Current Configuration
(List below serves as quick links to each section)
Select Chassis
Select Processor
Direct Liquid Cooling (DLC)
Memory
SFF SAS Drives
SFF SATA Drives
NVMe Drives
EDSFF E3.S Drives
Storage Controllers.
Fabric A./B Mezzanine Cards
Mini MX Mezzanine PCIe 4 x16 slot connects to Fabric C
Internal Boot - BOSS-N1
Security
ECS Warranty
Quick Specs
Single Width Compute Sled
Processor | Max: 56 Cores2 x 4th Generation Intel Xeon Scalable
Memory | Max: 8TB32 DDR5 RDIMM 4800Mhz
Storage | Max: 92TB8 E3.S EDSFF Gen 5 NVMe Max: 61TB
6 SFF SAS/SATA/NVMe Max: 92TB
6 SFF SAS/SATA Max: 46.08TB
4 SFF SAS/SATA Max: 61TB
S160 (SW RAID SATA/NVMe)
PERC H755 MX, H965i MX, HBA350i MX
Supports a 100 Gb NIC per port for Mezz A/B
Boot Options:BOSS-N1 (480GB or 960GB)
USB
iDRAC9 with Lifecycle Controller
Ideal for:
- Artificial Intelligence (AI)
- Big Data Analytics
- Virtualization
- Dell PowerEdge MX7000 Modular CTO Enclosure Chassis
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Dell PowerEdge MX740c CTO Compute Sled Up to 8
- Dell PowerEdge MX750c CTO Compute Sled Up to 8
- Dell PowerEdge MX760c CTO Compute Sled Up to 8
- Dell PowerEdge MX840c CTO Compute Sled Up to 4
- Dell PowerEdge MX5016s CTO Storage Sled Up to 7 Requires a minimum of 1 compute node in a chassis with storage sleds
Each Node is a separate CTO you must configure.
- Add up to two 4th generation Intel® Xeon® Scalable processors with up to 56 cores per socket for faster performance
- Support for higher-speed and dense memory capacity, optimized for 2 DIMMs/channel and up to 32 DDR5 DIMMs 4800 MT/s
- Storage options include increased storage density with E3.S EDSFF NVME devices/PCIe Gen5, and up to 64 E3.S devices per chassis
- Introduction of the 100G switch with simplified common management.
Thoughtfully designed to fit in your current air-cooled infrastructure
- Alleviate the worry about expensive liquid cooling retrofitting to your data center
- Synchronize your workload needs with a tailored performance configuration that is an air-cooled system
- Minimize the carbon footprint of your data center by better matching the system power consumption with anticipated workload requirements
The Dell OpenManage™ systems management portfolio delivers a secure, efficient, and comprehensive solution for PowerEdge servers. Simplify, automate and centralize one-to-many management with the OpenManage Enterprise console and iDRAC.
Security is integrated into every phase of the PowerEdge lifecycle, including protected supply chain and factory-to-site integrity assurance. Silicon-based root of trust anchors end-to-end boot resilience while Multi-Factor Authentication (MFA) and role-based access controls ensure trusted operations.
The MX760c is different from the MX740c and the MX750c. This server does not have a JUMBO PERC. Even though a few of the PERCs seem JUMBO. They do not support the Fab C slot as well as the PERC slot. You will need to install both cards if you want access to the Expansion Storage Array MX5016s.
The Mini-Mezzanine is installed in the rear of the system near the Fab A and B Mezzanine Cards. This Mini Mezzanine gets connected to the Fab C in the MX7000 Enclosure. Only certain cards are supported here.
These PERCs are only supporting the Storage in this blade server. The large MX PERC do not support the MX5016s like the HBA330 and HBA350i controllers do. You are also able to install any perc with the mezzanine card for fab c.
The MX760c has the option to install the OS with the BOSS Module or internal USB. If you're trying to boot the Hypervisor you can use the Internal USB.
The Internal USB is the only other way to handle Booting. This USB can handle both the main OS and the OS on the hypervisor. For iDRAC Support use one front USB 2.0 management port.
This Boot Optimized Sub System is ideal for loading the OS onto any server. It saves a drive from being allocated for this job and does not take up any PCIe slots. This system does not support any IDSDM.
Current Configuration
(List below serves as quick links to each section)