Connections between front-end and back-end switches within an EX-Series rack........16 Back-end switch connections between EX-Series racks................16 Front-end switch connections to customer switches (example)..............17 Dell EMC S5248F switch ports..........................17 Front-end switches..............................18 Front-end switch connections to customer switches (4X10 example)............19 Front-end switch connections to customer switches (4X25 example)............19...
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ECS v3 EXF900 network cabling.........................57 Aggregation topology............................. 60 Inter-rack switch connectivity - aggregation topology.................. 60 EX500 minimum and maximum configurations....................65 EX500 server physical dimensions........................69 EX500 server chassis front view......................... 70 Left control panel..............................70 Status LEDs decoded view.............................71 Right control panel..............................71 EX500 server chassis back view..........................72 EX500 disk drive in carrier.............................73 EX500 Single Phase AC Cabling Diagram......................
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ECSv3 740xd Three Phase Delta AC Cabling Diagram................. 107 Three-phase WYE AC power cabling........................ 108 ECSv3 740xd Three Phase Wye AC Cabling Diagram.................. 109 Fox switch iDRAC ports............................110 iDRAC cabling................................111 Front-end and back-end switch connections to an EX300 node............... 113 Node ports on front-end switches........................
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Front-end and back-end switch connections to an EX3000D node............150 Node ports on front-end switches........................150 Back-end switch, front-end switch, and iDRAC ports on an EX3000S node.......... 151 Node ports on back-end switches........................151 EX3000 node network port cabling connections................... 152 EX3000 node network cable labeling........................
Tables Rack ID..................................12 Default node names..............................12 Switch port numbers............................... 14 Switch port number..............................15 Switch port numbers............................... 18 Switch port number..............................20 Switch port number..............................22 EXF900 hardware components..........................24 EXF900 configurations............................25 Standard features of EXF900 servers........................27 Decoding of LEDs in light bar..........................29 Server Panel, Ports, and Slots..........................30 EXF900 Standard Single-Phase 0U PDU Cabling....................32 EXF900 0U PDU Cabling with Aggregation Switch..................
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Server Panel, Ports, and Slots..........................100 EX300 0U PDU cabling............................102 EX300 2U PDU cabling............................102 EX300 node iDRAC port to BE1 port mapping....................110 EX3000 hardware components.......................... 122 EX3000S single node chassis configurations....................125 EX3000D dual node chassis configurations.....................126 EX3000 physical dimensions..........................127 Server indicators, buttons, or connectors.......................
2018. ECS 3.5 and later supports 16TB data drives and optional Read Cache SSD upgrade. Gen2 For documentation on Gen2 hardware, see the Dell EMC ECS D- and U-Series Hardware Guide. ● U-Series Gen2 models featuring 12 TB disks became available in March 2018.
Rack and node host names Lists the default rack and node host names for an ECS Appliance. The default rack IDs and color names are assigned in installation order as shown in the following table. Table 1. Rack ID Rack ID Rack color Rack ID Rack color...
Dell EMC S5148F switch The EX500. EX300, and EX3000 appliances all use the Dell EMC S5148F for the front-end pair of switches and for the pair of back-end switches. Note that customers have the option of using their own front-end switches instead of the Dell EMC S5148F switches.
Customer uplink ports (100 GbE) Back-end switch pair Dell EMC provides two 25 GbE S5148F back-end switches (BE1 and BE2) with two 100 GbE VLT cables. These switches are referred to as the Hound (BE2) and Fox (BE1) switches. In the following diagram, all labeled ports relate to an ECS virtual data center (VDC) in which all racks/nodes are EX-Series (Gen3 hardware), with the exception of ports 39 and 40.
The front-end switch management ports connect to back-end switch ports via two CAT6 cable and two 1GBaseT SFP. These two cables and two SFP are used for Dell EMC switches. If you are deploying in a third party rack with customer switches, or using customer switches in a Dell EMC rack, these two cables and two SFP are not required.
● Rabbit (FE1) to Hound (BE2) The connections are shown with green lines in the following diagram. Figure 4. Connections between front-end and back-end switches within an EX-Series rack For back-end switch connections between EX-Series racks, port 41 on the back-end switches is used for the inbound connection and port 45 is used for the outbound connection.
Front-end switch pair Dell EMC offers an optional HA pair of front-end 25 GbE S5248F switches for customer network connection to the rack. It has two 200 GbE (QSFP28-DD) virtual link trunking (VLT) cables per HA pair. These switches are called the Hare (FE2) and the Rabbit (FE1) switches.
not to connect to their network in the required HA manner, there is no guarantee of high data availability for the use of this product. Figure 8. Front-end switches Table 5. Switch port numbers Switch Port number Description Hare 1-16 Data network ports connected to nodes (25 GbE) 17-32 Not designated...
Figure 11. Front-end switch connections to customer switches (4X100 example) Back-end switch pair Dell EMC provides two 25 GbE S5248F back-end switches (BE1 and BE2) with two 200GbE (QSFP28-DD) VLT cables. These switches are referred to as the Hound (BE2) and Fox (BE1) switches.
The front-end switch management ports connect to back-end switch ports via two CAT6 cable and two 1GBaseT SFP. These two cables and two SFP are used for Dell EMC switches. If you are deploying in a third party rack with customer switches, or using customer switches in a Dell EMC rack, these two cables and two SFP are not required.
Aggregation switch pair S5232F Dell EMC provides two 100GbE S5232F back-end aggregation switches (AGG1 and AGG2) with four 100GbE VLT cables. These switches are referred to as the Falcon (AGG2) and Eagle (AGG1) switches and are required when expanding beyond 1 rack.
For more information about third-party racking requirements, see the ECS EXF900 Third-Party Rack Installation Guide. Back-end (BE) switches for ● Two Dell EMC S5248F 25 GbE 1U Ethernet switches with 48 x 25 GbE SFP ports and 4 x private network connection 100 GbE uplink ports.
The rear view requires a brace wherever there is empty space above or below an EXF900 server. Figure 14. EXF900 minimum (Left) and maximum (right)configurations The EXF900 appliance is available in the following configurations within a Dell EMC rack or a customer-provided rack. Table 9. EXF900 configurations Nodes...
Figure 15. EXF900 server physical dimensions Server front view This section helps you understand the front view of the server. The following figure shows the EXF900 2U server chassis front with (12 / 24) x 2.5" NVMe SSDs. Figure 16. EXF900 server chassis front view with12 disks EXF900 Platform...
Figure 17. EXF900 server chassis front view with 24 disks LED indicators are on the left and right side of the server front panels. Figure 18. Left control panel The left control panel LED behavior is broken into two subsets, the light bar and the status LEDs. The light bar also functions as a button.
Figure 20. Right control panel 1. Power button with integrated power LED 2. Two USB 3.0 ports 3. Micro-USB for iDRAC Direct 4. Status LED for iDRAC Direct 5. VGA port Server rear view This section describes the rare view of the server The EXF900 server chassis provides dual hot-swappable power supplies with 1 + 1 redundancy, auto-sensing and auto-switching capability.
Enables you to connect a serial device to the system. iDRAC9 dedicated port Enables you to remotely access iDRAC. For more information, see the Integrated Dell Remote Access Controller 9 (iDRAC9) User’s Guide. System identification button The System Identification (ID) button is available on the front and back of the systems.
Figure 22. EXF900 disk drive in carrier EXF900 power cabling Provides EXF900 ECS appliance cabling diagrams for single-phase AC power and three-phase delta and Wye AC power. Use the power and weight calculator to refine the power and heat values to more-closely match the hardware configuration for your system.
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Table 13. EXF900 Standard Single-Phase 0U PDU Cabling (continued) PDU Outlet Component Line cord per zone Empty Node 12 Node 11 Empty Node 10 Node 9 Empty Empty Empty Empty Node 8 Node 7 Empty Node 6 Node 5 Empty FE SW2 FE SW1 Zone B Service Tray/Zone A Light Bar...
EXF900 iDRAC cabling Provides wiring diagrams for the iDRAC cables that connect the iDRAC port on the node to the Fox back-end switch. The Fox switch (BE1) port numbers used for connecting to the iDRAC ports on the EXF900 nodes are shown in the following diagram.
Customers connect to an EXF900 appliance by way of 25GbE ports on the front-end switches. For an EXF900 appliance, the 25GbE ports run at 25GbE. Customer configurations can include 25GbE front-end switches provided by Dell EMC or customers may provide their own front-end switches.
The front-end switch and back-end switch connections to an EXF900 node are shown in the following diagram. Figure 35. Front-end and back-end switch connections to an EXF900 node EXF900 Platform...
The numbered front-end switch ports used for connecting to the ports on the EXF900 nodes are shown in the following diagram. Port 1 on the Hare switch (FE2) connects to port 4 on Node 1. Port 2 on the Hare switch (FE2) connects to port 4 on Node 2, and so on.
The EXF900 node port to the iDRAC, back-end switch, and front-end switch port connections are listed in the following table. Figure 39. EXF900 node network port cabling connections The EXF900 node network cable labeling is listed in the following table. Figure 40.
Customer can provide required optical cabling. Customer Connection Kits EXF900 requires Customer Connection Kits to connect the Dell EMC provided Front-End switches uplinks to the customer's network. Use 25 Gb optics (SR) SFPs in the EXF900 server front-end NIC adapter to connect to customer-provided switches. The following table provides the speed and the model details.
ECS EX900 Third-Party Rack Planning and Installation Guide. For installation in a Dell EMC rack, it is recommended to take the place of node 16 and rack Eagle and Falcon in U39 and U40 respectively.
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Table 26. Aggregation port cabling (continued) <-------------> <-------------> Port Port Eagle <-------------> <-------------> <-------------> <-------------> Rack 2 Hound Port Port Falcon Aggregation Expansion Switches <-------------> <-------------> <-------------> <-------------> Port Port Eagle <-------------> <-------------> <-------------> <-------------> Rack 3 Hound Port Port Falcon Aggregation Expansion...
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Table 26. Aggregation port cabling (continued) <-------------> <-------------> <-------------> <-------------> Port Port Eagle <-------------> <-------------> <-------------> <-------------> Rack 6 Hound Port Port Falcon Aggregation Expansion Switches <-------------> <-------------> <-------------> <-------------> Port Port Eagle <-------------> <-------------> <-------------> <-------------> Rack 7 Hound Port Port Falcon...
ECS EX500 Third-Party Rack Planning and Installation Guide. Back-end (BE) switches for ● Two Dell EMC S5148F 25 GbE 1U Ethernet switches with 48 x 25 GbE SFP ports and 6 x private network connection 100 GbE uplink ports.
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Table 27. EX500 hardware components (continued) Component Description ● Two 10-core Xeon Silver 85 W processors per node. ● 8x, 8 GB RDIMM, 2666MT/s, Single Rank, x8 Data Width. ● Dual 1100 W Platinum power supply. ● Each node has 4 x 25 GbE networking. EX500 Platform...
Figure 44. EX500 minimum and maximum configurations The EX500 appliance is available in the following configurations within a Dell EMC rack or a customer-provided rack. EX500 supports 5 nodes in the same configuration. You can combine 8 TB, 12 TB, and 16 TB disks, with a minimum of 5 nodes containing the same disk configuration (size and quantity).
EX500 server Learn about the EX500 servers standard features. Table 30. Standard features of EX500 servers Features 8 TB 12 TB 16 TB HDDs in front 8TB 7.2k RPM 512e SATA HDD 12TB 7.2k RPM 512e 16 TB 7.2k RPM 512e slots SATA HDD SATA HDD...
Figure 45. EX500 server physical dimensions Server front view Learn about the EX500 front view. The following figure shows the EX500 2U server chassis front with 12 x 3.5" SATA HDDs. EX500 Platform...
Error Code Lookup page at qrl.dell.com Indicates that the system ID mode is active. Press the system Blink Blue health and system ID button to switch to system health mode.
Figure 48. Status LEDs decoded view 1. System health and system ID indicator 2. Drive indicator Figure 49. Right control panel 1. Power button 2. USB 2.0-compliant port 3. Micro-USB for iDRAC Direct 4. iDRAC LED indicator Server back view Learn about the EX500 back view.
Figure 50. EX500 server chassis back view In the table below, x is the server number. Network Cable Description Labeling 1 - iDRAC management port, back-end switch 1 Server x iDRAC * 2 - Back-end switch 1 Server x BE 1 * 3 - Back-end switch 2 Server x BE 2 * 4 - Front-end switch 2...
Figure 51. EX500 disk drive in carrier EX500 power cabling Review the EX500 ECS appliance cabling diagrams for single-phase AC power and three-phase delta and wye AC power. Use the power and weight calculator to refine the power and heat values to more-closely match the hardware configuration for your system.
Table 35. EX500 2U PDU three-phase Delta and Wye zone A/B mapping (continued) PDU outlet Branch Component Line cord per zone BE Switch 1 In the following diagrams, the switches plug into the front of the rack and route through the rails to the rear. Figure 52.
EX500 iDRAC cabling Review the wiring diagrams for the iDRAC cables that connect the iDRAC port on the node to the Fox back-end switch. The Fox switch (BE1) port numbers used for connecting to the iDRAC ports on the EX500 nodes are shown in the following diagram.
Customers connect to an EX500 appliance by way of 25GbE ports on the front-end switches. For an EX500 appliance, the 25GbE ports run at 25GbE. Customer configurations can include 25GbE front-end switches provided by Dell EMC or customers may provide their own front-end switches.
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● Hare: The top S5148F 1U 25GbE front-end switch. This switch runs 25GbE SFP28 ports to EX500 nodes. It is located above the Rabbit switch in U22 of the EX500 rack. ● Rabbit: The bottom S5148F 1U 25GbE front-end switch. This switch runs 25GbE SFP28 ports to EX500 nodes. It is located below the Hare switch in U20 of the EX500 rack.
The front-end switch and back-end switch connections to an EX500 node are shown in the following diagram. Figure 57. Front-end and back-end switch connections to an EX500 node EX500 Platform...
NOTE: The connections to the Fox switch are incorrect. The iDRAC connection to the Fox switch should connect to ports 17-32, NIC Port 1 should connect to ports 1-16. The numbered front-end switch ports used for connecting to the ports on the EX500 nodes are shown in the following diagram. Port 1 on the Hare switch (FE2) connects to port 4 on Node 1.
The EX500 node port to the iDRAC, back-end switch, and front-end switch port connections are listed in the following table. Figure 61. EX500 node network port cabling connections EX500 Platform...
Network connections between multiple ECS appliances in a single site The private.4 network interconnects multiple, co-located ECS intra-rack networks into a single inter-rack network through VLAN 4. Ports 41 - 44 are used to create port channel 100 and ports 45 through 48 are used to create port channel 101 on the back-end switch.
Figure 66. Inter-rack switch connectivity - linear topology (daisy-chain) between EX Series racks The inter-rack linear topology between an EX-Series rack and a Gen2 rack is shown in the following figure. For a mixed Gen2 and Gen3 environment, use Turtle switch port 51 for inbound, and port 52 for outbound. On the Gen3 Fox switch, use port 39 for inbound and port 40 for outbound.
Figure 68. Ring topology The ring topology is very similar to the daisy chain/line topology, except that it is more robust since it requires two points of failure to break the topology which would cause a split-brain issue. The inter-rack ring topology between EX-Series racks are shown in the following figure. Figure 69.
Figure 70. Star topology The aggregation switch(es) connecting to the intra-rack networks must be set up as a trunk and allow VLAN traffic to flow between all ports in the inter-rack network. The inter-rack star topology between EX-Series racks are shown in the following figure. Figure 71.
For more information on third-party racking requirements, see the ECS EX300 Third-Party Rack Installation Guide. Back-end (BE) switches for ● Two Dell EMC S5148F 25 GbE 1U ethernet switches with 48 x 25 GbE SFP ports and 6 x private network connection 100 GbE uplink ports.
The rear view requires a brace wherever there is empty space above or below an EX300 server. Figure 72. EX300 minimum and maximum configurations The EX300 appliance is available in the following configurations within a Dell EMC rack or a customer-provided rack. Table 38. EX300 configurations Nodes...
Table 39. Standard features of EX300 servers (continued) Foster Flat (Quad Port 10G SFP+) Intel X710 PCIe Slot 1 BOSS controller card + with 1 M.2 stick 480 GB, FH. Management iDRAC9 Enterprise Power 2 x 750 W Platinum Figure 73. EX300 server physical dimensions Server front view This topic illustrates the front view of EX300 server.
Figure 75. Left control panel The left control panel LED behavior is broken into two subsets, the light bar and the status LEDs. The light bar also functions as a button. The light bar indicates chassis health and also functions as System ID when pressed. Table 40.
Enables you to connect a serial device to the system. iDRAC9 dedicated port Enables you to remotely access iDRAC. For more information, see the Integrated Dell Remote Access Controller 9 (iDRAC9) User’s Guide. System identification button The System Identification (ID) button is available on the front and back of the systems.
EX300 disk drives Describes the disk drives that are integrated into the server chassis of the EX300 appliance. EX300 nodes contain twelve 3.5 inch SATA front-accessible, hot-swappable drives in slots 0 to 11. Disk size can be 1 TB, 2 TB, 4 TB, 8 TB, or 16 TB.
The EX300 appliance connections to 0U PDU and 2U PDU outlets are listed in the following tables. Table 42. EX300 0U PDU cabling PDU cabling PS1 outlet numbers PS2 outlet numbers Line cord per zone (Single phase) Zone B Zone A Black cables Gray cables Node 16...
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Table 43. EX300 2U PDU cabling (continued) 2U PDU cabling PS1 outlet numbers PS2 outlet numbers Line cord per zone (Single phase) Zone B Zone A Black cables Gray cables FE 2 FE 1 Service Tray and Light Bar BE 2 BE 1 Node 7 Node 6...
EX300 iDRAC cabling Provides wiring diagrams for the iDRAC cables that connect the iDRAC port on the node to the Fox back-end switch. The Fox switch (BE1) port numbers used for connecting to the iDRAC ports on the EX300 nodes are shown in the following diagram.
Customers connect to an EX300 appliance by way of 25 GbE ports on the front-end switches. For an EX300 appliance, the 25 GbE ports run at 10 GbE. Customer configurations can include 25 GbE front-end switches provided by Dell EMC or customers may provide their own front-end switches.
The front-end switch and back-end switch connections to an EX300 node are shown in the following diagram. Figure 88. Front-end and back-end switch connections to an EX300 node EX300 Platform...
The numbered front-end switch ports used for connecting to the ports on the EX300 nodes are shown in the following diagram. Port 1 on the Hare switch (FE2) connects to port 4 on Node 1. Port 2 on the Hare switch (FE2) connects to port 4 on Node 2, and so on.
The EX300 node port to the iDRAC, back-end switch, and front-end switch port connections are listed in the following table. Figure 92. EX300 node network port cabling connections EX300 Platform...
Network connections between multiple ECS appliances in a single site The private.4 network interconnects multiple, co-located ECS intra-rack networks into a single inter-rack network through VLAN 4. Ports 41 - 44 are used to create port channel 100 and ports 45 through 48 are used to create port channel 101 on the back-end switch.
Figure 97. Inter-rack switch connectivity - linear topology (daisy-chain) between EX Series racks The inter-rack linear topology between an EX-Series rack and a Gen2 rack is shown in the following figure. For a mixed Gen2 and Gen3 environment, use Turtle switch port 51 for inbound, and port 52 for outbound. On the Gen3 Fox switch, use port 39 for inbound and port 40 for outbound.
Figure 99. Ring topology The ring topology is very similar to the daisy chain/line topology, except that it is more robust since it requires two points of failure to break the topology which would cause a split-brain issue. The inter-rack ring topology between EX-Series racks are shown in the following figure. Figure 100.
Figure 101. Star topology The aggregation switch(es) connecting to the intra-rack networks must be set up as a trunk and allow VLAN traffic to flow between all ports in the inter-rack network. The inter-rack star topology between EX-Series racks are shown in the following figure. Figure 102.
EX3000 iDRAC cabling • EX3000 network cabling EX3000 hardware components EX3000 S and D are offered in a Dell EMC rack from the factory and in third-party rack. EX3000 nodes include the following hardware components. Table 45. EX3000 hardware components Component...
Figure 104. EX3000D minimum and maximum configurations for dual node chassis There are five SKUs of EX3000 nodes that all have the same configuration except for their drive load and number of nodes. ● EX3000S single node with 45, 60, or 90 12 TB or 16 TB HDDs ●...
Table 47. EX3000D dual node chassis configurations (continued) Nodes Disks in each node Disk Size RAW Storage capacity ● 30 16 TB ● 7.68 PB ● 45 ● 11.52 PB EX3000 upgrade paths Describes the EX3000 ECS appliance upgrade paths. If there are five or more nodes (single node configurations) or six or more nodes (dual node configurations) in the system (VDC) with the same disk size and disk quantity, the minimum node expansion is one (single node configurations) or 2 (dual node configurations).
Figure 106. EX3000 external chassis view Figure 107. EX3000 internal chassis view 1. Server sled (one or two depending on whether the EX3000 system is single- or dual-node chassis configuration) 2. Fan module (6) 3. 3.5-inch HDDs (up to 90) 4.
Figure 108. External view of server sled A in a EX3000D dual node chassis with two sleds For the EX3000S single-node system, a dummy sled is installed over the bottom sled A compartment and there are air flow covers over the two empty power supply slots. Figure 109.
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Table 49. Server indicators, buttons, or connectors (continued) Item Indicator, Button, or Connector Description ● To reset iDRAC (if not disabled in F2 iDRAC setup) press and hold the button for more than 15 seconds. Power indicator The power indicator glows when the system is turned on. ID indicator When a system identification button is pressed, the ID indicator blinks blue to help locate a particular system within a rack.
Server rear view This topic illustrates the rear view of EX3000 server. Figure 110. EX3000D server rear view in rack Figure 111. Back-panel features and indicators EX3000 Platform...
SD vFlash card slot Provides persistent on-demand local storage and a custom deployment environment that allows automation of server configuration, scripts and imaging. For more information, see the Integrated Dell Remote Access Controller 9 (iDRAC9) User’s Guide. USB connector Enables you to connect USB devices to the system. The port is USB 3.0- compliant.
In EX3000 single node chassis configurations, there can be 45, 60, or 90 12 TB or 16 TB drives per node. In EX3000 dual node chassis configurations, there can be 30 or 45 12 TB or 16 TB drives per node (60 or 90 drives per chassis). Drives are drawer accessible and hot-pluggable.
Table 51. EX3000S PDU cabling PDU cabling Node A - PS1 Node A - PS2 Switch PS2 outlet Switch PS1 outlet Line cord number outlet numbers outlet numbers numbers numbers per zone (single phase) Zone B Zone A Zone B Zone A Black cables Gray cables...
AC cables. You should only use the appropriate length cable per the cabinet position being installed as shown in the following diagrams. EX3000 systems shipped for a third party rack require the extra 118" cables while Dell EMC racks only need the 93"...
Three-phase AC power cabling Figure 117. PDU three-phase diagram The legends in the following diagrams map colored cables to part numbers and cable lengths. EX3000 Platform...
EX3000 iDRAC cabling Provides wiring diagrams for the iDRAC cables that connect the iDRAC port on the node to the Fox back-end switch for the EX3000S system (single node chassis configuration) and the EX3000D system (dual node chassis configuration). The EX3000S node iDRAC port to the Fox switch (BE1) port connections are listed in the following table. Table 53.
Figure 122. EX3000S iDRAC cabling The EX3000D node iDRAC port to the Fox switch (BE1) port connections are listed in the following table. EX3000 Platform...
Table 54. EX3000D node iDRAC port to BE1 port mapping Node 1 iDRAC port (chassis 1) BE1 Port 17 Node 2 iDRAC port (chassis 1) BE1 Port 18 Node 3 iDRAC port (chassis 2) BE1 Port 19 Node 4 iDRAC port (chassis 2) BE1 Port 20 Node 5 iDRAC port (chassis 3) BE1 Port 21...
Customers connect to an EX3000 appliance by way of 25 GbE ports on the front-end switches. For an EX3000 appliance, the 25 GbE ports run at 25 GbE. Customer configurations can include 25 GbE front-end switches provided by Dell EMC or customers may provide their own front-end switches.
The front-end switch and back-end switch connections to an EX3000S node are shown in the following diagram. Figure 124. Front-end and back-end switch connections to an EX3000S node EX3000 Platform...
The front-end switch and back-end switch connections to an EX3000D node are shown in the following diagram. Figure 125. Front-end and back-end switch connections to an EX3000D node The numbered front-end switch ports used for connecting to the ports on the EX3000 nodes are shown in the following diagram.
Figure 127. Back-end switch, front-end switch, and iDRAC ports on an EX3000S node Table 55. Legend for Back-end switch, front-end switch, and iDRAC ports on EX30000S node Legend Description BE1 Fox switch port BE2 Hound switch port FE1 Rabbit switch port FE2 Hare switch port iDRAC Port The numbered back-end switch ports used for connecting to the ports on the EX3000 nodes are shown in the following...
The EX3000 node port to the iDRAC, back-end switch, and front-end switch port connections are listed in the following table. Figure 129. EX3000 node network port cabling connections EX3000 Platform...
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For information on connecting multiple ECS appliances, see Network connections between multiple ECS appliances in a single site EX3000 Platform...
Third-party rack requirements Topics: • Third-party rack requirements Third-party rack requirements Customers who want to assemble an ECS appliance using their own racks must ensure that the racks meet the requirements that are described in the following guides: ● ECS EX900 Third-Party Rack Planning and Installation Guide ●...