Inspur
10Gb Switch Module
External port
Internal port
Switching
function
Management
function
Cooling fan
16 x 10Gb SFP+ interface;
4 x 40Gb QSFP expansion module, supporting stack, each port
supports 4 x 10Gb roll-out;
1 x RJ45 interface for management and maintenance
16 x 10Gb link for 10Gb Mezz on Blade;
Links for I2C, GbE and GPIO of the redundancy management module
Supporting standard two-layer and/or three-layer switching (IPv4 &
IPv6);
Supporting featured function of Data Center;
Supporting FCoE (16 uplink ports), FC (8 of 16 uplink ports)
Supporting upload and download management of SNMP v1/v2/v3,
Telnet, Console, MGMT, WEB, RM0N, SSHv1/v2 and FTP/TFTP
files, supporting NTP clock, Syslog, SPAN/RSPAN, and IPFIX traffic
analysis;
Supporting direct network configuration and FW upgradation through
the system management module;
Available monitoring management interface for switch (temperature,
voltage, log and alarm information), alarm information can be
informed to the management module;
Supporting startup, shutdown and reboot of switch modules through
the management module;
Supporting configuration of switch modules through management
module (in two ways: command line or management interface)
2 groups of hot-swap cooling fans
Inspur
Brief
Introduction to
Converged
Architecture
Blade System
I9000
1Gb/10Gb Converged Switch Module
External port
Internal port
Switching
function
Management
function
Cooling fan
8 x RJ45
8 x 10Gb SFP+
2 x 40Gb QSFP, modular design, supporting stack; each port supports 4
x 10Gb roll-out;
1 x RJ45 interface for management and maintenance
16 x 1Gb link for 1Gb LOM on the Blade;
32 x 10Gb link for 10Gb Mezz on the Blade;
Links for I2C, GbE and GPIO of the redundancy management module
Supporting standard two-layer and/or three-layer switching (IPv4 &
IPv6);
Supporting featured function of Data Center;
10Gb port supporting FCoE featured function;
40GE port supporting stack.
Supporting upload and download management of SNMP v1/v2/v3,
Telnet, Console, MGMT, WEB, RMON, SSHv1/v2, FTP/TFTP files,
supporting NTP clock, Syslog, SPAN/RSPAN and IPFIX traffic
analysis;
Supporting direct network configuration and FW upgradation through
the system management module;
Available monitoring management interface for switch (temperature,
voltage, log and alarm information);
Supporting startup, shutdown and reboot of switch modules through
the management module;
Supporting configuration of switch modules through the management
module (in two ways: command line or management interface).
2 groups of hot-swap cooling fans
Integrated and Unique System
This document aims at providing brief specifications of the
converged architecture blade system I9000 for pre-sale
engineers, sales personnel or customers who are interested in
technology. It is suitable for sales personnel, pre-sale engineers
and server users to learn about the technologies of the product.
16Gb FC Converged Switch Module
External
port
Internal
port
Cooling fan
16 x SFP + FC interface, supporting 4/8/16Gb;
Being used as F_ports and E_ports (expansion port), or N_ports under
access gateway mode;
1 x PJ45 serial management interface for management and maintenance.
32 x full duplex 16Gb FC interface;
F_ports as internal interface;
Links for I2C, GbE and GPIO of the redundancy management module.
2 groups of hot-swap cooling fans
V1.0 in 2015
Server Product Department
Target customers and applications
•
•
•
•
Scale out + Scale up - 2/4/8-socket stack, and various EP/EX platforms;
Independent IObox pass-thru solution - The only solution in the industry which will not
affect the swiching and compute density;
Outstanding availability and reliability - Boasting the features of passive midplane,
redundancy and hot swap;
Concise and safe system management - Adopting multilink stack and supporting
redundant active-active technology.
Product Introduction
Based on the design of Converged Architecture Gen 2, the blade system Inspur I9000
comprehensively supports the current mainstream compute blade types and switch network
types. By using the rich types of node and switch network, the users can conduct flexible
configuration and optimization to high performance computing, cloud computing, memory
computing, database and various enterprise-class applications in the same product.
The Converged Architecture Gen 2 blade system supports simultaneously using of ultrahigh
compute density nodes, heterogeneous compute blades, 2/4/8-socket compute blades with high
performance, strong storage blades and strong expansion nodes. It adopts unified architecture
of management, power supply and heat dissipation, which can independently increase pooling
storage resources. The excellent network bandwidth design supports mainstream exchange
modes of IB, Ethernet and optical fiber, which can also be extended to 100G in the future.
Therefore, the system is the ideal choice for the customers looking for compute performance,
compute density, network low latency and expansion capability, which ranks first among the
same-type blade servers in the industry.
The converged architecture blade system I9000
can be used to satisfy the harsh requirements of
scientific research institutions, financial industries,
telecom operators and national public resource
management departments to the construction of
cloud computing platform and enterprise-class
applications. The users can even adjust the node
configuration mode at any time according to the
demand, realizing the flexible deployment of
different applications.
Specifications of the Enclosure
Model
Height
Node
I9000
12U
PCI-E
expansion
module
Switch module
Cooling module
8 x standard PCI-E module in maximum; with each module
supporting two X8 half height and half length expansion slots, with
built-in cooling fans
4 x full-height switch modules in maximum
10 x cooling fan modules in maximum
2 x SMC management modules, supporting 1 + 1 redundancy and
stack management function;
Supporting remote management of blades and chassis through a
unified interface, information monitoring, log management,
automatic alarm, online installation, remote management, remote
node start, monitoring, locking, close, and cancellation;
Supporting IPMI 2.0, KVM Over LAN/KVM Over IP;
Serial over LAN(SOL);
Virtual Media Over LAN(Virtual USB/DVD and Drove Redirection);
3 x RJ45 interface for management;
2 x USB for directional node blades.
Front 3,000W 100 - 240V full-power AC hot-swap power module,
supporting 1 + 1, 2 + 1, 2 + 2, 3 + 1, 3 + 2, 3 + 3, 4 + 1, 4 + 2 and 5 +
1 redundancy modes, platinum-class conversion efficiency;
2 x rear PDU module, with each module supporting 3 AC input
interfaces.
Management
module
Product Advantages
The converged architecture blade system I9000 adopts the latest design of Intel computing
platform, emphasizing compute density, heterogeneous computing and storage, and network
accelerating ability:

With a height of 12U, it supports 16 high specification 2-socket compute blades or 8
stackable 2-socket compute blades with high specification (it can be allocated as three
modes: 8 x 2-socket blade, 4 x 4-socket blade or 2 x 8-socket blade). As the leading
Scale-up application platform in the industry, it dramatically reduces the deployment
complexity of Scale-up type enterprise-class applications.

The solution of converged storage and acceleration based on SAS/SATA/SSD/NVMe for
the compute blades is the first choice in the industry;

1Gb/10Gb/FCoE/FC switch network are fully supported, and the integration of various
switch modes is realized at the same time. The 100G single port network bandwidth
design makes the switching capacity have wide promotion space;

The only system in the industry that supports direct network access solution without
affecting compute blades and switch modules and can also be allocated as the acceleration
solution flexibly;

Comprehensive enterprise-class management features, and active-active function of
multilink stack management and redundancy management, dramatically reducing
management complexity and promoting management reliability;

The passive midplane and backplane design, and supports N+N redundancy management,
power supply and heat dissipation based on hot-swap technology, providing extremely
strong system reliability and availability.
Power module
Operating
temperature
International
certification
Size
8 x full-width nodes or 16 x half-width node in maximum
(supporting half-width dual-node)
5ºC - 35ºC
IS0 9001 international quality management system;
IS0 14001 international environmental management system.
528 x 447 x 839mm (H x W x D)
2-socket Compute Blade NX5460M4
Processor
Chipset
Memory
Hard disk
controller
RAID
Storage
I/O
expansion
slot
Integrated
I/O port
Network
controller
Enclosure
Size
2 x Intel® Xeon® E5-2600V3 processors
Dedicated chipset for Intel® C600 server
Supporting 24 memory slots, supporting
DDR4-2133 memory in maximum, 1.5TB
memory in maximum (when using the
single 64GB memory);
Supporting memory ECC, memory
mirroring, hot standby for memory and
other advanced functions.
Standard SAS 12Gb disk controller daughter card
SAS disk controller supporting RAID 0/1
1 x built-in Msata SSD hard disk in maximum and 2 x 2.5" hot-swap
SATA/SAS/NVMe (PCI-E) interface hard disks or SSD, or SAS + NVWMe
1 x PCI-E 3.0 X8 Raid daughter card slot, 2 x PCI-E3.0 X16 expansion
daughter card slot, 1 x PCI-E3.0 X16 expansion module interface, 1 x
standard PCI-E 3.0 X8 expansion card slot (realizing through the IO Box on
the rear of the enclosure, in half height and length specification)
2 x USB 3.0, 1 x VGA, 1 x Power button, 1 x Reset button
Integrated dual-port 1Gb Ethernet card, supporting virtualization
acceleration, network acceleration, load balancing, redundancy and other
advanced functions
Half-width computing blade, applicable to the main enclosure I9000
55 x 214 x 524mm (H x W x D)
Multi-socket Compute Blade NX8880M4
(Supporting 2/4/8-socket Stack Computing)
Processor
Memory
Hard disk
controller
RAID
Storage
I/O
expansion
slot
Integrated
I/O port
Network
controller
Enclosure
Size
Supporting 2 Intel® Xeon®
E7-48/8800V3
processor,
2/4/8-socket stack expansion
Supporting 48 memory slot,
supporting
DDR4-1866
memory in maximum, 3TB
memory in maximum (when
using the single 64GB memory);
Supporting advanced memory
error
correction,
memory
mirroring, hot standby for
memory and other advanced
functions.
Standard SAS 12Gb disk controller daughter card
SAS disk controller supports RAID 0/1/5
Supporting 4 x 2.5" hot-swap SATA/SAS/NVMe (PCI-E, 2, CPU0)
interface hard disk or SSD in maximum
1 x PCI-E 3.0 X8 Raid daughter card slot, 2 x PCI-E3.0 X16 expansion
daughter card slot, 2 x PCI-E3.0 X8 expansion card slot (can be used to
connect IOBox through a dedicated cable; supporting 2 x standard PCI-E
expansion card, in half height ad length specification).
2 x USB 3.0, 1 x VGA, 1 x Power button, 1 x Reset button
Integrating dual 1Gb Ethernet cards, supporting virtualization acceleration,
network acceleration, load balancing, redundancy and other advanced
functions.
Full-width computing blade, applicable to the main enclosure I9000
Supporting 2-node, 4-socket stacking and 4-node, 8-socket stacking; the
aforesaid computing, storage and expansion specifications improve
exponentially based on the quantity of stacked nodes.
51 x 433 x 576mm (H x W x D)
Was this manual useful for you? yes no
Thank you for your participation!

* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project

Download PDF

advertisement