Name: 17310T Extreme Networks Summit X670-G2-48x-4q 48-Port 10GbE Layer 3 Switch
Brand: Extreme Networks
SKU: 17310T
Price: 5596.40 USD
Availability: InStock
Rating: 4.8 (119 reviews)

Product Overview
The 17310T - Extreme Networks Summit X670-G2-48x-4q Layer 3 Switch efficiently manages high-density 10GbE interfaces and uplink options, fitting well within enterprise backbone and data center topologies. It balances routing capabilities with robust hardware design to deliver consistent network performance and flexibility for various network architectures.

General Information
Brand	Extreme Networks
Condition	Refurbished

Technical Information
Switch Type	Layer 3, Managed Switch, Stackable Switch
Form Factor	Rack-Mountable
Mount Type	1U Rack
Switch Ports	48
Number of Ports	48-Ports
Port Type	SFP+, USB Console, Serial Console (RJ-45)
Port Speed	10Gbps,40Gbps
UpLink Ports	4 (QSFP+ 40GbE)
POE Support	No
Switching Capacity	1.28 Tbps
Switch Forwarding Rate	2500 Mpps
VLAN Support	Yes
Max VLANs Supported	1-4094
Stackable	Yes
Layer Support	Layer 3
Connector Type	SFP+,QSFP+,RJ-45,USB Console

Performance
Jumbo Frame Support	Up To 9216 Bytes

Management and Configuration
Routing Protocols	Static, RIP, OSPF, BGP, VRRP, PIM-SM, IGMP
Remote Protocols	Yes
Management Interfaces	CLI,Web GUI (WebUI),SSH,Telnet,SNMPv1/v2/v3,RMON,REST API
Security Features	802.1X,ACLs,RADIUS,TACACS+,SSH,BPDU Guard,Storm Control
Management Type	Local (CLI),Remote (SNMP/SSH/HTTP/HTTPS/REST)
Remote Management Protocol	SNMP,SSH,Telnet,HTTP/HTTPS,REST API
Routing Protocol	Static,OSPF,BGP,RIP

Power & Cooling
Fans	Hot-swappable redundant fans (front-to-back airflow)
Power	AC 100-240V, 50-60Hz
Power Supply	Dual hot-swappable AC power supplies (redundant)

Physical Characteristics
Weight	3.00
Operating Temperature	0°C to 45°C

Miscellaneous
Eco Friendly	Yes
Assembly Required	No
Compliance Standards	WEEE, RoHS, CE, FCC, UL
Compliant Standards	IEEE 802.1Q,IEEE 802.1p,IEEE 802.3,IEEE 802.3ad

Product Description
The 17310T - Extreme Networks Summit X670-G2-48x-4q is a versatile Layer 3 switch designed to handle demanding network requirements. It is often found in enterprise and data center settings where reliable and high-throughput switching is essential. This switch is built for network administrators and IT professionals who need a blend of performance, scalability, and robust routing features. Key Features Delivers 48 fixed 10GbE ports along with 4 modular QSFP+ uplinks for flexible connectivity Supports advanced Layer 3 protocols to optimize routing efficiency across networks Incorporates strong security mechanisms to safeguard network traffic Enables automation and simplified management through integrated software tools Designed to maintain high availability and performance in large-scale deployments This switch provides stable and efficient network operation essential for critical infrastructure. Its design focuses on maintaining connectivity and throughput while offering comprehensive control and security options. The Summit X670-G2 series is recognized for combining strong performance with operational reliability in complex network environments.

Use Cases
This switch is typically deployed in environments requiring dense 10GbE access with strong Layer 3 routing, such as enterprise campus networks and data centers. It benefits IT teams managing growing network demands and complex traffic flows where automation and security are priorities. How It's Used: Core and aggregation layer switch in enterprise networks supporting high bandwidth applications Data center top-of-rack switch connecting servers with high-speed uplinks Aggregation point in campus networks managing diverse VLANs and routing policies Network infrastructure supporting virtualization platforms and storage clusters Switch facilitating edge computing deployments with scalable bandwidth needs By providing reliable connectivity and advanced routing, this switch supports operational efficiency and scalability. Its integration capabilities help maintain performance and security as enterprise and data center networks evolve.