Name: X465-48W-B1 Extreme Networks 48-Port Layer 2/3 Managed Switch 2000W PSU
Brand: Extreme Networks
SKU: X465-48W-B1
Price: 13236.00 USD
Availability: InStock
Rating: 4.8 (118 reviews)

Product Overview
The Extreme Networks X465-48W-B1 is a 48-port switch designed to deliver stable, high-density Ethernet connectivity suitable for enterprise and data center environments. It integrates a powerful 2000W power supply to ensure reliable operation and supports advanced network management features to facilitate efficient traffic handling and scalability.

General Information
Brand	Extreme Networks
Condition	Refurbished

Technical Information
Switch Type	Layer 3, Managed Switch, Stackable Switch, PoE Switch, Gigabit Switch
Form Factor	Rack-Mountable
Mount Type	1U Rack
Switch Ports	48
Number of Ports	48-Ports
Port Type	10/100/1000Base-T, 10G SFP+
Port Speed	10/100/1000Base-T
UpLink Ports	4 x 10G SFP+
POE Support	PoE++
Switching Capacity	176 Gbps
Switch Forwarding Rate	130.95 Mpps
DRAM	4 GB
Flash Memory	4 GB
VLAN Support	Yes
Max VLANs Supported	4096
Stackable	Yes
Layer Support	Layer 3
Connector Type	RJ-45,SFP+,USB Console,Serial Console (RJ-45)

Performance
Jumbo Frame Support	Up To 9216 Bytes

Management and Configuration
Routing Protocols	Static, RIP, OSPF, OSPFv3, BGP, VRRP, PIM-SM, IGMP
Remote Protocols	Yes
Management Interfaces	CLI (Console/SSH),Web GUI,SNMPv1/v2/v3,RESTful API
Security Features	802.1X,MAC Authentication,ACLs,SSH,RADIUS,TACACS+,DHCP Snooping,IP Source Guard,Port Security,Storm Control
Management Type	Managed
Security	Yes
Remote Management Protocol	SSH,Telnet,HTTP/HTTPS,SNMP,REST

Power & Cooling
Fans	Hot-swappable, variable speed
Power	2000W
Power Supply	2000W AC PSU

Physical Characteristics
Weight	3.00

Miscellaneous
Eco Friendly	Yes
Assembly Required	No
Compliance Standards	RoHS, CE, FCC, UL
Compliant Standards	IEEE 802.3, IEEE 802.3u, IEEE 802.3ab, IEEE 802.3x, IEEE 802.1Q, IEEE 802.1p, IEEE 802.1D, IEEE 802.1W, IEEE 802.3af, IEEE 802.3at, IEEE 802.3bt

Product Description
The X465-48W-B1 is a versatile 48-port network switch engineered for environments where dependable and scalable connectivity is essential. It is commonly found in enterprise and data center networks where high port counts and power reliability are critical. Network administrators and IT professionals often rely on devices like this to support complex network topologies and traffic demands. Key Features High-density 48 RJ-45 ports offering broad device connectivity Includes a 2000W PSU to maintain consistent and efficient power supply Offers Layer 3 routing capabilities alongside Layer 2 switching Supports comprehensive management protocols for ease of configuration Built to accommodate growing network demands with scalable architecture This switch plays a fundamental role in maintaining network stability and performance due to its robust hardware and versatile feature set. Its reliability and capacity make it well-suited for environments where uptime and data flow integrity are priorities. The X465-48W-B1 delivers a balanced approach to power and performance without compromising operational control.

Use Cases
The X465-48W-B1 switch is typically deployed in enterprise and data center settings where extensive port availability and power reliability are required. It benefits network teams managing high-density wired connections and seeking robust Layer 3 functionality to support varied traffic patterns and routing needs. How It's Used: Provides core switching capacity within mid-sized to large enterprise networks. Supports edge computing deployments requiring extensive wired device connectivity. Facilitates rack deployment in data centers handling virtualization and storage clusters. Enables resilient infrastructure in campus networks demanding scalable bandwidth. Integrates in multi-site networks where advanced Layer 3 routing improves traffic efficiency. By supporting a high port count combined with a dependable power supply, this switch helps maintain operational continuity and efficient network scaling. Its design accommodates evolving network topologies without sacrificing performance or manageability.