The HPE Integrity MC990 X Server delivers in-memory computing performance and capacity for the Linux-based applications at
unparalleled scale with mission
An advanced symmetric m
enterprise
chassis contains 4 sockets with up to 192 threads. By adding chassis and leveraging high bandwidth, low latency NUMAlink
technology, the HPE MC990 X Server ca
cache
large Linux applications, and realize all the benefits of sca
cooling, patching, and firmware
of mind and confidence as you deploy your large, memory intense, workloads on the MC990 X Server.
MC990 X Expansion Chassis (without bezel)
1.
PCIe 3.0 slots
6.
28x NUMAlink ports (per chassis)
2.
VGA port
7.
4x Internal drive-bays (SSD or HDD)
3.
Serial port
8.
2x 1.8-inch SSD drive bays
4.
Management connector
9.
4x USB ports & 1x Ethernet port
5.
RMC connector
10.
DVD-R or DVD-RW Drive
-critical reliability and modular flexibility.
ultiprocessing (SMP) system designed for data-intensive workloads, the HPE MC990 X Server features
-class Intel® Xeon® E7‑8800/4800 v4 processors and robust reliability, availability, and serviceability. The 5U modular
n scale as a single system from 4 to 32 sockets and from 256GB to 48 TB of
‑coherent shared memory. With a maximum of 768 cores of powerful Xeon compute, the MC990 X is ideal to deploy your
ling-up. These include lower IT infrastructure costs for footprint, power,
– ideal when IT resources are thin. A broad portfolio of mission critical HPE Services gives you peace
QuickSpecs
HPE Integrity MC990 X Server
Overview
Page 2
HPE Integrity MC990 X Server (8-socket)
1.
HPE Integrity Rack Management Controller (RMC)
2.
MC990 X Base Chassis (4-socket)
3.
MC990 X Expansion Chassis (4-socket)
QuickSpecs
HPE Integrit
y MC990 X Server
Standard Features
3
Models
The HPE Integrity MC990 X Server is available in seven (7) base configurations:
Processors
Four (4)Intel® Xeon® E7-8800 v4 or E7-4800 processors are configured in each Base server or Expansion
Memory Modules
DDR4 Registered (R) DIMMs in 8GB, 16GB, 32GB and 64GB capacities. Memory kits sold in quantities of
Internal Storage
Base IO: Zero (0) or two (2) 1.8” SATA solid state drives (SSDs) for boot.
Internal SAS
The HPE MC990 6Gb 4p Internal SAS Controller is required when ordering 2.5” internal drives
• HPE MC990 4S E7-8867 v4 Server
• HPE MC990 4S E7-8880 v4 Server
• HPE MC990 4S E7-8890 v4 Server
• HPE MC990 4S E7-8891 v4 Server
• HPE MC990 4S E7-8893 v4 Server
• HPE MC990 4S E7-4830 v4 Server
• HPE MC990 4S E7-4850 v4 Server
NOTE: Servers can be configured up to 32-sockets; use 4-socket Expansion servers when scaling beyond 4sockets
configuration parameters
NOTE: The P100 GPU Module will require an ambient temperature of 25 °C (77 °F)
• Four (4) hot-swap 12-Volt, 1600 Watt (Platinum) [200-240 VAC] Power supplies per chassis
• Four (4) hot-swap cooling fan assemblies per chassis
Cooling Features:
Controller (RMC)
• Online fault detection and ACPI support
MC990 X enclosures in a rack—a system consists of 1 to 8 MC990 X chassis The RMC supports powering up
and down of the system motherboards and environmental monitoring of all Integrity MC990 X chassis units
within the server. In addition, the RMC provides the top layer of system control for Integrity MC990 X system.
One GigE port from each MC990 X chassis connects to the RMC via Cat-5 cable.
Chassis
system
upgrades. The Upgrade would include an Instruction code, Scale Activation kit(s) and a set of NUMAlink
Cables
SUSE® Linux® Enterprise Server 11 SP3 and 12
Operating
Environments
• Red Hat® Enterprise Linux 6.6 and above, and 7.1 and above
• Oracle® Linux 7 with Unbreakable Enterprise Kernel;
• Oracle VM 3.4
• VMware vSphere6.5 (up to 8 sockets)
NOTE: For more information on the HPE Certified and Supported Hewlett Packard Enterprise servers for
OS and Virtualization Software and latest listing of software drivers available for your server, please visit
our Support Matrix at: http://www.hpe.com/info/ossupport
NOTE: For specific VMware information please refer to the HPE Support page
QuickSpecs
HPE Integrity MC990 X Server
Standard Features
Page 6
HPE Serviceguard
HPE Serviceguard for Linux x86 is high availability clustering software designed to protect applications and
Warranty
Three-year parts, 3 Year Labor and 3 Year on-site limited global warranty.
Storage support
The MC990 X Server uses industry standard components such as the Intel Xeon processor E7-8800/4800
HPE SPOCK
for Linux
services from planned and unplanned downtime.
Serviceguard for Linux (SGLX) ensures 24x7 application availability by packaging an application or service
with its associated resources, and moving that package to other servers as needed. Packages can be moved
automatically when Serviceguard detects a failure in a resource, or manually in order to perform system
maintenance or upgrades. By monitoring the health of each server (node) within a cluster, Serviceguard for
Linux quickly responds to failures such as those that affect processes, memory, LAN media and adapters, disk,
operating environments, and more.
Serviceguard for Linux also includes many out-of-the-box features that ensure scalability and allow intricate
control over cluster configuration, and optimizes in-house expertise for businesses already running
Serviceguard for HP-UX. Application Integration Toolkits are also available, and serve to quickly integrate
complex applications into a Serviceguard for Linux cluster. The Application Integration Toolkit portfolio
includes the Serviceguard Toolkit for NFS and the Serviceguard Contributed Toolkit Suite which are available
at no charge. In addition to high availability within a data center, the Serviceguard for Linux offers a powerful
and comprehensive suite of disaster recovery solutions.
NOTE: For more information on HPE Serviceguard for Linux (SGLX) reference the SGLX QuickSpecs
.
Protected by Hewlett Packard Enterprise Services and a worldwide network of Hewlett Packard Enterprise
Authorized Channel Partners.
family, the LPe16002B Fibre Channel adapter, and standard Linux distributions. As such, external storage
array interoperability with the MC990 X Server is like any other industry standard server and can be used with
storage arrays supporting servers configured with these industry standard components.