The document describes the infrastructure for three zones - Atlanta, Houston, and Austin. It includes details on the servers, storage, and networking in each zone. The Atlanta zone has 10 servers with 1.1TB of SAN storage and 2 Oracle databases. It also has core servers, satellites, and infrastructure/slice components across two datacenters. Similarly, the Houston and Austin zones each have 8 satellite servers running on ESX virtual machines across two datacenters with various networking components.
● Micro Data Center 25 TB, Small Business Solution
● Hadoop Open Source Technology
● Hive Data Warehouse
● Hadoop Testing Data model
● Software & Tools Library
● Business Intelligence report
TrioNAS LX U300 consolidate NAS and SAN offers multiple enterprise-level features including DeDup & Compression, Unlimited Snapshot, Thin Provisioning, Online Capacity Expansion and SSD caching.
For years Qsan has won plenty of proven records in enterprise markets and numerous vertical industries. Based on expertise in delivering in-house iSCSI & RAID stack, TrioNAS LX U300 deliver the best price-performance value to meet enterprise IT budget and specific needs.
For more detail please visit: http://www.qsantechnology.com/en/raidsystem_view.php?RSTID=AQ000108
OSDC 2014: Nat Morris - Open Network Install EnvironmentNETWAYS
ONIE defines an open source “install environment” that runs on this management subsystem utilizing facilities in a Linux/BusyBox environment. This environment allows end-users and channel partners to install the target network OS as part of data center provisioning, in the fashion that servers are provisioned.
ONIE enables switch hardware suppliers, distributors and resellers to manage their operations based on a small number of hardware SKUs. This in turn creates economies of scale in manufacturing, distribution, stocking, and RMA enabling a thriving ecosystem of both network hardware and operating system alternatives.
● Micro Data Center 25 TB, Small Business Solution
● Hadoop Open Source Technology
● Hive Data Warehouse
● Hadoop Testing Data model
● Software & Tools Library
● Business Intelligence report
TrioNAS LX U300 consolidate NAS and SAN offers multiple enterprise-level features including DeDup & Compression, Unlimited Snapshot, Thin Provisioning, Online Capacity Expansion and SSD caching.
For years Qsan has won plenty of proven records in enterprise markets and numerous vertical industries. Based on expertise in delivering in-house iSCSI & RAID stack, TrioNAS LX U300 deliver the best price-performance value to meet enterprise IT budget and specific needs.
For more detail please visit: http://www.qsantechnology.com/en/raidsystem_view.php?RSTID=AQ000108
OSDC 2014: Nat Morris - Open Network Install EnvironmentNETWAYS
ONIE defines an open source “install environment” that runs on this management subsystem utilizing facilities in a Linux/BusyBox environment. This environment allows end-users and channel partners to install the target network OS as part of data center provisioning, in the fashion that servers are provisioned.
ONIE enables switch hardware suppliers, distributors and resellers to manage their operations based on a small number of hardware SKUs. This in turn creates economies of scale in manufacturing, distribution, stocking, and RMA enabling a thriving ecosystem of both network hardware and operating system alternatives.
JetStor X Storage Products 2017! New HOT products!Gene Leyzarovich
JetStor Brand new 12, 16, 24 and 26bay AFA, Hybrid Storage!
JetStor FX series features a Dual-Active controller architecture, both controllers concurrently provide storage services in real time. Active-Active architecture doubles the available host bandwith and cache hit ratio, ensuring maximum utilization of system resources and maximized throughput. If one controller fails, the other controller can transparently take over all storage services. In addition to storage services, management service can transparently pass to the secondary controller.
The JetStor FX series is a highly-available SAN storage system. All of the critical components in the FX series are hot pluggable and designed with full redundancy. This design allows the FX series to withstand multiple component failures and achieve 99.999% availability.
Presentation at OpenStack Summit Boston. This talk covers various lessons on IPv6 Neutron deployments like address allocation, address configuration, router consideration and so on.
AC&NC provides full product line up of Network Attached Storage (NAS) systems that are all built for reliability and ease of use. AC&NC also offers combined NAS and Storage Area Networks (SAN) into a single system, allowing for a consolidated storage and network environment.
Focused intently on storage without distractions of tape backup or bundled servers, AC&NC manufacturers in-house and delivers complete solutions in 24-48 hours from in-stock JetStor RAID, iSCSI, FC, NAS / Unified, All Flash and JBOD SAS systems that set the bar for performance.
This presentation provides an overview of the Dell PowerEdge R730xd server performance results with Red Hat Ceph Storage. It covers the advantages of using Red Hat Ceph Storage on Dell servers with their proven hardware components that provide high scalability, enhanced ROI cost benefits, and support of unstructured data.
JetStor X Storage Products 2017! New HOT products!Gene Leyzarovich
JetStor Brand new 12, 16, 24 and 26bay AFA, Hybrid Storage!
JetStor FX series features a Dual-Active controller architecture, both controllers concurrently provide storage services in real time. Active-Active architecture doubles the available host bandwith and cache hit ratio, ensuring maximum utilization of system resources and maximized throughput. If one controller fails, the other controller can transparently take over all storage services. In addition to storage services, management service can transparently pass to the secondary controller.
The JetStor FX series is a highly-available SAN storage system. All of the critical components in the FX series are hot pluggable and designed with full redundancy. This design allows the FX series to withstand multiple component failures and achieve 99.999% availability.
Presentation at OpenStack Summit Boston. This talk covers various lessons on IPv6 Neutron deployments like address allocation, address configuration, router consideration and so on.
AC&NC provides full product line up of Network Attached Storage (NAS) systems that are all built for reliability and ease of use. AC&NC also offers combined NAS and Storage Area Networks (SAN) into a single system, allowing for a consolidated storage and network environment.
Focused intently on storage without distractions of tape backup or bundled servers, AC&NC manufacturers in-house and delivers complete solutions in 24-48 hours from in-stock JetStor RAID, iSCSI, FC, NAS / Unified, All Flash and JBOD SAS systems that set the bar for performance.
This presentation provides an overview of the Dell PowerEdge R730xd server performance results with Red Hat Ceph Storage. It covers the advantages of using Red Hat Ceph Storage on Dell servers with their proven hardware components that provide high scalability, enhanced ROI cost benefits, and support of unstructured data.
Can we leverage the resource of public cloud for gaming, streaming, transcoding, machine learning and visualized CAD application on demand? Yes if it provides the capability and infrastructure to utilize GPUs. Can we get high performance networking in the cloud as what I have in the bare metal environment? Yes with SR-IOV. How to achieve them? In this presentation we describe Discrete Device Assignment (also known as PCI Pass-through) support for GPU and network adapter in Linux guest and SR-IOV architectures of Linux guest with near-native performance profile running on Hyper-V. We also will share how to integrate accelerated graphics and networking capabilities in Microsoft Azure infrastructure.
Under The Hood Of A Shard-Per-Core Database ArchitectureScyllaDB
Most databases are based on architectures that pre-date advances to modern hardware. This results in performance issues, the need to overprovision, and a high total cost of ownership. In this webinar, we will discuss the advances to modern server technology and take a deep dive into ScyllaDB’s shard-per-core architecture and our asynchronous engine, the Seastar framework.
Join us to learn how Seastar (and ScyllaDB):
- Avoid locks and contention on the CPU level
- Bypass kernel bottlenecks
- Implement its per-core shared-nothing autosharding mechanism
- Utilize modern storage hardware
- Leverage NUMA to get the best RAM performance
- Balance your data across CPUs and nodes for the best and smoothest performance
Plus we’ll cover the advantages of unlocking vertical scalability.
Linux-wpan: IEEE 802.15.4 and 6LoWPAN in the Linux Kernel - BUD17-120Linaro
"Session ID: BUD17-120
Session Name: Linux-wpan: IEEE 802.15.4 and 6LoWPAN in the Linux Kernel - BUD17-120
Speaker: Stefan Schmidt
Track: LITE
★ Session Summary ★
Adding support for IEEE 802.15.4 and 6LoWPAN to an embedded Linux system opens up new possibilities to communicate with tiny devices. The mainline kernel
supports the wireless protocols to connect such devices to the internet, acting
as border router for such networks.
This talk will show the current kernel support, how to enable and configure the
subsystems to use it and how to communicate between Linux and IoT operating
systems like RIOT, Contiki or Zephyr.
---------------------------------------------------
★ Resources ★
Event Page: http://connect.linaro.org/resource/bud17/bud17-120/
Presentation: https://www.slideshare.net/linaroorg/linuxwpan-ieee-802154-and-6lowpan-in-the-linux-kernel-bud17120
Video: https://youtu.be/6YNeF2H2i-U
---------------------------------------------------
★ Event Details ★
Linaro Connect Budapest 2017 (BUD17)
6-10 March 2017
Corinthia Hotel, Budapest,
Erzsébet krt. 43-49,
1073 Hungary
---------------------------------------------------
Keyword: linux-wpan, kernel, IEEE, Stefan Schmidt
http://www.linaro.org
http://connect.linaro.org
---------------------------------------------------
Follow us on Social Media
https://www.facebook.com/LinaroOrg
https://twitter.com/linaroorg
https://www.youtube.com/user/linaroorg?sub_confirmation=1
https://www.linkedin.com/company/1026961"
1. Zone: Atlanta
8 SA Core Servers, 1 SAR Servers, 1.3 TB SAN Storage, 3 Oracle 10g Databases (Standalone)
Datacenter: Atlanta-5 Datacenter: Atlanta-6
??? Network ??? Network
CGW
CGW
AGW
CGW
AGW
CGW
CGW
CGW
AGW
NIC
NIC
NIC
HBA
HBA
NIC
NIC
NIC
NIC
HBA
HBA
NIC
SAScore-1a
(8 CPU, 32GB, 72GBx2 RAID)
Linux AS4_x64
Model Repository
Oracle 10g
SAScore-1b
(8 CPU, 4GB, 72GBx2 RAID)
Linux AS4_x64
Infrastructure Components
Slice 0
SAScore-1c
(8 CPU, 32GB, 72GBx2 RAID)
Linux AS4_x64
Slice 1
SAScore-1d
(8 CPU, 32GB, 144GBx2 RAID)
Linux AS4_x64
Slice 2
OS Prov Boot + Media Server
Fabric-A
Fabric-B
HBA
HBA
HBA
HBA
NIC
NIC
NIC
NIC
NIC
NIC
NIC
HBA
HBA
NIC
SAScore-2a
(8 CPU, 32GB, 72GBx2 RAID)
Linux AS4_x64
Model Repository
Oracle 10g
SAScore-2b
(8 CPU, 32GB, 72GBx2 RAID)
Linux AS4_x64
Infrastructure Components
Slice 0
SAScore-2c
(8 CPU, 32GB, 72GBx2 RAID)
Linux AS4_x64
Slice 1
SAScore-2d
(8 CPU, 32GB, 144GBx2 RAID)
Linux AS4_x64
Slice 2
OS Prov Boot + Media Server
AGW
AGW
HP XP-Series
(SAN-based Storage)
50 GB
(Truth)
1.5TB
(SW Rep)
HP XP-Series
(SAN-based Storage)
1.5TB
(SW Rep)
NIC
NIC
SARcore
(4 CPU, 32GB, 72GBx2 RAID1)
Linux AS4_x64
OMDB
SAS Data Miner
200 GB
(SAR)
50 GB
Fabric-A
Fabric-B (Truth)
AGW
MGW MGW
NIC
SASsattelite-61a
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
ESV Network
NIC
SASsattelite-61b
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
NIC
SASsattelite-62a
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
IBA Network
NIC
SASsattelite-62b
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
NIC
SASsattelite-51a
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
ESV Network
NIC
SASsattelite-51b
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
NIC
SASsattelite-52a
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
IBA Network
NIC
SASsattelite-52b
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
Zone: Houston
8 SA Satellites (Running on ESX Virtual Machines)
Datacenter: Houston-1 Datacenter: Houston-2
NIC
SASsattelite-21a
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
ESV Network
SGW
NIC
SASsattelite-21b
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
SGW
NIC
SASsattelite-22a
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
IBA Network
SGW
NIC
SASsattelite-22b
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
SGW
NIC
SASsattelite-11a
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
ESV Network
SGW
NIC
SASsattelite-11b
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
SGW
NIC
SASsattelite-12a
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
IBA Network
SGW
NIC
SASsattelite-12b
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
SGW
Zone: Austin
8 SA Satellites (Running on ESX Virtual Machines)
Datacenter: Austin-3 Datacenter: Austin-4
NIC
SASsattelite-41a
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
ESV Network
SGW
NIC
SASsattelite-41b
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
SGW
NIC
SASsattelite-42a
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
IBA Network
SGW
NIC
SASsattelite-42b
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
SGW
NIC
SASsattelite-31a
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
ESV Network
SGW
NIC
SASsattelite-31b
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
SGW
NIC
SASsattelite-32a
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
IBA Network
SGW
NIC
SASsattelite-32b
(4 CPU, 16GB, 250GB VDISK)
Linux AS4_x64 VM
Satellite GW, Word Cache
OS Prov Boot + Media Server
SGW
SGW SGW
SGW SGW
SGW SGW
SGW SGW
2. Datacenter: Austin-1 Datacenter: Austin-2
OOcore-3
(4 CPU, 4GB, 72GBx2 RAID1)
Windows 2003
To OOdb-1/2 RMI to OOcore-1/5
OO Central Components
SAS Windows-ADH
Infrastructure Components3
Slice 04
Slice 14
Slice 24
OS Prov Boot + Media Server
Managed Servers
CGW
CGW
CGW
HBA
HBA
Fabric-A
(Infrastructure sized for up to 7200 Servers à 3600 Local + 3600 from Austin-2 in a Fail-Over Condition
CGW
CGW
AGW
CGW
AGW
AGW
NIC
NIC
NIC
NIC
NIC
NIC
NIC
HBA
HBA
NIC
SAScore-3a
(4 CPU, 4GB, 72GBx2 RAID1)
Linux AS4
Model Repository
Oracle 10g
SAScore-3b
(4 CPU, 4GB, 72GBx2 RAID-1)
Linux AS4
SAScore-3c
(4 CPU, 4GB, 72GBx2 RAID-1)
Linux AS4
SAScore-3d
(4 CPU, 4GB, 144GBx2 RAID-1)
Linux AS4
Fabric-A
Fabric-B
OOstage-1
(4 CPU, 4GB, 72GBx2 RAID1)
Windows 2003
OO Central Components
SAS Windows ADH
NIC NIC
HBA
HBA
NIC
NIC
NIC
NIC
NIC
NIC
NIC
HBA
HBA
NIC
SAScore-4a
(4 CPU, 4GB, 72GBx2 RAID1)
Linux AS4
Model Repository
Oracle 10g
SAScore-4b
(4 CPU, 4GB, 72GBx2 RAID-1)
Linux AS4
Infrastructure Components3
Slice 04
SAScore-4c
(4 CPU, 4GB, 72GBx2 RAID-1)
Linux AS4
Slice 14
SAScore-4d
(4 CPU, 4GB, 144GBx2 RAID-1)
Linux AS4
AGW
AGW
NIC NIC
HP XP-Series
(SAN-based Storage)
50 GB
(Truth)
500 GB1
(SW Rep)
HP XP-Series
(SAN-based Storage)
50 GB
(Truth)
500 GB1
(SW Rep)
Fabric-B
AGW
Zone: Austin
10 Servers, 1.1 TB SAN Storage, 2 Oracle Databases (Standalone)
Slice 24
OS Prov Boot + Media Server
Managed Servers
Notes:
1) SAN capacity used by software repository is dependent on
the amount of software, patches, etc. imported by policy
administrators.
3) Infrastructure Component consists of:
• Model Repository MM Component
• Management Gateway
• Software Repository (WORD)
• SPIN (Primary)
• Web Services Data Access Engine (TWIST)
• TIBCO Messaging (Oracle Replication)
• Commend Engine (WAY)
Slice Component consists of:
• Core Gateway
• Agent Gateway
• Opsware Command Center (OCC)
• Build Manager
• Twist
• SPIN (Secondary)
• OGFS
4)
(Infrastructure sized for up to 7200 Servers à 3600 Local + 3600 from Austin-1 in a Fail-Over Condition
NIC
SASsattelite-31
(2 CPU, 2GB, 72GBx2 RAID1)
Linux AS4
Satellite Gateway
SW Repository Cache
MGW MGW
DMZ
NIC
SASsattelite-41
(2 CPU, 2GB, 72GBx2 RAID1)
Linux AS4
Satellite Gateway
SW Repository Cache
DMZ
NIC
SASsattelite-42
(2 CPU, 2GB, 72GBx2 RAID1)
Linux AS4
Satellite Gateway
SW Repository Cache
DMZ
NIC
SASsattelite-32
(2 CPU, 2GB, 72GBx2 RAID1)
Linux AS4
Satellite Gateway
SW Repository Cache
DMZ
SGW SGW
SGW SGW
3. Datacenter: Atlanta-1 Datacenter: Atlanta-2
OOcore-5
(4 CPU, 4GB, 72GBx2 RAID1)
Windows 2003
To OOdb-1/2 RMI to OOcore-1/3
CGW
AGW
CGW
AGW
CGW
AGW
OO Central Components
SAS Windows-ADH
NIC NIC
NIC
NIC
NIC
NIC
HBA
HBA
NIC
HBA
HBA
NIC
NIC
NIC
SAScore-5a
(4 CPU, 4GB, 72GBx2 RAID1)
Linux AS4
Model Repository
Oracle 10g
SAScore-5b
(4 CPU, 4GB, 72GBx2 RAID-1)
Linux AS4
SAScore-5c
(4 CPU, 4GB, 72GBx2 RAID-1)
Linux AS4
SAScore-5d
(4 CPU, 4GB, 144GBx2 RAID-1)
Linux AS4
Fabric-A
(Infrastructure sized for up to 7200 Servers à 3600 Local + 3600 from Atlanta-2 in a Fail-Over Condition
NIC
SASsattelite-51
(2 CPU, 2GB, 72GBx2 RAID1)
Linux AS4
Satellite Gateway
SW Repository Cache
DMZ
NIC
CGW
AGW
CGW
AGW
SASsattelite-61
NIC
NIC
NIC
NIC
(2 CPU, 2GB, 72GBx2 RAID1)
Linux AS4
Satellite Gateway
SW Repository Cache
DMZ
Notes:
1) SAN capacity used by software repository is dependent on
the amount of software, patches, etc. imported by policy
administrators.
3) Infrastructure Component consists of:
• Model Repository MM Component
• Management Gateway
• Software Repository (WORD)
• SPIN (Primary)
• Web Services Data Access Engine (TWIST)
• TIBCO Messaging (Oracle Replication)
• Command Engine (WAY)
Slice Component consists of:
• Core Gateway
• Agent Gateway
• Opsware Command Center (OCC)
• Build Manager
• Twist
• SPIN (Secondary)
• OGFS
NIC
HBA
HBA
NIC
HBA
HBA
NIC
NIC
NIC
OOstage-2
(4 CPU, 4GB, 72GBx2 RAID1)
Windows 2003
OO Central Components
SAS Windows ADH
(4 CPU, 4GB, 72GBx2 RAID1)
(4 CPU, 4GB, 72GBx2 RAID-1)
Infrastructure Components3
Slice 04
(4 CPU, 4GB, 72GBx2 RAID-1)
Slice 14
(4 CPU, 4GB, 144GBx2 RAID-1)
OS Prov Boot + Media Server
SASsattelite-62
SAScore-6a
Model Repository
SAScore-6b
SAScore-6c
SAScore-6d
(2 CPU, 2GB, 72GBx2 RAID1)
Linux AS4
Satellite Gateway
SW Repository Cache
Linux AS4
Oracle 10g
Linux AS4
Linux AS4
Linux AS4
Slice 24
DMZ
NIC
Managed Servers
SASsattelite-52
(2 CPU, 2GB, 72GBx2 RAID1)
Linux AS4
Satellite Gateway
SW Repository Cache
DMZ
SGW SGW
Fabric-A
Fabric-B
4)
SGW SGW
HP XP-Series
(SAN-based Storage)
50 GB
(Truth)
500 GB1
(SW Rep)
HP XP-Series
(SAN-based Storage)
50 GB
(Truth)
500 GB1
(SW Rep)
Fabric-B
AGW
MGW
CGW
MGW
Zone: Atlanta
10 Servers, 1.1 TB SAN Storage, 2 Oracle Databases (Standalone)
Managed Servers
(Infrastructure sized for up to 7200 Servers à 3600 Local + 3600 from Atlanta-1 in a Fail-Over Condition
Infrastructure Components3
Slice 04
Slice 14
Slice 24
OS Prov Boot + Media Server
NIC NIC