AX3600S

Feature/specification
Model lineup
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High Performance, Reliable and Feature-rich Compact Layer 3 Switches

AX3600S
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The AX3600S series siwtches, suitable for site-to-site connection and in-house LAN of enterprises, are gigabit layer 3 switches equipped with routing functions equivalent to those of the AX7800R series carrier grade high-end routers, and are designed to be compact (1U size) while supporting 10G uplink and PoE. Also, in cooperation with the advanced high-reliability functions and security systems of the AX6000S family, these switches realize high-performance, high-reliability networks. The AX3650S supports Network Partition to realize network integration/separation through network virtualization, VRF (Virtual Routing and Forwarding), and Stack to realize network redundancy. The AX3650S is an upper-class flagship model with increased 10G uplink ports, providing enough entry capacity for construction of large-scale networks. Meanwhile, the AX3640S, which is a high-specification model inheriting the proven functionality of the AX3630S, features larger entry capacity, policy-based routing to choose the best routing path, and extended filtering functionality.

IPv6 Ready Logo
(Logo-ID-:01-000307)

IPv6 Ready Logo Phase2(Core)
(Logo-ID-:02-C-000182)

Feature
Specification（AX3640S)
Specification（AX3650S)

1. Stable and High Functionality Routing

Field-proven routing functionality same as that of core routers
- Routing software equivalent to that of the AX7800R, which has always been well received by many ISPs/providers
- Load balancing based on high-reliability routing (e.g., multipath) with OSPF/BGP for site-to-site connection using wide-area Ethernet/IP-VPN
IPv6 / multicast
- Hardware-based IPv6/IPv4 routing
- Supports various protocols (Static, RIPng, OSPFv3, BGP4+, multicast, etc.) responding to the diversity of IPv6 networks.

2. High Reliability and High Availability

High reliability features
- Improves line and route reliability with stacking, link aggregation, STPs, Graceful Restart (helper), VRRP, as well as ALAXALA’s proprietary functions, such as GSRP (Gigabit Switch Redundancy Protocol), VRRP Polling, Static Polling, Uplink Redundancy, L2 loop detection, and EtherOAM.

Ring protocol
- Realizes a ring network without STP, which enables high-reliability L2 redundancy capable of fast switchover. Supports a flexible network topology configured of multiple rings using a multi-ring protocol.

Hot-swappable built-in redundant power supply
- Equipped with a built-in redundant power supply that enables hot swapping without communication interruption (except AX3640S-24T).

3. 10G Uplink

Compact body
- All models are 1U-sized.

10G uplink
- Provides a high performance 10G network in combination with the AX6000S family on a local network.

SFP+ interface (AX3650S only)
- The support of SFP+(10GBASE-R), same-sized as SFP(1000BASE-X), makes it possible to use optical transceiver ports for SFP/SFP+ and increase the number of 10G uplink ports (this is not possible with XFP(10GBASE-R)).
- Direct attach cables (not require expensive optical transceivers) can be used to reduce the total cost for switch setup.

4. Network Virtualization (Network Partition) (AX3650S only)

Simple and low-cost network virtualization
- Enables VPN (Virtual Private Network) by logically dividing a network configured of VRF (Virtual Routing and Forwarding) and VLAN (Virtual LAN), helping achieve network integration / separation without sacrificing network security / independence.

Wide-area, multi-site network virtualization
- Enables network integration using wide-area Ethernet by distributing resources to multiple sites.

5. Green IT/power saving

Low power consumption
- Low power consumption architecture / circuit design
- Unused-port disabling to cut unnecessary power use
- Components consuming less power

6. Communication Quality Assurance

QoS function
- Delivers clear voice by prioritizing VoIP packets over other packets in a voice/data integrated network, with various kinds of shapers (such as PQ, WRR, and WFQ).

7. Advanced Security

Authentication / quarantine solutions
- Triple authentication (IEEE802.1X, Web authentication, MAC authentication) enables user authentication of various types (one switch can authenticate up to 1024 terminals).
- Combinations of authentication servers and quarantine servers enable quarantine-authentication cooperation that gives access rights to only successfully quarantined PCs.
Packet filtering
- With outbound / inbound filters, unauthorized traffic can be prevented from flowing into servers/terminals.

8. Operability

Easy maintenance
- Reduces maintenance time with command-free operation to easily back up configurations and collect information on faults.

Model			AX3640S -24T	AX3640S -24TW	AX3640S -24T2XW	AX3640S -48TW	AX3640S -48T2XW	AX3640S -24SW	AX3640S -24S2XW
Perfor- mance	Maximum switching capacity		48Gbps	48Gbps	88Gbps	96Gbps	136Gbps	48Gbps	88Gbps
Perfor- mance	Maximum packet forwarding performance		35.7Mpps	35.7Mpps	65.5Mpps	71.4Mpps	101.2Mpps	35.7Mpps	65.5Mpps
Port count	10GBASE-SR/LR/ER/ZR(XFP)		–	–	2	–	2	–	2
	1000BASE-SX/SX2/LX/LH/BX/LHB(SFP)		4*1	4*1	4*1	4*1	–	24*1	24*1
	10/100/1000BASE-T(SFP)		–	–	–	–	–	20*2	20*2
	10/100/1000BASE-T		24*1	24*1	24*1	48*1	48	4*1	4*1
Routing protocol	IPv4	Unicast	Static, RIP, RIP2, OSPF, BGP4, IS-IS*3, stub router (OSPF)
	IPv4	Multicast	PIM-SM, PIM-SSM, IGMPv2/v3
	IPv6	Unicast	Static, RIPng, OSPFv3, BGP4+, IS-IS*3, stub router (OSPFv3)
	IPv6	Multicast	PIM-SM, PIM-SSM, MLDv1/v2
Layer 2 functions	Maximum MAC entry count		32768
	VLAN		Port VLAN, Tag-VLAN(IEEE802.1Q), Protocol VLAN, MAC VLAN, Tag translation
	Spanning tree protocol (STP)		STP(IEEE802.1D), RSTP(IEEE802.1w), PVST+, MSTP(IEEE802.1s), BPDU filter, root guard, loop guard
	Layer 3 coordination functions		IGMPv1/v2/v3 snooping, MLDv1/v2 snooping
	Ring protocol		Autonomous Extensible Ring Protocol
Network functions	Security		IEEE802.1X (port-based authentication/VLAN-based authentication (static/dynamic)), authentication VLAN, Web authentication, filter (L2/IPv4/IPv6/L4), interception of relay between ports, URL redirection (dynamic VLAN mode), URL redirection (fixed VLAN mode), MAC authentication (dynamic VLAN mode), MAC authentication (fixed VLAN mode)
	QoS		Flow detection (L2/IPv4/IPv6/L4), bandwidth monitoring (rate control), marking (DSCP/user priority), priority control (flow base, user priority mapping),discarding control (tail drop), shaping (8 classes, port band control, scheduling (PQ, WRR, PQ+DRR, WFQ)), Diff-serv, IEEE802.1p
	L2-VPN		VLAN tunneling
	Reliability/operability Improvement functions		Load balance (IPv4/IPv6), VRRP(IPv4/IPv6), static polling (IPv4/IPv6), VRRP polling (IPv4/IPv6), link aggregation (IEEE802.3ad), GSRP,uplink/redundant, Graceful Restart function*4, storm control, IEEE802.3ah/UDLD, local ProxyARP, GSRP aware extended function, L2 loop detection,
Operation management functions			SNMPv1/v2/v3, MIB-II, IPv6 MIB, IPv6 VRRP MIB, RMON, syslog, port mirroring, ping, traceroute, telnet, SSHv2*6, ftp, tftp, NTP,IPv4 DHCP server/relay, Prefix Delegation, RADIUS, TACACS+, LLDP, OADP, sFlow, OAN-API, AX-Config-Master, AX-Networker's-Utility
Redundancy			–	Internal power supply (AC/DC)
Equipment conditions	Input voltage		AC100 to 120V/200 to 240V	AC100 to 120V/200 to 240V	AC100 to 120V/200 to 240V	AC100 to 120V/200 to 240V	AC100 to 120V/200 to 240V	AC100 to 120V/200 to 240V	AC100 to 120V/200 to 240V
	Input voltage		–	DC-48V	DC-48V	DC-48V	DC-48V	DC-48V	DC-48V
	Maximum input current (A)		0.8 @AC100V/ 0.4 @AC200V	0.9 @AC100V/ 0.4 @AC200V	1.0 @AC100V/ 0.4 @AC200V	1.4 @AC100V/ 0.7 @AC200V	1.5 @AC100V/ 0.8 @AC200V	0.9 @AC100V/ 0.5 @AC200V	1.0 @AC100V/ 0.5 @AC200V
	Maximum input current (A)		–	1.6 @DC-48V	1.9 @DC-48V	2.7 @DC-48V	2.9 @DC-48V	1.6 @DC-48V	1.9 @DC-48V
	Maximum power consumption (W) (AC/DC)		75/ -	85/75	100/90	135/125	145/135	85/75	100/90
	Maximum heat output (kJ/h) (AC/DC)		270/ -	306/270	360/324	486/450	522/486	306/270	360/324
	Outer dimensions (W x D x H(mm) (height [U])		445 x 380 x 43 (1U)	445 x 440 x 43 (1U)
	Mass (kg) ( with full installation)		5.0 or less	9.0 or less
Environ- ment conditions	Permissible operation temperature range		0 to 40°C
	Temperature when not operating (When not applying current)		-10 to 43°C
	Temperature at storage and transport		-25 to 65°C
	Permissible operation humidity range		10% to 85% (no condensation)
	Humidity when not operating (When not applying current)		8% to 85% (no condensation)
	Humidity at storage and transport		5% to 85% (no condensation)
	Floating dust		Floating dust of about 10 microns or smaller: 0.15mg/m

*1: 1000BASE-X (SFP) 4 ports and 10/100/1000BASE-T 4 ports are mutually exclusive (i.e., they cannot be used simultaneously).
*2: Available only for 1000 BASE-X (SPF) fixed ports.
*3: IS-IS is planned to be supported in future.
*4: Helper functions (OSPF/OSPFv3) and receive-router functions (BGP4/BGP4+) are supported.
*5: Input voltage of AC100 to 200V only.
*6: SSH function is subject to export control regulations, and may be excluded when exported.

Model			AX3650S -24T6XW	AX3650S -20S6XW	AX3650S -48T4XW
Perfor- mance	Maximum switching capacity		168Gbps	168Gbps	176Gbps
Perfor- mance	Maximum packet forwarding performance		125.0Mpps	125.0Mpps	131.0Mpps
Port count	10GBASE-SR / LR / ER (SFP+)		6*1	6*1	4*1
	10GBASE-CU (SFP+)		6*1	6*1	4*1
	1000BASE-SX / SX2 *4 / LX / LH / BX / LHB (SFP)		6*2	26 3 5	4*2
	10/100/1000BASE-T(SFP)		–	20*6	–
	100BASE-FX (SFP)		–	20*6	–
	10/100/1000BASE-T		24	4	48
Routing protocol	IPv4	Unicast	Static, RIP, RIP2, OSPF, BGP4, IS-IS *7, Stub Router (OSPF), Policy-based Routing
	IPv4	Multicast	PIM-SM, PIM-SSM, IGMPv2/v3
	IPv6	Unicast	Static, RIPng, OSPFv3, BGP4+, IS-IS *7, Stub Router (OSPFv3)
	IPv6	Multicast	PIM-SM, PIM-SSM, MLDv1/v2
Layer 2 functions	Max. MAC address entries		32k
	VLAN		Port VLAN, Tag-VLAN (IEEE802.1Q), Protocol VLAN, MAC VLAN, Tag Translation
	Spanning tree protocol		STP (IEEE802.1D), RSTP (IEEE802.1w), PVST+, MSTP (IEEE802.1s), BPDU Filter, Root Guard, Loop Guard
	Layer 3 interoperation		IGMPv1/v2/v3 snooping, MLDv1/v2 snooping
	Ring protocol		Autonomous Extensible Ring Protocol
Network functions	Security		IEEE802.1X (per-port authentication, per-VLAN authentication (static/dynamic)), Authentication VLAN, Web Authentication, Filter (L2/IPv4/IPv6/L4), Inter-port relay blocking, URL Redirect (Dynamic VLAN mode/Fixed VLAN mode), MAC Authentication (Dynamic VLAN mode/Fixed VLAN mode)
	QoS		Flow detection (L2/IPv4/IPv6/L4), Bandwidth monitoring (rate limitation), Marking (DSCP / user priority), Priority control (flow base, user priority mapping), Discard control (tail drop), Shaping (8 classes, port bandwidth control, scheduling (PQ, WRR, PQ+DRR, WFQ)), Diff-serv, IEEE802.1p
	L2-VPN		VLAN Tunneling
	High reliability and high operability functionsfunctions		Stack, Load balance (IPv4/IPv6), VRRP (IPv4/IPv6), Static Polling (IPv4/IPv6), VRRP Polling (IPv4/IPv6), Link Aggregation (IEEE802.3ad), GSRP, Uplink Redundancy, Graceful Restart *8, Storm Control, IEEE802.3ah/UDLD, Local ProxyARP, GSRP aware extension, L2 loop detection, EtherOAM
	Virtualization		VRF (Virtual Routing and Forwarding), Network Partition
Operation management functions	Network management		SNMPv1/v2/v3, MIB-II, IPv6 MIB, IPv6 VRRP MIB, RMON, Port Mirroring, IPv4 DHCP Server/Relay, Prefix Delegation, LLDP, OADP, sFlow
Operation management functions	Operation / maintenance		syslog, ping, traceroute, telnet, SSH *13, ftp, tftp, NTP, RADIUS, TACACS+, Temperature log, Fan control
Power saving functions			Dynamic Power Saving （unused-port power saving *9, Device Sleep, power saving for link-down ports, LED brightness control)
Redundancy			Built-in power supply (AC, DC)
Equipment conditions	Input voltage		AC100 to 120V / 200 to 240V	AC100 to 120V / 200 to 240V	AC100 to 120V / 200 to 240V
	Input voltage		DC -48V	DC -48V	DC -48V
	Max. input current (A)		1.1 @AC100V / 0.6 @AC200V	1.2 @AC100V / 0.6 @AC200V	1.2 @AC100V / 0.6 @AC200V
	Max. input current (A)		2.2 @DC-48V	2.5 @DC-48V	2.4 @DC-48V
	Max. power consumption (W)		105	120	115
	Max. heat output (kJ/h)		378	432	414
	Outer dimensions (W x D x H (mm) ) (height [U] )		445 x 500 x 43 (1U)
	Weight (kg) (with full installation)		9.0 or less
Environ- ment conditions	Permissible operation temperature range		- 10˚C to 50˚C 10 11
	Temperature when not operating (when not applying current)		- 10˚C to 50˚C
	Temperature at storage and transport		- 25˚C to 65˚C
	Permissible operation humidity range		10% to 90% (no condensation) *12
	Humidity when not operating (when not applying current)		8% to 90% (no condensation)
	Humidity at storage and transport		5% to 90% (no condensation)
	Floating dust		Floating dust of about 10 microns or smaller : 0.15mg/m3

*1: The values given here are the maximum numbers of ports (SFP+/SFP shared) available for SFP+ interface. If some of them are used for SFP interface, these values must be reduced by the number of such ports.
*2: The values given here are the maximum numbers of ports (SFP+/SFP shared) available for SFP interface. If some of them are used for 10GBASE-R (SFP+), these values must be reduced by the number of such ports.
*3: Six of these ports are SFP+/SFP shared ports. If some or all of them are used for 10GBASE-R (SFP+), the number of ports available for SFP interface must be reduced by the number of such ports.
*4: Supports AX3650S-20S6XW only.
*5: Up to 20 ports are available when using SFP-SX2.
*6: Available only for 1000BASE-X (SFP).
*7: IS-IS will be supported in the future.
*8: Supports both the Helper function (OSPF/OSPFv3) and the Receive Router function (BGP4/BGP4+）.
*9: Supported only by 10/100/1000BASE-T (UTP) ports.
*10: The temperature range is 0˚C to 50˚C when the device has started up.
*11: The temperature range for SFP-BX1U/1D and SFP-BX4U/4D is 0˚C to 50˚C.
*12: The humidity range for SFP/SFP+ is 10% to 85%.
*13: SSH function is subject to export control regulations, and may be excluded when exported.