- Joined
- Aug 16, 2005
- Messages
- 27,611 (3.84/day)
- Location
- Alabama
System Name | RogueOne |
---|---|
Processor | Xeon W9-3495x |
Motherboard | ASUS w790E Sage SE |
Cooling | SilverStone XE360-4677 |
Memory | 128gb Gskill Zeta R5 DDR5 RDIMMs |
Video Card(s) | MSI SUPRIM Liquid 5090 |
Storage | 1x 2TB WD SN850X | 2x 8TB GAMMIX S70 |
Display(s) | 49" Philips Evnia OLED (49M2C8900) |
Case | Thermaltake Core P3 Pro Snow |
Audio Device(s) | Moondrop S8's on chitt Gunnr |
Power Supply | Seasonic Prime TX-1600 |
Mouse | Razer Viper mini signature edition (mercury white) |
Keyboard | Wooting 80 HE White, Gateron Jades |
VR HMD | Quest 3 |
Software | Windows 11 Pro Workstation |
Benchmark Scores | I dont have time for that. |
Hey everyone! There seemed to be some interest from a Few people in THIS thread. So I decided to make a thread were like minded people can tell us what kind of equipment they have running at home. I am confident a closet majority of us run some kind of extended/augmented/just for fun learning lab at home. Be in on there desktops with hyper-V installed to just plain labs! So show us whatchya got!
Details:
From top to bottom
48Port Cat6 (Grade) Patch Panel
Connected and punched down are all of the data drops from around the house including the servers below.
All links are then connected to the Switch below it using 3ft CAT6 cable.
Links are color coded to indicate linktype.
-Black
Data links from the Servers and Data links from drops around the house.
-Yellow
Management interfaces from the servers. Each one goes to the IPMI Access ports and primary (On board) ports for the servers.
-Red
Red on the left is WAN in and is dedicated to Port 1 on the Switch. Red to the right is Data feed to my PoE injectors.
-Green
Green is hot power from my PoE injectors to my Camera systems and Access Point (AP) elsewhere in the house.
-Blue
Blue is Data from my RIPE probe, NAS, and my Raspberry PI
-White
Data link from my Mac Mini.
Router:
Shuttle DS81
8GB RAM
32GB SSD
I3-4160
running OPNsense
Added is one intel internal NIC with Dual antenne (when wifi is under maintinence)
Mac Mini
16GB RAM
OSX High Sierra
I7
120GB SSD
750GB Data drive (using dual drive sled)
This machine runs my MAC infrastructure
-Time Machine Backups
-Netboot (PXE)
RIPE ATLAS Probe
Network monitoring, global and otherwise
Raspberry PI 3 B+
Used to boot and open my monitoring dash in Kiosk mode Information is gathered about network status and server status using Agents and network monitoring data provided by
Grafana
InfluxDB
Telegraf
Ubiquiti 48Port Managed Switch (non-POE)
Connected to my patch panel and managers all LAN connectivity. The switch like everything else in my network is managed so it is L3. It has a static IP like all other core equipment in my rack.
Some Dell monitor I got from one of the members of TPU Actually! Works great and fits in the rack well.
Lolita Spyder w/ Miami Colorway Key Caps
This KB is connected to the KVM velcro'd to the left side of my Rack near the monitor. It allows me to swap between the two physical servers below it.
NetGear ReadyNAS 102
2x 2TB WD Reds
This is an iSCSI target (network link) and used as the backup destination for TDE-CORE.
Virtual Servers
-TDE-Cams
Running Ubuntu 16.04 this virtual server runs the Ubiquiti software controller that runs my Ubiquiti G3 PoE cameras. This server is on my 2x 1TB Mixed drive array.
-TDE-FTP
This server is used to collect logs from software I write. It runs on server 2012 R2.
-TDE-Game
This server hosts my game servers for the public and friends. Currently I host a private Never Winter Nights 1 campaign and whatever tickles my fancy on steam. I use SteamCMD to control the steam servers I host.
-TDE-Minecraft
Soon to be a public server again running on a modified version of Ubuntu, the current server is currently running on Server 2012 R2 and is private. A players grandmother apparently utilized the server frequently and passed away. The player reached out and asked if I could archive the world so they could remember there grandmother. I happily obliged.
-TDE-PLEX
This Server 2012 R2 machine runs my plex server and the VM is attached to a 2x 2TB (4TB) Hitachi array it uses to store Video.
-TDE-TS
This server 2012 R2 server hosts a public 512 NFR seat Teamspeak server I have ran for around 7 years.
-TDE-UBNT
This Server runs Ubuntu 16.04 and hosts the Ubiquiti controller that controls my Ubiquiti Switch and Access point. This is the servers whos web-ui I interact with to make any network changes.
-TDE-WEBv2
This server runs FreeBSD (UNIX) and acts as my web server. The webserver runs on NGINX and currently hosts 4 seperate domains. SSL is provided by certificates generated on a scheduled task provided by Lets Encrypt. The domains are a slew of tech and personal and host a variety of things from image hosting to server status. I have used FreeBSD to host the site after struggles with windows and ubuntu servers and overall enjoy the unix experience far more. Right tool for the job as they say. My IP changes since I dont have a business line going to my house. In order to accommodate this so my sites dont go down. I have been using AFRIAD.ORG for several years. I log into my account via my router which support linking, everytime my IP changes my DNS records are updated and my sites are reachable by the world.
Fun-Facts
- All of the licensing from server to software is legal and paid for or given via acedemic or personal
- To manage this mess I paid for and LOVE RoyalTS/X
- Data backup and disk maintinence are scheduled tasks that run by day and by month via scheduled tasks.
- All virtual machine settings have been fine tuned from memory usage to core count and even start up staging.
- Services in some cases like minecraft or Teamspeak had to be custom made so the machine did not need to be logged into for them to start
- Physical equipment is set to auto power on in the event of power loss
- Each VM gets a dedicated port provided by the Intel NICs
- NICs and storage Arrays are dedicated to there corrisponding VM and are not managable from the host server, for security and performance.
- All networking is strung Cat6 cable via 40ft of 3" PVC conduit in the ceiling.
- PoE injectors (right), KVM switch (Left) and Multi outlet Power distrobution (Right) are all Velcor'd to the side of the rack for easy removal.
- All cables use Velcro ties (zip ties are bad for ethernet and you should feel bad for using them!)
- WAN connection is 150/150 Fiber.
Not Pictured
Ubiquiti AP-AC Pro
Ubiquiti UVC-G3 Cameras
Gone but not forgotten
APC 1500VA UPS shit itself last week. Got tired of buying batteries for it so looking for a rack mount solution ATM.
Thats it! I plan on making guides for various facets of home labbing from server config to monitoring software. I hope to gain a bit of a following with some of the other labbers and professionals on the forum so we can cut out a nice space to talk about things like this. If you have any questions though that might have a short answer ask away!
And please feel free to contribute! Big or small I would love to see what some of you run or are testing!

Details:
From top to bottom
48Port Cat6 (Grade) Patch Panel
Connected and punched down are all of the data drops from around the house including the servers below.
All links are then connected to the Switch below it using 3ft CAT6 cable.
Links are color coded to indicate linktype.
-Black
Data links from the Servers and Data links from drops around the house.
-Yellow
Management interfaces from the servers. Each one goes to the IPMI Access ports and primary (On board) ports for the servers.
-Red
Red on the left is WAN in and is dedicated to Port 1 on the Switch. Red to the right is Data feed to my PoE injectors.
-Green
Green is hot power from my PoE injectors to my Camera systems and Access Point (AP) elsewhere in the house.
-Blue
Blue is Data from my RIPE probe, NAS, and my Raspberry PI
-White
Data link from my Mac Mini.
Router:
Shuttle DS81
8GB RAM
32GB SSD
I3-4160
running OPNsense
Added is one intel internal NIC with Dual antenne (when wifi is under maintinence)
Mac Mini
16GB RAM
OSX High Sierra
I7
120GB SSD
750GB Data drive (using dual drive sled)
This machine runs my MAC infrastructure
-Time Machine Backups
-Netboot (PXE)
RIPE ATLAS Probe
Network monitoring, global and otherwise
Raspberry PI 3 B+
Used to boot and open my monitoring dash in Kiosk mode Information is gathered about network status and server status using Agents and network monitoring data provided by
Grafana
InfluxDB
Telegraf
Ubiquiti 48Port Managed Switch (non-POE)
Connected to my patch panel and managers all LAN connectivity. The switch like everything else in my network is managed so it is L3. It has a static IP like all other core equipment in my rack.
Some Dell monitor I got from one of the members of TPU Actually! Works great and fits in the rack well.
Lolita Spyder w/ Miami Colorway Key Caps
This KB is connected to the KVM velcro'd to the left side of my Rack near the monitor. It allows me to swap between the two physical servers below it.
TDE-Core
On the left we have my primary server. Its in some Corsair case with alot of 120mm fans and ventilation
32GB Mushkin Udimm (ECC)
Intel Xeon 1241v3
SuperMicro X10SLM+ -F
Windows Server 2016 DC
Asus(Infineon?) 1.2 TPM Chip
VM and Os drives are bitlocker encrypted.
2x Intel PRO/1000 PT Quad Port cards
2x 500GB Micron M500s SSD
1x Mushkin 120GB Chronos SSD
4x Hitachi 2TB HDDs
1x Hitachi 1TB HDD
1x Western Digital RED 1TB HDD
Arrays consist of the following
2x 2TB Hitachi HDDs in RAID0 serve as the house file share
2x 2TB Hitachi HDDs in RAID0 serve as the PLEX media array
2x 500GB Micron SSDs in RAID0 serve as the VM host array
2x 1TB mixed drives in RAID0 serve as the video surveillance array.
1x Mushkin SSD is the Boot drive for the main OS
All arrays with the exception of the house File share are controlled by the onboard hardware RAID controller. The file share is a storage pool made with windows storage spaces and is formatted as ReFS.
This Host (Physical) server also acts as my PXE machine so I can do windows installs over ethernet.
On the left we have my primary server. Its in some Corsair case with alot of 120mm fans and ventilation
32GB Mushkin Udimm (ECC)
Intel Xeon 1241v3
SuperMicro X10SLM+ -F
Windows Server 2016 DC
Asus(Infineon?) 1.2 TPM Chip
VM and Os drives are bitlocker encrypted.
2x Intel PRO/1000 PT Quad Port cards
2x 500GB Micron M500s SSD
1x Mushkin 120GB Chronos SSD
4x Hitachi 2TB HDDs
1x Hitachi 1TB HDD
1x Western Digital RED 1TB HDD
Arrays consist of the following
2x 2TB Hitachi HDDs in RAID0 serve as the house file share
2x 2TB Hitachi HDDs in RAID0 serve as the PLEX media array
2x 500GB Micron SSDs in RAID0 serve as the VM host array
2x 1TB mixed drives in RAID0 serve as the video surveillance array.
1x Mushkin SSD is the Boot drive for the main OS
All arrays with the exception of the house File share are controlled by the onboard hardware RAID controller. The file share is a storage pool made with windows storage spaces and is formatted as ReFS.
This Host (Physical) server also acts as my PXE machine so I can do windows installs over ethernet.
TDE-Lab
On the right we have my Lab server. this machine doesn't stay the same for very long and is a very new addtion to my lab. This machine is currently being built up.
4GB Mushkin udimm (ECC)
Intel Xeon E3-1275Lv3
SuperMicro X10SLL-F
2x WD 500GB HDDs RAID0
This machine gets formatted frequently and while I wait for RAM no other modifications are being done ATM. The unit is running server 2016 DC and is generally used for teaching and guides.
On the right we have my Lab server. this machine doesn't stay the same for very long and is a very new addtion to my lab. This machine is currently being built up.
4GB Mushkin udimm (ECC)
Intel Xeon E3-1275Lv3
SuperMicro X10SLL-F
2x WD 500GB HDDs RAID0
This machine gets formatted frequently and while I wait for RAM no other modifications are being done ATM. The unit is running server 2016 DC and is generally used for teaching and guides.
NetGear ReadyNAS 102
2x 2TB WD Reds
This is an iSCSI target (network link) and used as the backup destination for TDE-CORE.
Virtual Servers
-TDE-Cams
Running Ubuntu 16.04 this virtual server runs the Ubiquiti software controller that runs my Ubiquiti G3 PoE cameras. This server is on my 2x 1TB Mixed drive array.
-TDE-FTP
This server is used to collect logs from software I write. It runs on server 2012 R2.
-TDE-Game
This server hosts my game servers for the public and friends. Currently I host a private Never Winter Nights 1 campaign and whatever tickles my fancy on steam. I use SteamCMD to control the steam servers I host.
-TDE-Minecraft
Soon to be a public server again running on a modified version of Ubuntu, the current server is currently running on Server 2012 R2 and is private. A players grandmother apparently utilized the server frequently and passed away. The player reached out and asked if I could archive the world so they could remember there grandmother. I happily obliged.
-TDE-PLEX
This Server 2012 R2 machine runs my plex server and the VM is attached to a 2x 2TB (4TB) Hitachi array it uses to store Video.
-TDE-TS
This server 2012 R2 server hosts a public 512 NFR seat Teamspeak server I have ran for around 7 years.
-TDE-UBNT
This Server runs Ubuntu 16.04 and hosts the Ubiquiti controller that controls my Ubiquiti Switch and Access point. This is the servers whos web-ui I interact with to make any network changes.
-TDE-WEBv2
This server runs FreeBSD (UNIX) and acts as my web server. The webserver runs on NGINX and currently hosts 4 seperate domains. SSL is provided by certificates generated on a scheduled task provided by Lets Encrypt. The domains are a slew of tech and personal and host a variety of things from image hosting to server status. I have used FreeBSD to host the site after struggles with windows and ubuntu servers and overall enjoy the unix experience far more. Right tool for the job as they say. My IP changes since I dont have a business line going to my house. In order to accommodate this so my sites dont go down. I have been using AFRIAD.ORG for several years. I log into my account via my router which support linking, everytime my IP changes my DNS records are updated and my sites are reachable by the world.
Fun-Facts
- All of the licensing from server to software is legal and paid for or given via acedemic or personal
- To manage this mess I paid for and LOVE RoyalTS/X
- Data backup and disk maintinence are scheduled tasks that run by day and by month via scheduled tasks.
- All virtual machine settings have been fine tuned from memory usage to core count and even start up staging.
- Services in some cases like minecraft or Teamspeak had to be custom made so the machine did not need to be logged into for them to start
- Physical equipment is set to auto power on in the event of power loss
- Each VM gets a dedicated port provided by the Intel NICs
- NICs and storage Arrays are dedicated to there corrisponding VM and are not managable from the host server, for security and performance.
- All networking is strung Cat6 cable via 40ft of 3" PVC conduit in the ceiling.
- PoE injectors (right), KVM switch (Left) and Multi outlet Power distrobution (Right) are all Velcor'd to the side of the rack for easy removal.
- All cables use Velcro ties (zip ties are bad for ethernet and you should feel bad for using them!)
- WAN connection is 150/150 Fiber.
Not Pictured
Ubiquiti AP-AC Pro
Ubiquiti UVC-G3 Cameras
Gone but not forgotten
APC 1500VA UPS shit itself last week. Got tired of buying batteries for it so looking for a rack mount solution ATM.
Thats it! I plan on making guides for various facets of home labbing from server config to monitoring software. I hope to gain a bit of a following with some of the other labbers and professionals on the forum so we can cut out a nice space to talk about things like this. If you have any questions though that might have a short answer ask away!
And please feel free to contribute! Big or small I would love to see what some of you run or are testing!
Last edited: