Enterasys SecureStack A2 Switch 48 10/100 ports
Contents
1. High performance high density Up to 384 10 100 ports 16 gigabit uplinks ina single stack High availability services IEEE 802 3ad Link Aggregation Ethernet Flow Control IGMP snooping v1 amp v2 Closed Loop Stacking Optional redundant power Redundant stack man agement Advanced Quality of Service Extensive traffic classification capabilities Ingress rate limiting Extensive VLAN support Sophisticated Security IEEE 802 1x Authentication SSH and RADIUS Page 1 of 12 e Data Sheet SecureStack A2 Switch Family e High density high availability stackable 10 100 switching e Closed loop redundant stacking to assure continuous stack operation e QoS support for VoIP and real time broadcast multicast e Power over Ethernet models available e Complete stack management via NetSight Web or CLI High Performance and High Availability Stacking The SecureStack A2 stackable switch family delivers cost effective Layer 2 switching in a single stack with up to 384 10 100 ports with 16 gigabit uplinks Reliability and availability is assured with support for Closed Loop Stacking redundant core connections redundant power options and redundant stack management Each SecureStack A2 switch has two mini GBIC SFP ports and two fixed 10 100 1000 ports that can be used as standard Ethernet uplinks but can also be used as stacking ports that support up to 2 Gbps of2. power sources for these devices Both switches provide 48 volts of power over the normally used pairs of each Category 5 Ethernet cable with a total of 360 watts of power per switch The 24 port model can deliver Class 1 power to all ports while the 48 port model can deliver Class 2 support to all ports if they require Power over Ethernet Any individual port on either switch can provide up to the maximum 15 4 watts specified in the IEEE standard The network manager has the ability to prioritize which ports receive power if the power demand exceeds the switch total of 360 watts Special power shedding support is included in both switches to enforce the network manager specified priorities if the power demand exceeds the maximum wattage Additionally the SecureStack A2 PoE switches support a device detection feature that enables them to work with powered as well as non powered end devices This feature prevents any damage from occurring when a port on either Matrix PoE switch is connected to any compliant RJ45 device that is already powered by its own power source This feature also allows any mixture of Power over Ethernet devices and standard Ethernet devices to be connected to a single switch These SecureStack A2 PoE switches significantly simplify the installation and capital costs of APs VoIP phones and security devices by allowing them to be installed in out of the way locations that are without AC power thereby enabling maximum
3. Page 9 of 12 Data Sheet Environmental Specifications Operating Temperature 5 C to 40 C 41 F to 104 F Storage Temperature 30 C to 73 C 22 F to 164 F Operating Relative Humidity 10 to 90 Electrical Specifications AC Input Frequency Range 47 63 Hz AC Input Voltage Range 90 264 Vac Maximum Output Power 500 W C2RPS CHAS2 SecureStack Power Shelf Power Supply Slots Z Dimensions 48 2 cm 19 0 x 5 5 em 2 2 x 18 0 cm 7 0 Weight 0 95 kg 2 09 Ibs Note dimensions include integrated rackmount ears C2RPS CHASS8 SecureStack Power Shelf Power Supply Slots 8 Dimensions 44 0 cm 117 3 x 22 26 cm 8 77 x 26 4 cm 10 4 Weight 5 27 kg 11 6 lbs Ordering Information SecureStack A2 Switches A2H124 24 SecureStack A2 with 24 10 100 ports via RJ45 two Mini GBIC ports and two fixed 10 100 1000 stacking uplink ports A2H124 48 SecureStack A2 with 48 10 100 ports via RJ45 two Mini GBIC ports and two fixed 10 100 1000 stacking uplink ports A2H124 24FX SecureStack A2 with 24 100Base FX ports via MTRJ two Mini GBIC uplink ports and two fixed 10 100 1000 stack ing uplink ports SecureStack A2 Power over Ethernet Switches A2H124 24P SecureStack A2 with 24 10 100 Power over Ethernet ports via RJ45 two Mini GBIC uplink ports and two fixed 10 100 1000 stacking uplink ports A2H124 48P SecureStack A2 with 48 10 100 Power over Ethernet ports via RJ45 two Mini GBIC uplink por
4. bi directional bandwidth between any two adjacent switches No additional stack module is required to stack the switches A single stack can be comprised of any combination of SecureStack A2 switches allowing a mixture of 24 and 48 port 10 100 100Base F X and Power over Ethernet ports to be linked to the network core via copper multimode fiber and or single mode fiber Gigabit Closed Loop Stacking is implemented which assures that a single switch or cable connection failure in the stack will not impact the overall stack operation The SecureStack A2 stack auto config ures allowing stack switch units to be added or removed with minimal packet interruption Up to eight SecureStack A2 switches can be supported in a stack with a single IP address for complete stack management Redundant stack management is supported by assigning a primary and multiple secondary stack managers Switching Services All SecureStack A2 switches support standards based switching The EEE standards for switching IEEE 802 1D MAC Bridges and IEEE 802 1t 802 1D Maintenance as well as Multiple Spanning Trees IEEE 802 1s and Rapid Reconvergence IEEE 802 1w are fully supported All switches support up to 8 000 addresses and have four hardware queues per port Ethernet Flow Control IEEE 802 3x as well as standards based Link Aggregation IEEE 802 3ad are fully supported in every switch model In addition all switches support IGMP Snooping vl an
5. 3 IGMP MIB RFC 3580 Enterasys Entity MIB Specifications Common to All Switch Models continued Physical Specifications Safety UL 60950 CSA 60950 EN 60950 EN 60825 IEC 60950 Electromagnetic Compatibility 47 CFR Parts 2 and 15 CSA C108 8 EN 55022 EN 55024 EN 61000 3 2 EN 61000 3 3 AS NZS CISPR 22 VCCI V 3 Environmental Specifications Power Requirements Nominal Input Voltages 100V to 240V Input Frequency 47Hz to 63Hz Page 6 of 12 e Data Sheet Temperature IEC 68 2 14 Standard Operating 0 C to 50 C 32 F to 122 F Non Operating 40 C to 70 C 40 F to 158 F Humidity 5 to 95 Non condensing Vibration IEC 68 2 36 IEC 68 2 6 Shock IEC 68 2 29 Drop IEC 68 2 32 Specifications for Each Switch Model A2H124 24 SecureStack A2 Switch Dimensions 44 1 cm 17 36 W x 4 4 cm 1 73 H x 21 0 cm 8 27 D Weight 2 61 kg 5 75 Ibs Physical Ports 24 10 100 auto sensing auto negotiating auto MDI MDI X RJ45 ports 2 SFP GBIC ports 2 10 100 1000 ports for uplinks or stacking ports 1 DB9 console port 1 RPS port Amperage 110V 0 5A 220V 0 47A Power Consumption 29W Heat Dissipation 99 BTU Hr MTBF predicted 124 279 hours A2H124 48 SecureStack A2 Switch Dimensions 44 1 cm 17 36 W x 4 4 cm 1 73 H x 36 85 cm 14 51 D Weight 4 73 kg 10 42 lbs Physical Ports 48 10 100 auto sensing auto negotiating auto MDI MDI X RJ45 ports 2 SFP GBIC por
6. Models Technical Specifications Address Table Size 8 000 Throughput Capacity 148 810 pps per Fast Ethernet port 1 488 100 pps per Gigabit Ethernet port Switching Capacity 12 8 Gbps for 24 port models 17 6 Gbps for 48 port models VLANs 4 096 VLAN IDs 1 024 VLAN entries per stack Priority Queues Eight per port Embedded Services Multilayer Packet Processing Layer 2 3 4 classification Ingress Rate Limiting Switching Services IEEE 802 1D MAC Bridges IEEE 802 1t 802 1D Maintenance IEEE 802 3ad Link Aggregation IEEE 802 1w Rapid Reconvergence IEEE 802 1s Multiple Spanning Trees IEEE 802 3x Flow Control IGMP Snooping v1 v2 VLAN Support IEEE 802 1Q VLAN Tagged based VLAN Port based VLAN GVRP protocol GARP Page 5 of 12 e Data Sheet Quality of Service IP DSCP IP precedence Protocol Source IP Destination IP Source MAC Destination MAC Security IEEE 802 1X Port Authentication RADIUS Client Password protection encryption Secured Shell SSHv2 Syslog RFC and MIB Support RFC 826 ARP and ARP Redirect RFC 951 RFC 1542 DHCP BOOTP relay RFC 2131 RFC 3046 DHCP client relay RFC 2819 RMON MIB RFC 1213 RFC1213 MIB MIB I RFC 1493 BRIDGE MIB RFC 1643 Ethernet like MIB RFC 2233 IF MIB RFC 2674 P BRIDGE MIB RFC 2674 QBRIDGE MIB VLAN Bridge MIB IEEE 802 1X MIB Port Access RFC 2620 RADIUS Accounting Client MIB RFC 2618 RADIUS Authentication Client MIB RFC 293
7. coverage Outstanding Configuration Flexibility With the SecureStack A2 switch family mixing and matching 10 100 100Base FX and 10 100 POE switches in a single stack is a snap A small stack can be started with dual 10 100 switches with redundant Gigabit Ethernet uplinks to the core If Power over Ethernet is needed for remote access points or a trial test of VoIP phones a 10 100 PoF switch can simply be added to the stack If there is a demand for fiber ports 100Base FX switches can be added As the stack grows the demands on the uplinks to the core will increase Distributed Link Aggregation can be used to increase bandwidth from a single gigabit up to four gigabit All of these various types of switches can be managed as a single entity with a single IP address and all of the switches in the stack run a common software image so there are no incompatibility issues between the switches The simple flexibility of the SecureStack A2 stacking makes it an elegant solution Page 4 of 12 e Data Sheet The SecureStack A2 Switch Family A2H124 24 This SecureStack A2 switch features 24 ports of 10 100 connectivity two uplink ports supporting SFP Small Form factor Pluggable GBICs and two fixed 10 100 1000 ports that can be used as stacking ports or gigabit uplink ports All 28 front panel ports can be active simultaneously A2H124 48 This SecureStack A2 switch features 48 ports of 10 100 connectivity two uplink ports supporti
8. d v2 Traffic Classification and QoS A major component for supporting con verged networks is traffic classification All SecureStack A2 switches deliver Layer 2 3 4 packet classification and marking at the edge based on any of the following e MAC address e Physical port e IP address e IP protocol e IP ToS DSCP marking e TCP UDP port e IP subnet 3 entera Networks that Know O Q Si 0 U J D D k Page 2 of 12 e Data Sheet The classification capabilities combined with four priority queues per port allow the SecureStack A2 to rate limit port traffic granularly Weighted Round Robin WRR Queuing is supported Support for the IP Differentiated Services Code Point DSCP enables the switches to enforce requested service levels VLAN Support All SecureStack A2 switches have extensive VLAN support with 4 096 VLAN IDs supported and up to 1 024 VLANs active simultaneously in a single stack Receive port identification may be used to assign a user to a specific VLAN All switches support IEEE 802 1Q tagged and port based VLANs with full support for the GARP and GVRP protocols Extensive Security Security is vital to all networks today and with SecureStack A2 switches the network is protected at the first point of entry user access IEEE 802 1X Authentication can be enforced on all ports In addition all SecureStack A2 switches support VLANs and RADIUS Strong authentication and encryption f
9. ee 802 1s Multiple Spanning Trees and 802 3ad Link Aggregation All of these standards allow for redundant network connections automatic failover and recovery capabilities The SecureStack A2 switches support additional reliability features such as Distributed Link Aggregation Groups 6 groups of 4 ports a capability that supports link aggregation across multiple stack units thereby ensuring that a failure in a single unit does not disconnect the stack from the uplink to the core switch Redundant stack management is supported where there is a primary and one backup for managing the stack entity All SecureStack A2 switches support Closed Loop Stacking which enables the stack to continue working even if an indi vidual switch member or cable connection fails Power redundancy is available as an option for both the Power over Ethernet and standard Ethernet SecureStack A2 switches The redundant power options are the same as those used by the SecureStack C2 and allow a switch to operate from its own internal AC power supply or if there is a failure seamlessly failover to the external redundant power system Page 3 of 12 e Data Sheet Power over Ethernet PoE IEEE 802 3af Support Two switch models in the SecureStack A2 product family provide a centralized IEEE 802 3af compliant power source for VoIP phones wireless access points e g RoamAbout AP4102 and remote security scanners and cameras eliminating the need for individual
10. net IEEE 802 3af compliant Total PoE power of 360 W Average of 7 5 watts per port Class 2 Per port enable disable Per port priority safety Per port overload and short circuit protection System power monitor Page 8 of 12 e Data Sheet A2H124 24FX SecureStack A2 Switch Dimensions 44 1 cm 17 36 W x 4 4 cm 1 73 H x 21 0 cm 8 27 D Weight 2 7 kg 5 94 lbs Physical Ports 24 100Base FX MTRJ ports 2 SFP GBIC ports 2 10 100 1000 ports for uplinks or stacking ports 1 DB9 console port 1 RPS port Heat Dissipation 174 BTU HR MTBF predicted 53 501 hours Redundant Power Supply Specifications C2RPS PSM Power Supply Physical Specifications Dimensions 19 6 em 7 7 x 5 2 em 2 04 x 25 7 em 10 1 Net Weight Unit Only 1 75 kg 3 85 lbs Gross Weight Packaged Unit 3 20 kg 7 04 Ibs MTBF 300 000 hours Environmental Specifications Operating Temperature 5 C to 40 C 41 F to 104 F Storage Temperature 30 C to 73 C 22 F to 164 F Operating Relative Humidity 10 to 90 Electrical Specifications AC Input Frequency Range 47 63 Hz AC Input Voltage Range 85 264 VAC Hz Maximum Output Power 102 W or 156 W continuous C2RPS POE Power Supply Physical Specifications Dimensions 4 45 cm 1 75 x 44 5 cm 17 5 x 16 5 cm 6 5 Net Weight Unit Only 3 47 kg 7 63 lbs Gross Weight Packaged Unit 4 95 kg 10 89 lbs MTBF 989 644 hours at 25 C 77 F
11. ng SFP Small Form factor Pluggable GBICs and two fixed 10 100 1000 ports that can be used as stacking ports or gigabit uplink ports All 52 front panel ports can be active simultaneously A2H124 24P This SecureStack A2 switch features 24 ports of 10 100 with Power over Ethernet capability two uplink ports supporting SFP Small Form factor Pluggable GBICs and two fixed 10 100 1000 ports that can be used as stacking ports or gigabit uplink ports All 28 front panel ports can be active simultaneously A2H124 48P This SecureStack A2 switch features 48 ports of 10 100 with Power over Ethernet capability two uplink ports supporting SFP Small Form factor Pluggable GBICs and two fixed 10 100 1000 ports that can be used as stacking ports or gigabit uplink ports All 52 front panel ports can be active simultaneously A2H124 24FX This SecureStack A2 switch features 24 ports of 100Base FX connectivity two uplink ports supporting SFP Small Form factor Pluggable GBICs and two fixed 10 100 1000 ports that can be used as stacking ports or gigabit uplink ports All 28 front panel ports can be active simultaneously C2RPS PSM This SecureStack 150 watt DC power supply can be used as a redundant power supply for any of the SecureStack A2 non Power over Ethernet switches A2H124 24 A2H124 48 and A2H124 24FX The 150 watt power supply can be mounted in a SecureStack RPS chassis C2RPS SYS C2RPS CHAS8 or C2RPS CHAS2 A single powe
12. or the switch is provided via Secured Shell SSH and RADIUS Authentication to VLAN Mapping Support for RFC3580 VLAN Mapping is included in the basic SecureStack A2 firmware which enables an end user to be mapped to the appropriate VLAN automatically upon being authenticated via IEEE 802 1X Robust Switch and Stack Management All SecureStack A2 switches are fully man ageable using an industry standard command line interface embedded Web interface Telnet with SSH and SNMP management applica tions such as NetSight Every SecureStack A2 switch supports four groups of RMON History Statistics Alarms Events and SNMP v1 2 and v3 Configuration files can be edited with any ASCII editor and can be uploaded and downloaded from a switch A SecureStack A2 stack can be managed as a single network entity and only a single IP address is required to manage the complete stack There is no need to download software images to individual stack units only one software upgrade needs to be performed per stack The image will be distributed to the individual stack members automatically Port mirroring is supported on individual switches as well as stack wide enabling network managers to easily monitor and troubleshoot any port in the stack Reliability and Availability The SecureStack A2 offers a variety of standards based features to ensure network availability These features include 802 1D Spanning Tree 802 1w Rapid Spanning Tr
13. pending upon geography of any failed switch Please refer to the Enterasys website for full warranty details Service and Support Enterasys understands that superior service and support is a critical component of Networks that Know The Enterasys SupportNet Portfolio a suite of innovative and flexible service and support offerings completes the Enterasys solution SupportNet offers all the post imple mentation support services you need online onsite or over the phone to maintain your network availability and performance Matrix and NetSight are trademarks or registered trademarks of Enterasys Networks All other products or services mentioned are identified by the trademarks or service marks of their respective companies or organizations NOTE Enterasys Networks reserves the right to change specifications without notice Please contact your repre sentative to confirm current specifications All contents are copyright 2006 Enterasys Networks Inc All rights reserved Lit 9014054 1 5 06 Page 12 of 12 e Data Sheet Additional Information For additional information on the Matrix visit http www enterasys com products switching Contact Information Contact Enterasys Sales at 877 801 7082 or enterasys com corporate contact contact sales html Enterasys Networks Corporate Headquarters 50 Minuteman Road Andover MA 01810 US A ets j Networks that Know
14. r supply can power one switch if that switch loses AC power C2RPS SYS This SecureStack RPS bundle includes a chassis that supports up to eight individual 150 watt redundant power supplies C2RPS PSM The bundle includes the basic chassis C2RPS CHAS8 which can be rack mounted and one 150 watt redundant power supply C2RPS POE This SecureStack 500 watt DC power unit can be used as redundant power for any of the SecureStack A2 Power over Ethernet switches A2H124 24P or A2H124 48P Since the Securestack A2 PoE switches provide up to 360 watts of PoE power a much larger redundant power supply is required This RPS is a rack mountable unit and does not require an addi tional chassis C2RPS CHASS This SecureStack rack mountable RPS power chassis supports up to eight individual 150 watt redundant power supplies C2RPS PSM RPS units are mounted vertically in the chassis C2RPS CHAS2 This SecureStack rack mountable RPS power chassis supports up to two individual 150 watt redundant power supplies C2RPS PSM RPS units are mounted horizontally in the chassis Stacking Notes e Standard CATS Ethernet cables may be used for stacking SecureStack A2 switches e Cables up to 100 meters in length standard Gigabit Ethernet lengths may be used yielding a physically distributed stack e The SecureStack A2 switches CANNOT be stacked with either SecureStack B2 or C2 switches Specifications Common to All Switch
15. ts 2 10 100 1000 ports for uplinks or stacking ports 1 DB9 console port 1 RPS port Amperage 110V 0 82A 220V 0 42A Power Consumption 45W Page 7 of 12 Data Sheet Heat Dissipation 154 BTU Hr MTBF predicted 115 219 hours A2H124 24P SecureStack A2 Switch Dimensions 44 1 cm 17 36 W x 4 4 cm 1 73 H x 36 85 cm 14 51 D Weight 5 78 kg 12 73 Ibs Physical Ports 24 10 100 PoE auto sensing auto negotiating auto MDI MDI X RJ45 ports 2 SFP GBIC ports 2 10 100 1000 ports for uplinks or stacking ports 1 DB9 console port 1 RPS port Amperage 110V 4 1A 220V 2 04A Power Consumption 446W Heat Dissipation 1522 BTU HR MTBF predicted 201 377 hours Power over Ethernet IEEE 802 3af compliant Total PoE power of 360 W Average of 15 0 watts per port Class 1 Per port enable disable Per port priority safety Per port overload and short circuit protection System power monitor A2H124 48P SecureStack A2 Switch Dimensions 44 1 cm 17 36 W x 4 4 cm 1 73 H x 36 85 cm 14 51 D Weight 6 39 kg 14 08 lbs Specifications for Each Switch Model continued Physical Ports 48 10 100 PoE auto sensing auto negotiating auto MDI MDI X RJ45 ports 2 SFP GBIC ports 2 10 100 1000 ports for uplinks or stacking ports 1 DB9 console port 1 RPS port Amperage 110V 4 23A 220V 2 1A Power Consumption 463 W Heat Dissipation 1580 BTU HR MTBF predicted 169 150 hours Power over Ether
16. ts and two fixed 10 100 1000 stacking uplink ports SecureStack Optional Redundant Power C2RPS PSM SecureStack 150 watt redundant non PoE power supply with one DC cable C2RPS CHAS8 SecureStack RPS chassis supporting up to eight C2RPS PSMs C2RPS SYS SecureStack RPS chassis plus one C2RPS PSM chassis supports up to eight C2RPS PSMs C2RPS POE SecureStack 500 watt redundant PoE power supply with one DC cable C2RPS CHAS2 SecureStack RPS chassis chassis supports up to two C2RPS PSMs Cables SSCON CAB SecureStack console cable for use on A2 B2 or C2 switches Page 10 of 12 Data Sheet Ordering Information continued MGBIC Modules MGBIC LCO1 Mini GBIC with 1000Base SX via LC connector MGBIC LC03 Mini GBIC with 1000Base LX LH 2 Km Long Haul MMF via LC connector MGBIC 08 Mini GBIC with 1000Base LX LH 70 Km Long Haul SMF via LC connector MGBIC LCO09 Mini GBIC with 1000Base LX via LC connector MGBIC 02 Mini GBIC with 1000Base T via RJ45 connector MGBIC MT01 Mini GBIC with 1000Base SX via MTRJ connector Page 11 of 12 e Data Sheet Warranty As a customer centric company Enterasys is committed to providing the best possible workmanship and design in our product set Enterasys offers a limited lifetime warranty on the Enterasys SecureStack A2 that covers the complete switch including power supplies and fans This warranty also includes advance replacement next business day replacement or shipment de
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