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MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. USE, COPYING, AND DISTRIBUTION OF ANY DELL SOFTWARE DESCRIBED IN THIS PUBLICATION REQUIRES AN APPLICABLE SOFTWARE LICENSE. Dell Technologies, Dell, EMC, Dell EMC and other trademarks are trademarks of Dell Inc. or its subsidiaries. Other trademarks may be the property of their respective owners. Published in the USA.
FIGURES Dell EMC S5148F switch ports..................14 Front-end switches..................... 14 Back-end switches...................... 15 Connections between front-end and back-end switches within an EX-Series rack..17 Back-end switch connections between EX-Series racks..........18 Front-end switch connections to customer switches (example)......... 18 EX300 minimum and maximum configurations............22 EX300 server physical dimensions................26...
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Figures PDU three-phase diagram..................69 EX3000S three-phase delta AC power cabling ............70 EX3000D three-phase delta AC power cabling ............71 EX3000S three-phase WYE AC power cabling............72 EX3000D three-phase WYE AC power cabling............73 EX3000S iDRAC cabling..................... 75 EX3000D iDRAC cabling..................... 77 Front-end and back-end switch connections to an EX3000S node......79 Front-end and back-end switch connections to an EX3000D node......
TABLES Rack ID 1 to 50 ......................10 Default node names..................... 11 Switch port numbers....................14 Switch port number....................15 EX300 hardware components..................20 EX300 configurations ....................23 Standard features of EX300 servers................25 Decoding of LEDs in light bar..................27 Server Panel, Ports, and Slots..................28 EX300 PDU cabling ....................
EX3000 Gen3 models featuring 12 TB disks (4U chassis with single or dual node configurations) became available in August 2018. 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.
EX-Series Hardware Overview Table 1 Rack ID 1 to 50 (continued) Rack Rack color Rack Rack color Rack Rack color yellow apricot ginger magenta jasmine ivory cyan army carnelian azure copper taupe violet amaranth navy rose mint indigo orange cobalt veronica chartreuse fern...
Switches Dell EMC S5148F switch The EX300 and EX3000 appliances both 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.
51-54 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.
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.
Switches 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.
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.
EX300 server. Figure 7 EX300 minimum and maximum configurations The EX300 appliance is available in the following configurations within a Dell EMC rack or a customer-provided rack.
EX300 Platform Table 7 Standard features of EX300 servers Features 1 TB 2 TB 4 TB 8 TB Chassis EX300 12 x 3.5" 1 CPU chassis One-node server (2U) with one CPU per node Maximum chassis weight is 33.1 kg (72.91 lb) Riser Each EX300 server supports up to eight PCI express (PCIe) Gen3 expansion Configuration...
EX300 Platform Figure 8 EX300 server physical dimensions Server front view The following figure shows the EX300 2U server chassis front with 12 x 3.5" SATA HDDs. Figure 9 EX300 server chassis front view LED indicators are on the left and right side of the server front panels. ECS EX-Series Hardware Guide...
EX300 Platform Figure 10 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 8 Decoding of LEDs in light bar Status ID button...
EX300 Platform Figure 12 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 The EX300 server chassis provides dual hot-swappable power supplies with 1 + 1 redundancy, auto-sensing and auto-switching capability.
EX300 Platform Table 9 Server Panel, Ports, and Slots (continued) Item Panel, Ports, and Slots Description Rear handle The rear handle can be removed to enable any external cabling of PCIe cards that are installed in the PCIe expansion card slot 6. Drive slots The two rear 3.5 inch rear drive slots contain fillers.
EX300 Platform Figure 14 EX300 disk drive in carrier EX300 power cabling Provides EX300 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.
EX300 Platform The EX300 appliance connections to PDU and 2U PDU outlets are listed in the following tables. Table 10 EX300 PDU cabling PDU cabling PS1 outlet numbers PS2 outlet numbers Zone B Zone A Black cables Gray cables FE 2 FE 1 Node 16 Node 15...
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EX300 Platform Table 11 EX300 2U PDU cabling (continued) 2U PDU cabling PS1 outlet numbers PS2 outlet numbers Zone B Zone A Black cables Gray cables Node 15 Node 14 Node 13 Node 12 Node 11 Node 10 Node 9 Node 8 Service Tray and Light Bar BE 2...
EX300 Platform 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.
EX300 Platform EX300 network cabling The network cabling diagrams apply to the EX300 appliance in a Dell EMC or customer-provided rack. 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.
EX300 Platform The front-end switch and back-end switch connections to an EX300 node are shown in the following diagram. Figure 23 Front-end and back-end switch connections to an EX300 node ECS EX-Series Hardware Guide...
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.
EX300 Platform The EX300 node port to the iDRAC, back-end switch, and front-end switch port connections are listed in the following table. Figure 27 EX300 node network port cabling connections ECS EX-Series Hardware Guide...
EX300 Platform The EX300 node network cable labeling is listed in the following table. Figure 28 EX300 node network cable labeling ECS EX-Series Hardware Guide...
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.
EX300 Platform Figure 32 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.
EX300 Platform Figure 34 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.
EX300 Platform By using aggregation switch(es) to connect to all the intra-rack networks, the star topology provides better protection against the split-brain issue than both the daisy chain/linear or ring topologies. With aggregation switch(es), link failures are isolated to a single intra-rack network in the private.4 network. Figure 36 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 requirements for customer-provided racks to accommodate the EX3000 nodes are described rack in the ECS EX3000 Third-Party Rack Installation Guide . Back-end switches for Two Dell EMC S5148F 25 GbE 1U ethernet switches with 48 x 25 GbE SFP ports and 6 x 100 GbE private network uplink ports connection...
EX3000 Platform EX3000 configurations Describes the EX3000 ECS appliance configurations. The front views of an EX3000S appliance and an EX3000D appliance in both DellEMC and customer-provided racks with the minimum and maximum node configurations are shown in the following diagrams. Figure 38 EX3000S minimum and maximum configurations for single node chassis ECS EX-Series Hardware Guide...
EX3000 Platform Figure 39 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 HDDs EX3000D dual nodes with 60 or 90 12 TB HDDs total EX3000S and EX3000D chassis cannot be mixed within a customer-provided rack.
EX3000 Platform EX3000S nodes with 90 disk drives you can only add EX3000S nodes configured with 90 disk drives. You can add EX3000D nodes in two-node increments to add to an existing system. The nodes must match the existing drive configuration. For example, if your system contains EX3000D nodes with 30 disk drives you can only add EX3000D nodes configured with 30 disk drives (60 drives per chassis).
EX3000 Platform Figure 41 EX3000 external chassis view Figure 42 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.
EX3000 Platform Figure 43 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 44 Front-panel features and indicators Table 17 Server indicators, buttons, or connectors Item...
EX3000 Platform Table 17 Server indicators, buttons, or connectors (continued) Item Indicator, Button, or Description Connector System identification button The identification button can be used to locate a particular system within a rack. Press to toggle the system ID on and off. If the system stops responding during POST, press and hold the system ID button for more than five seconds to enter BIOS progress mode.
EX3000 Platform Server rear view Figure 45 EX3000D server rear view in rack Figure 46 Back-panel features and indicators Note: Items numbers 4, 5, 7, 11, 12 and 15 are not in use on EX3000. ECS EX-Series Hardware Guide...
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EX3000 Platform Table 18 Server indicators, buttons, or connectors Item Indicator, Button, or Description Connector Blade EN connector This function is reserved. (optional) Serial connector Enables you to connect a serial device to the system. Video connector Enables you to connect a VGA display to the system. Ethernet connector 1 Integrated 10/100/1000 Mbps NIC connector.
EX3000 Platform EX3000 disk drives Describes the disk drives that are integrated into the server chassis of the EX3000 appliance. The EX3000 4U chassis contains one or two server sleds, depending on whether the chassis is a single or dual node configuration. Both chassis configurations support the 12 TB 3.5"...
EX3000 Platform The following diagram shows the PDU outlet numbers for Zone A and Zone B. Figure 48 PDU outlet numbers The EX3000S and EX3000D appliance connections to PDU outlets are listed in the following tables. Table 19 EX3000S PDU cabling PDU cabling Node A - PS1 outlet Node A - PS2 outlet...
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EX3000 Platform Table 20 EX3000D PDU cabling (continued) PDU cabling Node B - PS1 Node B - PS2 Node A - PS1 Node A - PS2 Switch PS2 Switch PS1 outlet outlet outlet outlet outlet outlet numbers numbers numbers numbers numbers numbers Zone B...
Each EX3000 install kit contains 93" black and gray power cords and 118" gray and black power cords. The 93'' and 118" cords are sent with third party and Dell EMC expansion nodes. However, Dell EMC racks are shipped from the factory with 93" AC cables.
EX3000 Platform Three-phase AC power cabling Figure 52 PDU three-phase diagram The legends in the following diagrams map colored cables to part numbers and cable lengths. ECS EX-Series Hardware Guide...
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.
EX3000 Platform Figure 57 EX3000S iDRAC cabling The EX3000D node iDRAC port to the Fox switch (BE1) port connections are listed in the following table. ECS EX-Series Hardware Guide...
EX3000 Platform Table 22 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.
EX3000 Platform The front-end switch and back-end switch connections to an EX3000S node are shown in the following diagram. Figure 59 Front-end and back-end switch connections to an EX3000S node ECS EX-Series Hardware Guide...
EX3000 Platform The front-end switch and back-end switch connections to an EX3000D node are shown in the following diagram. Figure 60 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.
EX3000 Platform Figure 62 Back-end switch, front-end switch, and iDRAC ports on an EX3000S node Table 23 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...
EX3000 Platform The EX3000 node port to the iDRAC, back-end switch, and front-end switch port connections are listed in the following table. Figure 64 EX3000 node network port cabling connections ECS EX-Series Hardware Guide...
EX3000 Platform The EX3000 node network cable labeling is listed in the following table. Figure 65 EX3000 node network cable labeling ECS EX-Series Hardware Guide...
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EX3000 Platform For information on connecting multiple ECS appliances, see Network connections between multiple ECS appliances in a single site on page 47. ECS EX-Series Hardware Guide...
ECS EX300 Third-Party Rack Installation Guide . A Request for Product Qualification (RPQ) is required for transfers of Dell EMC-racked EX300 systems to customer-provided rack(s). EX3000 appliances must be installed in customer-provided racks in accordance with the requirements described in the ECS EX3000 Third-Party Rack Installation Guide .
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