Fiber Pci
Fiber Pci
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 QLogic QLE2462 E 4GB Dual Port Fiber Channel Card HBA PCI E PX2510401 55  US $149.99
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 Intel Pro 1000 PF Single Port PCI e Fiber Server Adapter Warranty $60 US $60.00
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 Lot of 4 IBM 03N6441 Single Port 2Gbps PCI X Fibre Channel Card fc1020055 15A US $24.99
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 Allied Telesis AT 2701FX SC Duplex 100BASE FX Fibre PCI Ethernet Adapter US $7.99
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 EMULEX Dual Port 2Gb Fibre PCI 64bit HBA FC1020050 01D US $6.99
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 D LINK DGE 500SX Fiber Gigabit Ethernet PCI Net Rev A2 US $15.99
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 QLOGIC QLE2460 DELL PCI EXPRESS x4 4 GB FIBRE CHANNEL PX2510401 P N PF323 JG US $49.99
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 QLogic QLA2342 PCI X 2Gb HBA Dual Fiber Channel Card US $14.99
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 Lot of 3 Emulex FC1020016 02D Fibre Channel PCI Card US $40.00
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 IBM Myrinet 225MHz Fibre PCI X D card with 2MB eServer FRU 02R2097 US $19.99
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 NEW IBM Emulex Fibre Channel 33V PCI HBA 11J6550 US $5.99
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 IBM 2GB Single Port Fiber Channel PCI X Adapter FRU 03N7067 US $14.99
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 Dual port Gigabit Fiber card PCI Intel US $34.38
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 Dual port Gigabit Fiber card PCI Intel chipset US $29.47
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 Agilent AT 2700FX SC PCI Fibre Network Card NEW US $9.99
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 Emulex LP1050 E 2GB PCI X FC Fibre Channel HBA Adaptor Single Port PCIX Card US $28.45
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 PCI X 133 FIBRE CHANNEL HBA 2 GB NETWORK CARD FINISAR LP10000 E EMULEX US $8.95
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 IBM QLA2460 IBMX SP 4GB Single Port Fibre PCI X Host BUS Adapter US $73.00
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 Emulex DS KGPSA CY Fiber CH Host PCI Compaq 176804 002 US $14.99
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 Compaq 241322 001 Board Controller Fibre CH PCI Ref US $19.99
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 Compaq 401918 001 KGPSA BY PCI to Fibre Host Bus Adapter US $12.99
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 LOT 2 LPE1150 F4 Emulex 4GB Single Port Fibre PCI E FC1120005 04C 397739 001 US $99.95
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 EMULEX Dual Port 2Gb Fibre PCI 64bit HBA FC1020050 01D US $6.99
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 D LINK DGE 500SX Fiber Gigabit Ethernet PCI Net Rev A2 US $15.99
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 StarTech 1000M Gigabit Ethernet Multi Mode ST Fiber PCI Express Card PEX1000MMST US $174.86
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 IBM NETXTREME 1000BASE SX FIBRE ETHERNET NETWORK ADAPTER PCI X GIGABIT 73P4001 US $384.11
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 IBM NETXTREME 1000BASE SX FIBRE ETHERNET NETWORK ADAPTER PCI X GIGABIT 73P4009 US $384.11
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 Apple Quad 4Gb Fibre Channel Mac PCI E Express Card MB843G A New US $429.00
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 EMULEX LPE1150 E IEEE FIBRE SINGLE CHANEL PCI EXPRESS CD621 US $64.98
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 2X Dell Intel 055HHP A30480 002 Gigabit Fiber LAN PCI Server Adapter Card US $49.99
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 StarTech 1000M Gigabit Ethernet Multi Mode ST Fiber PCI Express Card PEX1000MMST US $177.99
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 Intel PRO 1000 PF EXPI9400PF Single PCI E 1Gb Fibre NIC US $99.00
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 Apple Quad 4Gb Fibre Channel Mac PCI E Express Card MA465G A New US $429.00
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 D Link PCI X Fiber 1000Base SX PCI Adapter DGE 550SX US $7.19
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 Emulex LightPulse LP1050EX E Rev B 2GB Fibre SIngle Port Channel PCI e US $54.99
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 Finisar 2GB PCI X Single Channel Fiber Card HP 250176 001 US $9.95
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 DELL QLOGIC KC184 QLE2462 4GB PCI E FIBER CHANNEL HBA US $325.00
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 NEW NetXen NX3 20GCU Dual SFP PCI Express Copper Fibre 8Gb s HBA US $249.00
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 HP QLogic QLA200 2Gb PCI X Fibre Channel FC SFP Adapter FL0210403 23 373437 001 US $19.99
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 HP A8002A 4GB PCI E FC HBA Adaptor LPE1150 FC2142SR 397739 001 PCI E Fibre Card US $189.68
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 QLA2352L Qlogic 64Bit 133Mhz PCI X Fibre Channel 2GBb Dual Channel HBA X US $8.39
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 FCA2440 XMC FF Critical I O 4 Gbps Fibre Channel PCI E US $99.99
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 HP QLogic QLE 2462 Dual Port 4Gb PCI E Fibre Cha HBA AE312A 407621 001 FC1242SR US $330.00
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 SGI 9210200 Qlogic QLA2200F 66 Fibre Channel PCI X HBA US $4.99
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 Emulex OCE10102 NM Emulex OneConnect OCe10102 NM Fiber Optic Card PCI US $893.84
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 Emulex OCE10102 NM One Connect Fiber Optic Card PCI Express X8 US $827.63
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 Qlogic QLE2462 Dual 4GBps PCI E HBA Fibre FC Card 407621 001 AE312A US $379.37
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 FREE SHIP Lot 2 QLogic QLA2340 2GB PCI X 133MHz Fibre Channel Host Bus Adapter US $4.99
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 2 Agilent 2Gb Fibre Dual Channel HBA PCI X HHBA 5420A US $9.99
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 FREE SHIP Lot of 2 Emulex LP1050 2GB PCI X 133MHz Fibre Channel Host Bus Adapter US $4.99
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 Myricom Myrinet 2GB HBA M3F PCI64C 2 Single Port Fiber Network Adapter PCI X US $10.00
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 qLogic QLA2340 2Gb Fibre Channel 64 Bit PCI Card US $14.95
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 Emulex 2GB PCI X Fiber Channel Host Bus Adapter LP9802 7W801 US $8.94
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 Qlogic QLA2300F 2GB Fiber Channel 64 Bit PCI X Host Bust Adapter HBA FC2310701 US $29.90
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 3Com Single Base Fiber Channel Gigabit PCI X Network Card NIC 3C996 SX US $12.86
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 Alacritech Gigabit PCI X Server Network Fiber Interface Card NIC 100009 REV 02 US $22.95
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 Emulex LightPulse 4Gb s Fibre Channel PCI X 20 Dual Channel HBA LP11002 E US $80.00
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 2Qty HP EMULEX FC1020034 02H 2GB PCI X Fibre 250176 001 US $25.00
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 LOT of 2 FC5010409 QLOGIC 2GB DUAL PORT PCI X FIBRE CHANNEL HOST BUS ADAPTER US $18.00
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 QLogic 4Gb PCI e Fibre Channel HBA QLE2460 Dell UD551 US $224.99
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 Lot 6 JNI FCE 6410 N FIBRE CHANNEL PCI HOST ADAPTER 12 00056 000 US $39.95
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 IBM 5716 2 GB Fibre Channel PCI X Adapter US $65.00
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 Lot of 2 QLOGIC SINGLE PORT FIBRE CHANNEL ADAPTER FC0310406 05 PCI Adapter Card US $26.99
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 QLA2352 Qlogic 64Bit 133Mhz PCI X Fibre Channel Dual Channel HBA US $9.99
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 QLOGIC QLA2202F 66 64Bit Dual 1Gb Fibre Channel PCI US $39.00
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 HP PCI X 2 GB Fibre Channel Gigabit NIC A9784 Card FC US $8.46
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 Apple Quad 4Gb Fibre Channel Mac PCI E Express Card Intel Xserve Server New US $429.00
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 D Link DGE 500SX Fiber Gigabit Ethernet PCI Net Rev A2 US $18.25
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 AD168 60001 HP FC2243 4GB Dual PORTs Fiber PCI X 2 US $189.00
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 AB429 60001 HP PCI X 266 4 GB Fibre channel QLA2460 US $89.00
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 ALLIED Telesyn AT 2916SX SC 901 Gigabit Fiber PCI Card US $164.72
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 ALLIED Telesyn AT 2916SX SC 901 Gigabit Fiber PCI Card US $164.72
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 ALLIED Telesyn AT 2916SX SC 901 Gigabit Fiber PCI Card US $164.72
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 AB378 60001 HP PCI X 2 4 GB Fibre channel HBA US $89.00
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 Dell Qlogic QLA2460 4GB Fiber PCI E HBA PF323 US $225.00
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 IBM QLOGIC QLA2340 2GB Fiber PCI X HBA 24P0961 24P8174 24P0962 US $4.00
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 173483 001 Compaq 64 Bit 33Mhz PCI to Fibre Channel US $49.00
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 Dell QLogic 2280R QLA2200F 66 1GB PCI Fibre Channel Card TESTED US $20.00
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 QLogic 66 Gigabit PCI Fibre Channel Adapter QLA2200F US $14.99
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 AHA F940 PCI Fibre Channel Host Adapter Adaptec Card US $29.99
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 Qlogic QLA2342L SANBlade 2GB Dual Ports Fibre PCI X FC5010409 10 G US $19.95
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 Dell 6N813 Qlogic ISP2310 2GB Fibre Channel PCI Card US $30.99
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 Qlogic PCI X 4Gb Dual Fibre Channel HBA QLA2462 FC2410401 20 US $125.00
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 TrendNet TE100 PCIFC 100Mbps MM SC Fiber PCI Kit US $81.41
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 IBM x345 Server 2Gbps Fibre Channel HBA PCI X Half Height 24P0961 24P8174 US $79.00
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 Emulex PCI X 4Gb s Single Fibre 266mhz Channel LP1150 E US $48.99
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 StarTechcom 100Mbps PCI Multi Mode ST Fiber Ethernet NIC Network Ada PCI100MMST US $107.99
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 Qlogic QLE2460 4GBps PCI E HBA Host Bus Adaptor Fibre network Card PF323 4Gb US $284.53
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 Emulex 2Gb PCI X Fibre Channel Card FC1020059 01A US $16.99
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 Lot of 3 Emulex 2GB PCI Fiber Channel Host FC1010472 01 US $23.99
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 EMULEX 2GB 133MHZ PCI X FIBER CHANNEL HBA LP10000 E US $34.99
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 Lot of 2 Dell 04U852 QLogic 2GB PCI X HBA Fibre Channel US $15.00
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 HP NC373F PCI E 1000SX Gigabit Svr Adapter fiber optic card P N394793 B21 US $195.00 |
 Qlogic QLE2460 4GB PCI E Fiber Channel Single Port HBA Card PX2510401 US $109.99
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 Qlogic FC0610403 06 PCI Dual Fiber Channel Adapter US $65.00
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 TRENDNET TE100 PCIFC 100Mbps MM SC Fiber PCI US $73.71
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 Emulex FC1020042 2GB PCI X 133MHz Fiber Channel LP982 E US $14.99
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 HP StorageWorks FC1143 4Gb PCI X 20 Fibre Channel LC Host Bus Adapter US $198.99
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 Qlogic QLA2342 Dual 2GB Port PCI X Fibre Channel HBA Card US $49.99
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 QLOGIC QLA2460 IBMX 4gb FIBRE CHANNEL PCI X 39m6018 HBA US $60.00
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Multiple Internet connections "bridged"....is that at all possible?
Hey all,
Recently I've seen Rogers/Telus/Bell usb sticks for 4 x 56k Internet speeds on the chip's wireless net.
Basically my question is:
Is there any way to bridge/combine the different Internet sources to one pc???
(usb stick net, network wired net, wireless cards, like even maxing out 5 pci slots on a motherboard for network cards is what I was thinking)
I thought the nicest combo would be:
Cable Internet on one network card
ADSL Internet on another network card
Bell USB stick on a usb stick
Rogers USB stick on another usb stick
Telus USB stick on another usb stick
Now I realise that 5 seperate Internet bills WOULD cost a lot each month, maybe just ADSL and cable would be awesome (till fiber becomes available, like in 10 years)
Just wanting to know if it's possible, in Windows, in Ubuntu Linux, Mac OS X? I'd love an Interrnet box to control the Internet and split it to the rest of my home's Internet needs.
it's possible.
this software suite will provide support for multiple wan connections
http://www.clearfoundation.com/Software/overview.html
Private Cloud Computing: A Game Changer for Disaster Recovery
Private cloud computing offers a number of significant advantages – including lower costs, faster server deployments, and higher levels of resiliency. What is often over looked is how the Private Cloud can dramatically changes the game for IT disaster recovery in terms of significantly lower costs, faster recovery times, and enhanced testability.
Before we talk about the private cloud, let's explore the challenges of IT disaster recovery for traditional server systems.
Most legacy IT systems are comprised of a heterogeneous set of hardware platforms – added to the system over time – with different processors, memory, drives, BIOS, and I/O systems. In a production environment, these heterogeneous systems work as designed, and the applications are loaded onto the servers and maintained and patched over time.
Offsite backups of these heterogeneous systems can be performed and safely stored at an offsite location. There are really 2 options for backing up and restoring the systems:
1) Back up the data only – where the files are backed up from the local server hard drives to the offsite location either through tapes, online or between data centers over a dedicated fiber connection. The goal is to assure that all of the data is captured and recoverable. To recover the server in the case of a disaster, the operating system needs to be reloaded and patched to the same level as the production server, the applications need to be reloaded, re-patched, and configured, and then the backed up data can be restored to the server. Reloading the operating system and applications can be a time consuming process, and assuring that the system and applications are patched to the same levels as the production server can be subject to human memory and error – both of which can lengthen the recovery time.
2) Bare Metal Restore – a much faster way to recover the entire system. BMR creates an entire snapshot of the operating system, applications, system registry and data files, and restores the entire system on similar hardware exactly as it was configured in the production system. The gotcha is the "similar hardware" requirement. This often requires the same CPU version, BIOS, and I/O configuration to assure the recovery will be operational. In a heterogeneous server environment, duplicate servers need to be on-hand to execute a bare metal restoration for disaster recovery. As a result, IT disaster recovery for heterogeneous servers systems either sacrifice recovery time or requires the hardware investment be fully duplicated for a bare metal restoration to be successful.
Enter disaster recovery for private cloud computing. First, with all of the discussion about "cloud computing", let me define what I mean by private cloud computing. Private Cloud computing is a virtualized server environment that is:
• Designed for rapid server deployment – as with both public and private clouds, one of the key advantages of cloud computing is that servers can be turned up & spun down at the drop of a hat.
• Dedicated – the hardware, data storage and network are dedicated to a single client or company and not shared between different users.
• Secure – Because the network is dedicated to a single client, it is connected only to that client's dedicated servers and storage.
• Compliant – with the dedicated secure environment, PCI, HIPAA, and SOX compliance is easily achieved.
As opposed to public cloud computing paradigms, which are generally deployed as web servers or development systems, private cloud computing systems are preferred by mid and large size enterprises because they meet the security and compliance requirements of these larger organizations and their customers.
When production applications are loaded and running on a private cloud, they enjoy a couple of key attributes which dramatically redefine the approach to disaster recovery:
1) The servers are virtualized, thereby abstracting the operating system and applications from the hardware.
2) Typically (but not required) the cloud runs on a common set of hardware hosts – and the private cloud footprint can be expanded by simply adding an additional host.
3) Many larger private cloud implementations are running with a dedicated SAN and dedicated cloud controller. The virtualization in the private cloud provides the benefits of bare metal restoration without being tied to particular hardware. The virtual server can be backed up as a "snapshot" including the operating system, applications, system registry and data – and restored on another hardware host very quickly.
This opens up 4 options for disaster recovery, depending on the recovery time objective goal.
1) Offsite Backup – The simplest and fastest way to assure that the data is safe and offsite is to back up the servers to a second date center that is geographically distanced from the production site. If a disaster occurs, new hardware will need to be located to run the system on, which can extend the recovery time depending on the hardware availability at the time of disaster.
2) Dedicated Warm Site Disaster Recovery – This involves placing hardware servers at the offsite data center. If a disaster occurs, the backed up virtual servers can be quickly restored to the host platforms. One advantage to note here is that the hardware does not need to match the production hardware. The disaster recovery site can use a scaled down set of hardware to host a select number of virtual servers or run at a slower throughput than the production environment.
3) Shared Warm Site Disaster Recovery – In this case, the private cloud provider delivers the disaster recovery hardware at a separate data center and "shares" the hardware among a number of clients on a "first declared, first served" basis. Because most disaster recovery hardware sits idle and clients typically don't experience a production disaster at the same time, the warm site servers can be offered at a fraction of the cost of a dedicated solution by sharing the platforms across customers.
4) Hot Site SAN-SAN Replication – Although more expensive than warm site disaster recovery, SAN-SAN replication between clouds at the production and disaster recovery sites provides the fastest recovery and lowest data latency between systems. Depending on the recovery objectives, the secondary SAN can be more cost effective in terms of the amount and type of storage, and the number and size of physical hardware servers can also be scaled back to accommodate a lower performance solution in case of a disaster.
An often overlooked benefit of private cloud computing is how it changes the IT disaster recovery game. Once applications are in production in a private cloud, disaster recovery across data centers can be done at a fraction of the cost compared to traditional heterogeneous systems, and deliver much faster recovery times.
About the Author
Online Tech offers a full spectrum of hosting solutions including basic colocation, managed colocation, managed dedicated servers and private cloud hosting in our Michigan data centers. We can deliver our data center solutions more cost effectively, with lower overhead, less risk and better support than most IT departments can do themselves.
Adnaco-S1 (PCI/PCIe Expansion System) Instructional Video
