Transcript
Technical Specifications UTP
Compatibility
IEEE802.3z (Gigabit Ethernet), IEEE802.3u (Fast Ethernet), IEEE802.1d (Bridge/Spanning Tree), IEEE802.1q (VLAN Tagging), IEEE802.1p (Priority)*, MIBII, Bridge MIB, RMON (4 Groups), Direct IP, OSPF, RIPv1, RIPv2
Diagnostic LEDs (Each Port/Module)
RJ-45
RS232
DB-9
Xmt, Rx, Err, FC, Mgmt, Link Module Actv, Module Err Ethernet Management
F/O
GIGABIT ROUTING SWITCH
Connectors
DSC
GFS3012
Green Green
RX, TX, Col, Link Test, Fault, Pwr, Act, PS1 OK, PS2 OK
Electrical
Voltage 100-240 VAC ±10%
Physical
Size H x W x D 8.15/16” x 17.3” x 16.2”
Performance
Filter/Forward Rate 5.5/4 Million pps, 8 Gbps aggregate bandwidth, 4K/8K MAC Addresses, Boot Ip addresses & 32,000 routes
Environment
Operating Temperature Humidity
Standards Compliance
Frequency 50-60Hz
Green Green
Current 3A @110VAC & 1.5A @250V)
F E A T U R E S
Mounting 19” EIA RS-310C or IEC pub 297 rack-mountable with bolt-on brackets
5°C to 40°C (41°F to 104°F) 85% maximum, non-condensing
Storage Temperature
-10°C to 50°C
t Up to 12 Gigabit or 48 10/100Mbps Ethernet ports t Optional redundant power supplies
(14°F to 122°F)
UL-1950, TUV, FCC Part 15, Class A, CE
t Wire Speed IP Routing (RIP, RIP2, OSPF) with Layer 3 Switch Router t Long distance fiber-optic links up to 110km
Ordering Information Chassis for GFS 3012 GFS3012A ........................................................Layer 2 Switch includes chassis, one power supply, one control board withDirect IP GFS3012BU......................................................Layer 2 Switch includes chassis, two power supplies, one control board with Direct IP GFS3012BU/R ..................................................Layer 3 Switch/Router includes chassis, one power supply, one control board, FPM and IP Firmware
Modules for GFS3012 EM3012-16TP ..................................................16- port 10/100Base-TX EM3012GE/SX/M..............................................4- port 1000Base-SX (850nm) multimode, up to 500m,DSC EM3012GE/LX/M..............................................4- port 1000Base-LX (1300nm) multimode, up to 500m, DSC EM3012GE/LX/S1 ............................................4- port 1000Base-LX (1300nm) singlemode, 6km, DSC EM3012GE/LX/S2 ............................................4- port 1000Base-LX (1550nm) singlemode, 32km, DSC EM3012GE/LX/S3 ............................................4- port 1000Base-LX (1550nm) singlemode, 60km, DSC EM3012-8FO/M ................................................8- port 100Mbps FO (850nm)multimode,2km, DSC EM3012-8FO/MX ..............................................8- port 100Mbps FO (1310nm)multimode,10km, DSC EM3012-8FO/S1 ..............................................8- port 100Mbps FO (1310nm)singlemode,25km, DSC EM3012-8FO/S2 ..............................................8- port 100Mbps FO (1310nm)singlemode,50km, DSC EM3012-8FO/S3 ..............................................8- port 100Mbps FO (1550nm)singlemode,50-100km, DSC EM3012-FP ......................................................Frame processing module with 2 expansion slots for UM3012-X/XX uplink modules UM3012-G/SX/M ..............................................1 port Gigabit uplink, SX (850nm) multimode, 500 meters, DSC UM3012-G/LX/M ..............................................1 port Gigabit uplink, LX (1310nm) multimode, 500 meters, DSC UM3012-G/S1 ..................................................1 port Gigabit uplink, LX (1310nm) singlemodemode, 6km, DSC UM3012-G/S2 ..................................................1 port Gigabit uplink, LX (1310nm) singlemode, 20km, DSC UM3012-G/S3 ..................................................1 port Gigabit uplink, LX (1550nm) singlemode, 50km, DSC UM3012-AM......................................................1 port ATM uplink (850nm) multimode, 2km DSC * UM3012-AS1.....................................................1 port ATM uplink (1310nm) singlemode, 25km DSC * UM3012-AS2.....................................................1 port ATM uplink (1310nm) singlemode, 50km DSC * UM3012-AS3.....................................................1 port ATM uplink (1550nm) singlemode, 50-100km DSC * EM3012-12TP...................................................12 port 100Base-TX with one expansion slot for UM3012-X/XX uplink modules * EM3012-WDM4 ................................................4 ports of 1000Base-LX multiplexed onto one singlemode port, 50km, DSC EM3012-RPS-AC..............................................Redundant power supply for GFS, AC
t WDM (Wave Division Mulitplexing) of 4 Gbps to one fiber port t Policy based (MAC, address, port, protocol) VLAN and ISVLAN (802.1q) t Policy based priority t ISVLAN tagging/untagging capabilities with optional FP Module
t Backbone switch/router for buildings and
t 2,4 and 8 port EtherChannel trunking with fault recovery and load balancing
t Workgroup switch for high bandwidth
t Port mirroring
t ATM WAN/LAN access for the enterprise
t Powerful security
www.nbase-xyplex.com
Benelux Tel: 31-76-508 3525
U.K. Tel: 44-1256-884200
Argentina Tel: 541-345-6456
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applications t Legacy networks accelerated to gigabit
t Maximized network reliability
Canada Tel: 905-829-3644
campuses
t Spanning Tree capability with fast 3 second switchover
t Longest distance fiber links
US Sales East & Central Region Tel: 800-966-4444 Fax: 301-601-2902 Western Region Tel: 800-858-7815 Fax: 818-773-0906
A P P L I C A T I O N S
t IP Multicast via IGMP snooping
t High performance (up to 4 Gbps uplink)
Corporate Headquarters 8943 Fullbright Avenue Chatsworth, CA 91311 USA Tel: 8 1 8 - 7 7 3 - 0 9 0 0 Fax: 818-773-0906 Email:
[email protected]
The switching architecture of the GFS3012 is designed around two shared buses and supports 8Gbps of bandwidth. VLAN policies can be based on destination and source address, port and protocol. To connect nodes participating in the VLAN directly to the GFS, the Frame Processor Module is required to perform the IEEE 802.1q defined tagging and untagging.
t Metropolitan Area Networks
BENEFITS
© 1998 NBaseXyplex Communications. All rights reserved. NBaseXyplex Communications and MegaVision are trademarks of NBaseXyplex Communications. All other trademarks and trade names are the property of their respective owners. NBaseXyplex Communications assumes no responsibility for any errors or omissions. All specifications are subject to change without notice. DH010399 Rev. 12 - 23.98
The Gigabit ports, compliant with IEEE 802.3z, support either 1000Base-LX or 1000Base-SX. The 1000Base-LX version supports either multimode or singlemode ports with link distances of over 70 km. In addition to Gigabit Ethernet, the GFS3012 also supports
Management, switching and routing are performed on the control board, located in the upper slot of the GFS3012. The RS232 interface and the 10BaseT port on the control board provide out of band management. Redundant power supplies and the capability for redundant links make the GFS3012 a unique solution for networks that require maximum availability.
t Migration to ATM
t Extensive SNMP and RMON support, manageable via Command Line Interface, Windows or Web applications
* Available April ‘99
OVERVIEW The GFS 3012R GigaFrame switch from NBaseXyplex features up to 12 switched Gigabit Ethernet ports with a sustained filter/forwarding rate of 5.5 million packets per second. The architecture of the GFS3012 supports Ethernet, Fast Ethernet, Gigabit Ethernet, ATM, hardware based IP routing, DirectIP Switching, Policy based VLANs as well as RMON to create powerful solutions for today’s and tomorrow’s networks.
t Migration path for investment protection t Compatible with legacy routing networks t Rapid fault detection and isolation t Modular, cost effective switching and routing
performance and ISP
modules of 16 x 10/100Base-TX or 8 x 100Base-FX ports and ATM. A maximum port density is 48 x 10/100Base-TX ports, 12 x Gigabit Ethernet or 24 x 100Base-FX ports. Unlike most switches, many functions can be added to the GFS3012 through firmware downloads. Major components such as; the self-test for the switching modules, the hardware microcode and the system controller agent can all be reprogrammed in the field for investment protection.
t Financial and emergency service networks
with guaranteed availability t Government, military, service provider and
school networks with vital security requirements t
FDDI replacement using existing mulitmode infrastructure
16 PORT 10/100MBPS MODULE
FRAME PROCESSOR MODULE (FPM) EM3012-FP
The EM3012-16TP module provides 16 auto-sensing 10/100Mbps ports. These ports can be clustered in groups of 2, 4 or 8 to create an aggregated link. Up to 3 of the 16TP modules can be installed in the GFS chassis for a maximum configuration of 48 10/100 ports.
The FPM provides the following functions: 1. In a layer 2 switch configuration, the FPM provides tagging and untagging functions so that both trunk and node ports on the GFS3012 can participate in Inter-Switch VLANs (ISVLANs).
4 PORT GIGABIT ETHERNET MODULE
2. In a layer 3 Routing configuration with IP firmware the FPM provides true routing acceleration for the GFS3012, with the ability to route over 2 million packets per second. 3. The FPM has two slots that can be used for additional uplinks modules of either Gigabit Ethernet or ATM.
The GFS3012 supports up to three modules with 4 - Gigabit Ethernet ports each. These ports are IEEE802.3z compliant and support both the SX and LX versions, with SC connectors. Unique LX optics provides up to 17 db of link budget for link distances of over 70 kilometers.
8 PORT 100MBPS FIBER OPTIC MODULE
IP firmware, installed on the router version of the switch, uses the FPM to bring true hardware-based IP routing to the GFS3012. The FPM routes IP and bridges all other protocols, multiple active routes are available per destination, and multipath routing supports load sharing and redundancy. The IP firmware supports most routing protocols used on today’s networks. These are IP Routing (RFC 1812), RIPv1 and RIPv2, OSPF, BOOTP/DHCP/UDP Broadcast Relay, PROXY ARP, IRDP, IGMP, VRRP and Time Protocol (RFC868). Frame Processor Uplink Modules
The EM3012-FO module provides eight fiber ports that support multimode and singlemode SC connections. When configured with singlemode optics, link distances of up to 110 kilometers can be achieved.
The FPM has two uplink slots. Each of these slots will accept gigabit and ATM uplink ports. These uplinks support mulitmode and singlemode fiber interfaces. The ports will interface to any standards based Gigabit Ethernet or ATM device. The FPM can be used with or without the uplink ports. Uplink ports for the FPM are listed under Ordering Information and their model numbers begin with UM.
UPLINK MODULES WAVE DIVISION MULTIPLEXING MODULE
The GFS has a unique WDM module, the EM3012-WDM4, that combines 4 Gigabit Ethernet inputs from the switch fabric and multiplexes them onto a single fiber pair. By using multiple optical wavelengths on the same fiber, the WDM4 can operate in full duplex mode with a maximum aggregate data rate of 8 Gbps. Transmission distances can exceed 50 kilometers from point to point. Used in the GFS, the WDM4 module saves fiber and provides fault tolerance for fiber links. Bi-directional transmission on one strand allows the WDM4 to provide a fail-safe 2 Gbps backup path if one fiber path is lost.
ATM and Gigabit uplink modules provide greater switching capacity when used with the appropriate GFS 3012 modules. The Frame Processor Module will accomodate two uplink modules. The EM3012-12TP accepts one uplink module. Fiber link distances of over 110 kilometer for ATM and 70 kilometers for Gigabit Ethernet are supported on singlemode fiber. The MX version of the Gigabit Ethernet supports link distances of 2 kilometers on Multimode fiber. The ATM uplinks can be used to connect to an ATM WAN service or to connect to a local ATM switch. All features of the GFS Expansion Modules are supported in the Uplink Modules.
