiplexer supports Rate Limiting feature. A user can divide 1000Mbps (total) bandwidth into four Gigabit Ethernet ports according to their requirement. A user can configure Gigabit Ethernet Rate Limit from 2Mbps to 1000Mbps for any of the Gigabit Ethernet ports through user configurable commands.
Point-to-Dual Point
Ring Network
Chain Network
- 1U height, 19-Inch standard rack-mountable chassis
- Optical line bit rate 1.25 Gbps
- 1+1 Gigabit Optical WAN ports
- 1 x Gigabit Optical and 3 x Gigabit Electrical Ethernet ports with data rate limiting feature
- 1 Gbps data throughput for aggregate Ethernet traffic
- E1 and Gigabit Ethernet Add-Drop Function to use the equipment in Add-Drop and Chain networking
- Wire-Speed Gigabit Ethernet traffic with 16 E1 data are transported simultaneously
- Supports jumbo frame size (upto 9720 bytes) transmission
- Supports 1+1 optical link protection and APS with less then 50ms switching time
- MSA compliant SFP (Small Form-Factor) based design for improved and easy serviceability. SFP based design provides the flexibility to the customer to change service distance and support different types of optical fiber
- MSA standard compliant SFP (INF-8074i, ITU-T G.695 and FC-PI V2.0)
- Supports Automatic Laser Shutdown (ALS) option for added safety
- Performance analysis of optical ports Optical Transmission Failure, Loss of Optical Link, Loss of Frame and Errors (E-3 / E-6)
- E1 port complies to ITU-T G.703 and G.704
- Jitter tolerance, jitter transfer characteristic and jitter generation fully comply with ITU-T G.823 and G.742 recommendations
- Performance analysis of E1 ports Loss of Signal and Code Violation
- Performance Analysis of GigE port
- Provides Engineering Order Wire (EOW)
- Remote access and management over TCP-IP Telnet and SNMP
- Supports SNMP V2 monitoring and traps
- Supports Command Line Interface (CLI) based on RS232 (COM Port) and TCP-IP (Telnet)
- Remote Power Down detection (RPD) alarm. Allows the local end to detect if the remote unit is unavailable due to optical link failure or due to power down.
- Remote software ungradable
- AC and DC power redundancy {-48V DC (-18V to -72V) , 100-240V AC options available}
- Complies to electrostatic discharge immunity (ESD) IEC 61000-4-2 level 2
- RoHS and EMI/EMC compliant.
- Gigabit (Wire Speed) data transmission
- Gigabit multi-service fiber optic transport solution – Transmits both E1s and Gigabit Ethernet data over an optical fiber link / or over 1+1 redundant optical fiber links for added protection against link failures
- Compact, high performance, high throughput and cost effective broadband network access solution
- SFP based design for customer convenience, flexibility to change services distance and serviceability
- Optical distance support for 550m, 10Kms, 20Kms, 40Kms, 80Kms and 120Kms without Optical Repeaters
- Supports remote power down detect function
- Ethernet data port complies to IEEE 802.3, IEEE 802.3u, IEEE 802.ab, IEEE 802.3x recommendations
- Ethernet data port supports auto-negotiation function and can work in 10M full/half duplex, 100M full/half duplex, 1000M full duplex mode (1000M half duplex is not supported)
- Ethernet Transmission media is Category 6 UTP, RJ-45 connector (electrical) for Gigabit Ethernet channel with upto 1000Mb/s data rates
- Ethernet Transmission media is optical fiber pair, LC connector (optical), for Optical Gigabit Ethernet with up to 1000Mb/s bandwidth
- Engineering Order Wire (EOW)
- Supports Command Line Interface (CLI) for configuration and management
- Supports TELNET for remote configuration and management
- Supports SNMP V2
- GUI for easy configuration
- Network Management System for monitoring multiple units from a single, central location
- Supports multiple type of alarm notifications
- Supports E1 and optical loop back configuration, etc.
- 1U (44mm) high 19 Inch Rack Mount standard rack design
- Low power consumption (Less than 15W)
- Provides E1’s with 120 Ohms (RJ-45) or E1’s with 75 Ohms (BNC) connections – optional
- E1 G.703, G.703 channels support all protocols sent over it, e.g. SS7 signaling, PRI for PABX interconnection
- Support for Base Station backbone development for CDMA, GSM, 3G and other applications where E1 G.703 channels and Gigabit Ethernet data are required to send over the same fiber link.
- Available with Single 100V-240V AC and / or -48V DC (18V to 72V) power supply
- Available with Dual 1+1 (redundant) power supply
– 100V-240V AC
– – 48V DC (18V to 72V)
- Power Indicator
- Current Status (integrity and activity) Indicator
- Optical Signal Loss Alarm Indicator
- Remote Device Power-Down (RPD) Indicator
- Ethernet Link Indicator
- Ethernet Speed Indicator
- E1 Signal Loss Alarm Indicator
- Frame Loss Indicator
- Optical Errors (E-3 / E-6) Indicator
- Optical Code Violation Indicator
- Code Violation History Indicator
- SNMP V2 Diagnostic and Monitoring.
- Serial Management Port – RS232 interface (COM Port)
- TCP/IP – 10/100BaseT for remote management over a LAN / TCP/IP network
- SNMP V2 (MIB File provided with the equipment)
- Telnet – CLI (Command Line Interface)
- Windows XP and Windows 7 compatible Graphical User Interface (GUI)
- Network Management System (to monitor multiple units from a single central location).