Supported Appliance Specifications

ExtremeCloud IQ Controller supports the following virtual appliances:

Requirements for each ExtremeCloud IQ Controller model are listed below.

Table 1. Virtual ExtremeCloud IQ Controller (VE6120 and VE6125)
Extreme Application	VE6120			VE6125
	Small	Medium	Large	X-Large
Total APs managed in Standalone mode	50	250	500	2000
Additional APs supported in high-availability mode	50	250	500	2000
Total managed APs per Appliance Pair	100	500	1000	4000
Total Switches managed per Appliance	50/100	100/200	200/400	200/400
Total simultaneous users in Standalone mode	1,000	4,000	8,000	16000
Additional simultaneous users in high-availability mode	1,000	4,000	8,000	16000
Total Simultaneous Users per Appliance Pair	2,000	8,000	16,000	32000
Hardware Requirements
CPU	4 (4 distinct physical cores or 2 cores with hyper-threading)	6	8	32 (physical or hyper-threading cores)
RAM (GB)	8	16	24	32
Hard Disk (GB)	80	80	80	512

Consult VMWare ESXi for minimum host performance requirements for virtual environment. Performance depends on network interface characteristics of underlying host and on utilization on shared interfaces by other virtual appliances.
Follow VMWare minimum installation requirements. 10 Gbps host recommended for best results. VE6120 supports VMware ESXi 5.1 or higher. VE6125 supports VMware ESXi 5.5 or higher.
A VMware Enterprise license is required for the VE6125.

Table 2. Virtual ExtremeCloud IQ Controller VE6120H
Extreme Application	VE6120H
	Small	Medium	Large
Total APs managed in Standalone mode	50	250	500
Additional APs supported in high-availability mode	50	250	500
Total managed APs per Appliance Pair	100	500	1000
Total Switches managed per Appliance	50/100	100/200	200/400
Total simultaneous users in Standalone mode	1,000	4,000	8,000
Additional simultaneous users in high-availability mode	1,000	4,000	8,000
Total Simultaneous Users per Appliance Pair	2,000	8,000	16,000
Hardware Requirements
CPU	4 (4 distinct physical cores or 2 cores with hyper-threading)	6	8
RAM (GB)	8	16	24
Hard Disk (GB)	80	80	80

Table 3. Virtual ExtremeCloud IQ Controller (VE6120K and VE6125K)
Extreme Application	VE6120K			VE6125K
	Small	Medium	Large	XLarge
Total APs managed in Standalone mode	50	250	500	2000
Additional APs supported in high-availability mode	50	250	500	2000
Total managed APs per Appliance Pair	100	500	1000	4000
Total Switches managed per Appliance	50/100	100/200	200/400	200/400
Total simultaneous users in Standalone mode	1,000	4,000	8,000	16000
Additional simultaneous users in high-availability mode	1,000	4,000	8,000	16000
Total Simultaneous Users per Appliance Pair	2,000	8,000	16,000	32000
Hardware Requirements
CPU	4	6	8	20 Cores
RAM (GB)	8	16	24	32
Hard Disk (GB)	80	80	80	250

Table 4. ExtremeCloud IQ Controller Hardware
Supported Features	E1120	E2120/E2122	E3120	E3125
Total APs managed per appliance pair	250	4,000	20,000	20,000
Total APs managed in stand-alone mode per appliance	125	2,000	10,000	10,000
Additional APs supported in high-availability mode	125	2,000	10,000	10,000
Total switches managed per appliance	50/100	400/800	1,000/2,000	1,000/2,000
Total simultaneous users per appliance pair	4,000	32,000	Scales up to 100,000	Scales up to 100,000
Total simultaneous users in stand-alone mode per appliance pair	2,000	16,000	Scales up to 50,000	Scales up to 50,000
Additional simultaneous users in high-availability mode	2,000	16,000	Scales up to 50,000	Scales up to 50,000
Dual, hot swappable power supplies	Not applicable	Sold Separately	Sold Separately	Sold Separately
Maximum throughput (Mbps), Mixed (RFC2544)/Encrypted	3730 /2140	18500 /18000	54,000 /25,500	72,000 /31,500".

Table 5. ExtremeCloud IQ Controller platforms running on Universal Compute Platform (UCP)
Supported Features	CE1000
Total APs managed per appliance pair	500
Total APs managed in stand-alone mode per appliance	250
Additional APs supported in highavailability mode	250
Total switches managed per appliance	50/100
Total simultaneous users per appliance pair	4,000
Total simultaneous users in standalone mode per appliance pair	2,000
Additional simultaneous users in high-availability mode	2,000