Specifications

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Figure 1: The V400 Series is the edge component of Extreme's Extended Edge Switching solution
SINGLE POINT
OF MANAGEMENT
5420, 5520, X465,
X590, X670-G2, X690
EXTREMEXOS SERVICES EXTENDED TO V400 EDGE PORTS
802.1BR
EXTENDED EDGE
SWITCHING ARCHITECTURE
Technical Specifications
Performance and Scale
Switch Model
Maximum10/100/1000
Base-T Ports
Maximum Active 1Gb
SFP Ports
Maximum Active 10Gb
SFP+ Ports
Aggregated Switch
Bandwidth
Frame Forwarding
Rate
V400-24t-10GE2 24 2 2 40 Gbps 59 Mpps
V400-24p-10GE2 24 2 2 40 Gbps 59 Mpps
V400-48t-10GE4 48 4 4 80 Gbps 119 Mpps
V400-48p-10GE4 48 4 4 80 Gbps 119 Mpps
CPU/Memory
• 64-bit ARM Processor, 800 MHz clock, dual core
• 256MB ECC DDR3 DRAM
• 128MB Flash
• 1.5MB packet buer on 24-port switches, 3MB packet
buer on 48-port switches
Ring Support for Edge Resiliency
Cascaded V400 devices can also be configured in a ring
design for additional resiliency. In a ring, the first and last
V400 devices in a cascade can be connected to the EXOS
aggregation switch. If any V400 device in the ring should
fail, trac can be re-routed in the other direction across the
ring back to the EXOS aggregation switch.
Power over Ethernet Support
V400 Series switches support both IEEE 802.3at PoE+
and IEEE 802.3af PoE to enable connection of standards
compliant PoE devices today. The V400 oers up to
740W PoE budget on 48-port models and 380W on
24-port models.
Redundant Power Supply
V400 PoE models also support an optional external
redundant power supply (RPS) with up to 1000W for back-
up (or fail-over) power needs.
EXOS Aggregation Switches
The V400 operates in conjunction with ExtremeSwitching
5420, 5520, X465, X590, X670-G2, and X690 Series
switches which act as the "controlling" aggregation switch
within the Extended Edge Switching architecture.
LED Indicators
• Per port status LED including power status
• System Status LEDs: fan and system