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Comment: note from he.net about number of ports we will need in a switch.
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| = New System Hardware = | #pragma section-numbers off |
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| During the HCoop IRC meeting on June 24, 2006, the group decided that it would based it's new system architecture on the following pieces of hardware: | This page collects information on the hardware that we have installed or plan to install as part of HCoop infrastructure. |
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| * Two robust servers, one that doesn't allow normal user logins, and one that does. * One switch to form a LAN between these servers. * One serial port device, to facilitate remote access to our servers. |
<<TableOfContents>> |
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| Also, it was mentioned that we should research hardware support contracts from any vendor that will be selling us equipment. | = Peer1 = |
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| Additionally, group decided that the server that HCoop currently owns, Abulafia, will be brought to he.net for shell service. This will follow a necessary re-load of the OS software at a time to be determined later. | Current pictures of the actual Peer1 cabinet are at [[OnSiteVisits/20130627]]. |
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| This page will serve as a forum for collaborative research on the pieces of hardware that we need. | == fritz == |
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| == Servers == | FritzInfo |
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| We will be purchasing two servers, which will be configured and sent to he.net for colocation. | * Location: Peer1 * Model: Dell PowerEdge 2970 * Processor: 2x Quad Core AMD Opteron™ 2372HE 2.1GHz 4x512K Cache 1Ghz HyperTrnsprt * RAM: 24GB (4x2GB + 4x4GB), 800MHz, Dual Ranked * 1x6 Backplane for 3.5-inch Hard Drives * Integrated SAS/SATA No RAID * Disks: system disks 2x 160GB 7.2K RPM Serial ATA 3Gbps 3.5-in HotPlug Hard Drive , + AFS disks 2x 1 TB Western Digital in RAID 1 * Redundant Power Supply with Dual Cords * Lan: Dual Embedded Broadcom® NetXtreme II 5708 Gigabit Ethernet NIC * Form factor: 2U * OS: Debian Squeeze * User logins: no * Source: purchase from Dell store, 2x 1 TB disks from Newegg |
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| === Desired Features === These servers should be as redundant as possible. At this point, we cannot afford to have less than one point of failure in many areas, so we should look for the following features in our new servers: * Redundant power supplies. * Hardware RAID. * Dual CPU's, AMD seems to be a stronger option than Intel ==== Differences Between the Servers ==== The admin-only server will hopefully be serving an AFS file system, which means that fancier kinds of RAID are justified there. The all-members server can get away with cheaper (and maybe even faster) solutions for local disk access. JustinLeitgeb thinks that perhaps RAID 1 would work on the all-members server, and either RAID 5 or RAID 10 on the admin server. It should be RAID 10 if we can afford it, or RAID 5 if we're shorter on cash. :) There may be other factors influencing different configuration choices between the servers. Perhaps we can get away with SATA RAID 1 on the web server -- hopefully this machine won't be IO-bound, especially if we add enough RAM later. Also, it might benefit us to get a couple of rather lightweight web servers behind a load balancer before really maxing them out, in order to have fewer single points of failure (of course, at this point we would probably also want to have two load-balancers using "heartbeats" so that they couldn't cause a prolonged system failure). === Proposed Vendors and Models === [http://www.dell.com Dell] Models: * Possible web server [http://www.hcoop.net/~leitgebj/hcoop_servers/dell_web_server.ps (postscript)] [http://www.hcoop.net/~leitgebj/hcoop_servers/dell_web_server.pdf (PDF)], based on the Dell PowerEdge 1850 $5071. * Possible admin server [http://www.hcoop.net/~leitgebj/hcoop_servers/dell_admin_server.ps (postscript)] [http://www.hcoop.net/~leitgebj/hcoop_servers/dell_admin_server.pdf (PDF)], based on the Dell PowerEdge 2850 (offers more space for hard disks in our primary file server) $8486. Note that when I checked Dell dropped something like $1200 off of the price of each server over $4000, so we should expect some significant discounts. Whichever company we plan on going with, we may be able to negotiate lower prices by emphasizing that we may buy more in the future, etc. [http://www.monarchcomputer.com/Merchant2/merchant.mv?Screen=CTGY&Store_Code=M&Category_Code=allracks Monarch Computer] Models: [http://www.penguincomputing.com Penguin Computing] Models: * Possible web server configuration hardware RAID $3463 [http://www.hcoop.net/~leitgebj/hcoop_servers/penguin_web_server.ps (postscript)] [http://www.hcoop.net/~leitgebj/hcoop_servers/penguin_web_server.pdf (PDF)] * Possible admin server configuration RAID 10 1U $5321 [http://www.hcoop.net/~leitgebj/hcoop_servers/penguin_admin_server.ps (postscript)] [http://www.hcoop.net/~leitgebj/hcoop_servers/penguin_admin_server.pdf (PDF)] * Possible admin server configuration, using the 2U server, redundant power supplies, and RAID 5 $4884 [http://www.hcoop.net/~leitgebj/hcoop_servers/penguin_admin_raid5_server.ps (postscript)] [http://www.hcoop.net/~leitgebj/hcoop_servers/penguin_admin_raid5_server.pdf (PDF)] * Possible admin server configuration using the 2U server, redundant power supplies, and RAID 10 $5523 [http://www.hcoop.net/~leitgebj/hcoop_servers/penguin_admin_raid10_server_2200.ps (postscript)] [http://www.hcoop.net/~leitgebj/hcoop_servers/penguin_admin_raid10_server_2200.pdf (PDF)] * Possible web server configuration with SATA RAID 1, budget configuration about $2700 [http://www.hcoop.net/~leitgebj/hcoop_servers/altus_budget_web.ps (postscript)] [http://www.hcoop.net/~leitgebj/hcoop_servers/altus_budget_web.pdf (PDF)] With the Penguin models, we seem to have to go to the 2U, Altus 2200 in order to get a redundant power supply. == Ethernet Switch == === Desired Features === * Gigabit * 5 ports minimum * Managed - so that we can troubleshoot failed NIC's easier * Rack-mountable, so that vibration and heat issues are diminished. * SNMP monitoring capability === Additional Information === He.net sent us the following when asked about switch configurations at their site: ''We've got customers using everything from ElCheapoSwitch(tm) to Cisco-grade equipment. The main difference between the two is how much traffic they can deal with, the number of packets they can deal with, and how they can be accesses/monitored. If you're looking at pushing primarily web traffic (<50Mb/s) and do not require any of the more advanced functionality of a managed switch, you could likely just go with a good unmanaged switch. If you were doing higher traffic levels, streaming, or other such traffic which consist of a zillion little packets, especially if it's between your servers, you would be better served by something a bit higher grade.'' And from another support rep at he.net (their responsiveness has been impressive so far!): ''Depends on their needs. If they want to run MRTG, then they need a managed switch. If they just need a switch, a netgear or linksys or d-link will accomplish the job. Cost differences are greater managed versus non-managed. Non-managed can be 50-$100, whereas managed can start at about $250 and go into the $thousands depending on model and capabilities.'' I also asked he.net about the number of ports we would need. Also got useful information about setting up a VLAN which would be useful. He.net response: ''(2 * n) + 1... where n is the number of machines you colocate. For 3 servers, your switch would need 7 ports. 3 for the private network, 3 for the public network, and 1 for the uplink to HE. For better control of your packets and their direction... if you're intending to do a public and private network, you might want to consider purchasing 2 smaller ElCheapoSwitches... or using a slightly more managed switch which support creating a VLAN.'' |
'''Use: AndrewFileSystem fileserver, MitKerberos kdc, KernelVirtualMachine host''' |
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| === Proposed Models and Vendors === | === KVM: bog === |
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| ==== Vendors ==== [http://newegg.com/ Newegg] has been recommended to several of us. ==== Models ==== ===== NETGEAR GS108 10/100/1000Mbps ===== [http://www.newegg.com/Product/Product.asp?Item=N82E16833122111 Netgear GS108 Switch ]: Highly-rated Netgear switch that is not rack-mountable Price: ($56.99) MichaelOlson thinks that we should go with the Netgear switch. It has been rated as a very reliable product, and is very affordable. I don't like this switch for the following reasons: 1. It is not rack-mountable, meaning that it could raise issues for cooling in the rack, and be more susceptible to shock that could reduce reliability of the switch, or jar patch cables out of the ports. 2. It is not managed, so we can't track important information about performance and possible NIC failures via SNMP. Basically, I think that if we're going to pay all of this money for equipment and hosting, we shouldn't put an interconnect with insufficient features in the middle of our architecture. But, I'm not a networking expert, so I would welcome any opinions contrary to this! JustinLeitgeb ===== Level One GSW-1655 10/100/1000Mbps ===== * ($249.99) Level One 16-port rack-mountable switch [[http://www.newegg.com/Product/Product.asp?Item=N82E16833118021 link ]] I've never heard of this brand (Level 1?) so I don't trust it. Any reviews? JustinLeitgeb ===== Dell PowerConnect 2716 ===== This is an 8-port gig switch that is web-manageable and lists for $82. I think that we could make it work, especially if I were able to write some scripts to get important data for monitoring in Nagios or rrdtool. I put the [http://www.hcoop.net/~leitgebj/hcoop_servers/pwcnt_27xx_specs.pdf specification sheet] on our web site. This switch is rack-mountable. ===== 3Com® SuperStack® 3 Switch 3812 ===== [http://www.3com.com/products/en_US/detail.jsp?tab=features&pathtype=purchase&sku=3C17401 3Com® SuperStack® 3 Switch 3812] seems to have most of the features that we need, with a bit of room to grow. Prices range from $1000 to $1500 on [http://froogle.google.com Froogle], in my experience [http://www.cdw.com CDW] is a reliable vendor. Perhaps we should make a jump and get the 24 port, which would support our use of an entire rack in the future, if the price difference is small? |
Location:: virtual machine on fritz Allocated Resources:: 4 processors, 3G RAM, 30G storage Operating System:: Debian Wheezy AMD64 User Logins:: Yes Intended Use:: Member shell and server hosting Details:: ServerBog |
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| == Serial Port == | = Linode = |
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| === Desired Features === | == outpost == |
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| Is this device really necessary? For an extra $1000 - $2000, and utilization of 1U, I am not convinced that this is worth the expense. It seems that in the rare event that our machine is inaccessible from ssh we can use remote hands with he.net and put our resources elsewhere. If someone does think that this is necessary, please put a link to specific models that would be helpful, and a list of reasons why they will come in handy that would justify the additional cost and space in our rack. JustinLeitgeb | * Location: Linode (hosted at UK data center) * Model: Xen VM * Processor: 8 cores (1x priority?) * RAM: 1024 MB * Disk: 40 GB * OS: Debian wheezy * User logins: no |
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| === Proposed Models and Vendors === | '''Use: secondary DNS on a different subnet, all tasks requiring remote location.''' |
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| [http://www.cyclades.com/ Cyclades] was mentioned as one vendor of serial port devices which are linux-friendly. | = Digital Ocean = == gibran == Location:: DigitalOcean NYC3 Allocated Resources:: 6 vCPU, 16G RAM, 320G storage. Additional block storage volume for OpenAFS `/vicepa` Operating System:: Debian Stretch AMD64 User Logins:: No Intended Use:: Primary AndrewFileSystem fileserver and dbserver, primary MitKerberos KDC, SQL databases, [[ConfigurationManagent|Puppet Master]] Details:: ServerGibran == lovelace == Location :: DigitalOcean NYC3 Allocated Resources :: 2vCPU, 2G RAM, 60G storage. Operating System:: Debian Stretch AMD64 User Logins:: No Intended Use:: Secondary AndrewFileSystem fileserver and dbserver, secondary MitKerberos KDC Details:: ServerLovelace == marsh == Location:: DigitalOcean NYC3 Allocated Resources:: 4vCPU, 8G RAM, 160G storage Operating System:: Debian Stretch AMD64 User Logins:: Yes Intended Use:: Member logins Details:: ServerMarsh == minsky == Location:: DigitalOcean NYC3 Allocated Resources:: 2vCPU, 4G RAM, 80G storage Operating System:: Debian Stretch AMD64 User Logins:: No Intended Use:: Mail server and ejabberd server Details:: ServerMinsky == shelob == Location:: DigitalOcean NYC3 Allocated Resources:: 4vCPU, 8G RAM, 160G storage Operating System:: Debian Stretch AMD64 User Logins:: No Intended Use:: Web Server Details:: ServerShelob = Awaiting setup = None. = Awaiting purchase = New virtual servers, see VirtualizedHosting2018 and ServerMigration2018. = Decommissioned = See [[/Decommissioned]] for older machines ---- CategorySystemAdministration |
This page collects information on the hardware that we have installed or plan to install as part of HCoop infrastructure.
Contents
Peer1
Current pictures of the actual Peer1 cabinet are at OnSiteVisits/20130627.
fritz
- Location: Peer1
Model: Dell PowerEdge 2970
Processor: 2x Quad Core AMD Opteron™ 2372HE 2.1GHz 4x512K Cache 1Ghz HyperTrnsprt
- RAM: 24GB (4x2GB + 4x4GB), 800MHz, Dual Ranked
- 1x6 Backplane for 3.5-inch Hard Drives
- Integrated SAS/SATA No RAID
Disks: system disks 2x 160GB 7.2K RPM Serial ATA 3Gbps 3.5-in HotPlug Hard Drive , + AFS disks 2x 1 TB Western Digital in RAID 1
- Redundant Power Supply with Dual Cords
Lan: Dual Embedded Broadcom® NetXtreme II 5708 Gigabit Ethernet NIC
- Form factor: 2U
- OS: Debian Squeeze
- User logins: no
- Source: purchase from Dell store, 2x 1 TB disks from Newegg
Use: AndrewFileSystem fileserver, MitKerberos kdc, KernelVirtualMachine host
KVM: bog
- Location
- virtual machine on fritz
- Allocated Resources
- 4 processors, 3G RAM, 30G storage
- Operating System
- Debian Wheezy AMD64
- User Logins
- Yes
- Intended Use
- Member shell and server hosting
- Details
Linode
outpost
- Location: Linode (hosted at UK data center)
- Model: Xen VM
- Processor: 8 cores (1x priority?)
- RAM: 1024 MB
- Disk: 40 GB
- OS: Debian wheezy
- User logins: no
Use: secondary DNS on a different subnet, all tasks requiring remote location.
Digital Ocean
gibran
- Location
DigitalOcean NYC3
- Allocated Resources
6 vCPU, 16G RAM, 320G storage. Additional block storage volume for OpenAFS /vicepa
- Operating System
- Debian Stretch AMD64
- User Logins
- No
- Intended Use
Primary AndrewFileSystem fileserver and dbserver, primary MitKerberos KDC, SQL databases, Puppet Master
- Details
lovelace
- Location
DigitalOcean NYC3
- Allocated Resources
- 2vCPU, 2G RAM, 60G storage.
- Operating System
- Debian Stretch AMD64
- User Logins
- No
- Intended Use
Secondary AndrewFileSystem fileserver and dbserver, secondary MitKerberos KDC
- Details
marsh
- Location
DigitalOcean NYC3
- Allocated Resources
- 4vCPU, 8G RAM, 160G storage
- Operating System
- Debian Stretch AMD64
- User Logins
- Yes
- Intended Use
- Member logins
- Details
minsky
- Location
DigitalOcean NYC3
- Allocated Resources
- 2vCPU, 4G RAM, 80G storage
- Operating System
- Debian Stretch AMD64
- User Logins
- No
- Intended Use
- Mail server and ejabberd server
- Details
shelob
- Location
DigitalOcean NYC3
- Allocated Resources
- 4vCPU, 8G RAM, 160G storage
- Operating System
- Debian Stretch AMD64
- User Logins
- No
- Intended Use
- Web Server
- Details
Awaiting setup
None.
Awaiting purchase
New virtual servers, see VirtualizedHosting2018 and ServerMigration2018.
Decommissioned
See /Decommissioned for older machines