Intel Xeon E3-1225 V6 Kaby Lake 3.3 GHz (3.7 GHz Turbo) LGA 1151 73W BX80677E31225V6 Server Processor Intel® HD Graphics P630,
Specification: Intel Xeon E3-1225 V6 Kaby Lake 3.3 GHz (3.7 GHz Turbo) LGA 1151 73W BX80677E31225V6 Server Processor Intel® HD Graphics P630
Brand
Intel
64-Bit Support
Yes
Cooling Device
Heatsink and Fan included
Thermal Design Power
73W
PCI Express Revision
3.0
Max Dynamic Frequency
1.15 GHz
Graphics Base Frequency
350 MHz
Integrated Graphics
Intel HD P630
Virtualization Technology Support
Yes
Memory Channel
2
Integrated Memory Controller Speed
DDR4-2400, DDR3L-1866
Manufacturing Tech
14 nm
L3 Cache
8MB
Series
Intel Xeon E3 v6
L2 Cache
4 x 256KB
Bus Speed
8 GT/s
Max Turbo Frequency
3.7 GHz
Operating Frequency
3.3 GHz
# of Threads
4
# of Cores
Quad-Core
Core Name
Kaby Lake
CPU Socket Type
LGA 1151
Model
BX80677E31225V6
Name
Xeon E3-1225 v6
Date First Available
March 01, 2022
3 reviews for Intel Xeon E3-1225 V6 Kaby Lake 3.3 GHz (3.7 GHz Turbo) LGA 1151 73W BX80677E31225V6 Server Processor Intel® HD Graphics P630
5.0out of 5
★★★★★
★★★★★
3
★★★★★
0
★★★★★
0
★★★★★
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★★★★★
Anonymous –
Pros: Supports ECC memory, performance is similar to Core i7-7700 non-K Cons: Kaby Lake server boards haven’t been released yet. You can use this CPU with a Skylake motherboard (c232 or c236 chipset), but you will probably need a Skylake CPU (it can be a Celeron, Pentium, i3, or Xeon, but not i5 or i7) to update the BIOS, unless the board manufacturer has updated it already. Overall Review: Skylake i5 or i7 may work unofficially to update the BIOS (haven’t tried it), but they are not listed as supported by the C232 / C236 chipset.
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★★★★★
Matthew C. –
Pros: – Fast base/boost clocks annihilate poorly threaded applications more so than a slower clocked E5 – Low power and therefore low temperatures even in a closed network rack – ECC memory support as usual – About as inexpensive as you can get for a Xeon Cons: – Finding Unbuffered ECC memory right now is a pain for the average consumer – Lacking in PCIe bandwidth for installations with large I/O Overall Review: Running this processor on a Supermicro X11SSM-F in a Rosewill 2U chassis with Crucial ECC UDIMMs; it’s linked to a storage box over an ‘old’ surplus Mellanox ConnectX-3 IB HBA and has been serving files among other things since purchase without a single fault. Does an awesome job of single/lightly threaded server work. Not much else to say – it does exactly what you’d expect a Xeon to do at 4.1GHz.
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★★★★★
Adam J. –
Pros: Excellent per thread performance for about as cheap as i’d go Xeon-wise. Much better than other Xeons with much lower clock speeds. Integrated graphics to accelerate applications that can take advantage of that.(no discrete video needed for initial setup or troubleshooting) Low idle power draw, I haven’t put my Kill-A-Watt on this rig and I don’t think I need to Hyperthreading for when you’ll need the threads, I wouldn’t virtualize with less than 4(8) cores. Cons: Could use some more PCI-E lanes Kinda wish it was unlocked, but you can’t expect that out of a Xeon. Overall Review: Overall its absolutely amazing in my ESXi home server. Running it on an ASUS P10S-V4/L that I snagged on here when an open box deal was around with 16GB of Unbuffered ECC, soon to be 32GB. Virtualize WinServer2016 for labbing, and use it for file serving, plex, and COMSOL Multiphysics. One note if you go with the Asus board, it does not have IPMI so for virtualization that’s a bummer for monitoring your temps etc.
Anonymous –
Pros: Supports ECC memory, performance is similar to Core i7-7700 non-K Cons: Kaby Lake server boards haven’t been released yet. You can use this CPU with a Skylake motherboard (c232 or c236 chipset), but you will probably need a Skylake CPU (it can be a Celeron, Pentium, i3, or Xeon, but not i5 or i7) to update the BIOS, unless the board manufacturer has updated it already. Overall Review: Skylake i5 or i7 may work unofficially to update the BIOS (haven’t tried it), but they are not listed as supported by the C232 / C236 chipset.
Matthew C. –
Pros: – Fast base/boost clocks annihilate poorly threaded applications more so than a slower clocked E5 – Low power and therefore low temperatures even in a closed network rack – ECC memory support as usual – About as inexpensive as you can get for a Xeon Cons: – Finding Unbuffered ECC memory right now is a pain for the average consumer – Lacking in PCIe bandwidth for installations with large I/O Overall Review: Running this processor on a Supermicro X11SSM-F in a Rosewill 2U chassis with Crucial ECC UDIMMs; it’s linked to a storage box over an ‘old’ surplus Mellanox ConnectX-3 IB HBA and has been serving files among other things since purchase without a single fault. Does an awesome job of single/lightly threaded server work. Not much else to say – it does exactly what you’d expect a Xeon to do at 4.1GHz.
Adam J. –
Pros: Excellent per thread performance for about as cheap as i’d go Xeon-wise. Much better than other Xeons with much lower clock speeds. Integrated graphics to accelerate applications that can take advantage of that.(no discrete video needed for initial setup or troubleshooting) Low idle power draw, I haven’t put my Kill-A-Watt on this rig and I don’t think I need to Hyperthreading for when you’ll need the threads, I wouldn’t virtualize with less than 4(8) cores. Cons: Could use some more PCI-E lanes Kinda wish it was unlocked, but you can’t expect that out of a Xeon. Overall Review: Overall its absolutely amazing in my ESXi home server. Running it on an ASUS P10S-V4/L that I snagged on here when an open box deal was around with 16GB of Unbuffered ECC, soon to be 32GB. Virtualize WinServer2016 for labbing, and use it for file serving, plex, and COMSOL Multiphysics. One note if you go with the Asus board, it does not have IPMI so for virtualization that’s a bummer for monitoring your temps etc.