Difference Between Dell MX7000 and HPe Synergy

HPE Synergy is powered by OneSphere, HPE’s hybrid cloud management platform, and OneView, HPE’s infrastructure management software.


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In comparison, Dell EMC’s PowerEdge MX is controlled by its new OpenManage Enterprise Modular Edition system engine, which, according to Payne, distinguishes itself from HPE in many ways.

By introducing its revolutionary PowerEdge MX, a future-proof composable architecture providing high performance, modular compute, storage, and networking infrastructure, Dell EMC will go head-to-head with Hewlett Packard Enterprise in the modular infrastructure sector.

Dell MX7000 vs HPe Synergy

The difference between the Dell MX7000 and HPE Synergy is that HPE Synergy is powered by the company’s multi-cloud management platform, OneSphere, and infrastructure management software, OneView. In comparison, Dell EMC’s PowerEdge MX is controlled by its new OpenManage Enterprise Modular Edition system engine, which, according to Payne, distinguishes itself from HPE in many ways.

Dell MX7000 vs HPe Synergy

To handle up to 8x dual-socket single-width servers, up to 4x double-width quad-socket nodes, or a mix of the two, Dell has released the Dell EMC PowerEdge MX7000 Modular Chassis.

The software-defined data center’s kinetic infrastructure provides a highly composable architecture that can handle a wide range of mission-critical applications while scaling up rapidly.

It is possible to dynamically mix resources in a composable infrastructure to suit the specific requirements of each application. HPE Synergy is the first software-defined infrastructure that can be assembled from individual components.

HPE Synergy lets you quickly build and recompose fluid pools of logical, physical, and cloud-based computing, storage, and fabric resources to meet your needs to execute any application or task.

Comparison Table

Parameters Of ComparisonDell MX7000HPe Synergy
Rack HeightEnclosure for 7U rack chassisEnclosure for a 10U blade chassis
Power Supply 6 x 3 kW8 x 5 kW
Input-Output Modules 3 plus 3 (A/B/C) Direct IO connection A/B C is an interconnect based on the midplane.3 plus 3 (A/B/C) Interconnect based on the midplane
KVMConnected to the Administration moduleDiscrete design

What is Dell MX7000?

There are several advantages to using the Dell EMC MX7000 enclosure in a diverse server environment, including the ability to interact with virtual machines, bare metal, and containers all at once.

It assists you in allocating the appropriate workloads to the appropriate personnel and adapting to changing business requirements.

It is designed for high-density computing and features a modular chassis that scales to 7U. Additionally, it supports multi-chassis networking as well as numerous CPUs, storage devices, and networking devices.

The dynamic design of the Dell MX7000 and its sophisticated administration capabilities set it apart from the competition.

The MX7000 container provides a unified and high-performance architecture for optimizing traditional workloads and today’s most demanding high-density computing.

It also delivers efficiency, resilience, and agility. It is capable of providing enormous computing power in a bit of amount of physical area.

With a multi-chassis architecture that is cost-effective and supports variable input/output (I/O) fabrics, the MX7000 is an excellent choice for many applications. It’s easy to upgrade to these choices, and they’re cost-effective and provide future I/O flexibility.

With the MX7000 enclosure, multi-chassis shared networking for as many as ten chassis is possible. It’s possible to create a link aggregation group with the component ports ending on different chassis by connecting them.

When one of the chassis fails, the other one will take over. There are many networking possibilities with the MX7000 enclosure’s scalable 7U rack chassis design.

Up to eight single-width sleds, four double-width sleds, and up to seven storage sleds may be added depending on your requirements.

What is HPe Synergy?

According to Hewlett-Packard, data center expenses will be reduced, and the time to spin up new applications will be shortened.

HPE Synergy combines storage, compute, and network equipment in a single chassis with management software that configures the hardware fast and automatically gives just the resources required to execute an application, according to HPE.

The firm says that customers can quickly boot up infrastructure ready to run physical, virtual, and containerized apps with HPE Synergy’s unique built-in software intelligence, auto-discovery capabilities, and fluid resource pools.

Those in the industry who were privy to an early version of the product were pleasantly surprised. However, a lot depends on HPE’s ability to convey the advantages to prospective customers and deliver on the capabilities it promises.

Synergy is scheduled to arrive in the second quarter of next year, but no price information will be released until that time. The primary hardware may be customized with a rack unit height of 10 inches (17.5 cm) with varying compute and storage capacities.

Synergy Composer and Synergy Image Streamer are both managed by the frame’s appliances. Four shelves in a rack and several racks may be linked together using lashings.

Almost all of the innovation is in the software, which has the intelligence to find and build the pools of compute and storage on its own.

The composer uses templates to deliver customized versions of certain apps. When a server is set up, the management software automatically applies any OS images stored in the program.

To handle activities like BIOS setting, storage provisioning, and other hardware setup chores without a template, HPE created a “unified API.”

According to HPE, the unified API makes it easy for a dev-ops team to begin testing a new app by configuring the system with a single line of code. As a result, the firm claims, developers can work more rapidly while IT is kept out of the way.

Main Differences Between Dell MX7000 and HPe Synergy

  1. The rack height for Dell MX7000 is 7U rack chassis whereas, the rack height for HPe Synergy is 10U blade chassis.
  2. The orientation of Dell MX7000 is Vertical whereas, it is horizontal for HPe Synergy.
  3. The Power Supply for Dell MX7000 is 6 x 3 kW whereas, it is 8 x 4 kW for HPe Synergy.
  4. The input-output module for Dell MX7000 is 3 plus 3 (A/B/C) Direct IO connection A/B C is an interconnect based on the midplane whereas, it is 3 plus 3 (A/B/C) Interconnect based on the midplane for Hpe Synergy.
  5. The KVM of Dell MX7000 is Connected to the Administration module whereas, the KVM in HPe Synergy is a Discrete design.


  1. https://www.ncbi.nlm.nih.gov/pmc/articles/pmc7371603/
  2. https://digital.wpi.edu/concern/student_works/xp68kk13j
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