Introducing the Nutanix NXS2U1NL12G810, a state-of-the-art Enterprise Servers designed for the modern consumer.
This model, NXS2U1NL12G810, is part of the ENERGY STAR certified products and is brought to you by Nutanix.
Key Features:
- Date Available On Market: January 3, 2022
- Date Certified: December 27, 2023
- Markets: United States, Japan, Canada
- CB Model Identifier: NXS2U1NL12G810
- Meets ENERGY STAR Most Efficient 2024 Criteria: No
Available in United States, Japan, Canada markets, the Nutanix NXS2U1NL12G810 is the perfect addition to any home, offering both performance and energy efficiency.
Release Date: January 3, 2022 Qualified Date: December 27, 2023
Don't miss out on this high-performance, energy-efficient Enterprise Servers.
Get yours today and enjoy the ultimate viewing experience!
More on NXS2U1NL12G810
Full Specifications of NXS2U1NL12G810
ENERGY STAR Partner | Nutanix |
Product Category | Enterprise Servers |
Type | Enterprise Servers |
Brand Name | Nutanix |
Model Name | NXS2U1NL12G810 |
Model Number | NXS2U1NL12G810 |
Date Available On Market | January 3, 2022 |
Date Certified | December 27, 2023 |
Markets | United States, Japan, Canada |
CB Model Identifier | NXS2U1NL12G810 |
Meets ENERGY STAR Most Efficient 2024 Criteria | No |
Product Form Factor | Rack-mount |
Product Processor Socket Count | 2 |
Single Server | No |
Storage Heavy Server | No |
Resilient System | No |
Error Correcting Code | Yes |
Error Correcting Code Enabled in Hardware as Shipped | Yes |
Available Expansion Slots | 3 |
Operating Systems Supported | Windows,Linux |
Operating System Used for Testing | Windows |
Power Saving Features Available | Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Low power I/O states,Power capping,Low power memory states,Dynamic voltage and frequency scaling of processor(s) |
Power Saving Features Enabled | Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Low power I/O states,Power capping,Low power memory states,Dynamic voltage and frequency scaling of processor(s) |
End User Required Power Saving Features | N/A |
Storage Power Management Enabled in Hardware on Shipment | Yes |
Memory Power Management Enabled in Hardware on Shipment | Yes |
I/O Power Management Enabled in Hardware on Shipment | Yes |
Processor Dynamic Voltage Scaling Enabled on Shipment | Yes |
Processor Dynamic Frequency Scaling Enabled on Shipment | Yes |
Processor Dynamic Voltage Scaling End-User Enabling Required | No |
Processor Dynamic Frequency Scaling End-User Enabling Required | No |
Processor or Core Reduced Power States Enabled on Shipment | Yes |
Processor or Core Reduced Power States Enabling Required | No |
Power Capping Enabled on Shipment | Yes |
Power Capping End-User Enabling Required | No |
Variable Speed Fan Control Enabled on Shipment | Yes |
Variable Speed Fan Control End-User Enabling Required | No |
Low Power Memory States Enabled on Shipment | Yes |
Low Power Memory States End-User Enabling Required | No |
Low Power I/O States Enabled on Shipment | Yes |
Liquid Cooling Capability Enabled on Shipment | No |
Liquid Cooling Capability End-User Enabling Required | Yes |
Available DIMM Slots | 32 |
Maximum Memory Capacity (GB) | 4,096 |
SERT Version | Other |
SERT Version Other | 2.0.7 (Low-Power) 2.0.4 (High-End and Typical) |
Model Number or Config ID for Low-end Performance Configuration | NXS2U1NL12G810 |
Model Number or Config ID for Typical or Single Configuration | NXS2U1NL12G810 |
Model Number or Config ID for High-end Performance Configuration | NXS2U1NL12G810 |
Installed Processors for Low-end Performance Configuration | 2 |
Installed Processors for Typical or Single Configuration | 2 |
Installed Processors for High-end Performance Configuration | 2 |
Cores Per Processor Low-end Performance Configuration | 20 |
Cores Per Processor Typical or Single Configuration | 24 |
Cores Per Processor High-end Performance Configuration | 20 |
Number of Threads for Low-end Performance Configuration | 80 |
Number of Threads for Typical or Single Configuration | 96 |
Number of Threads for High-end Performance Configuration | 80 |
Processor Brand Low-end Performance Configuration | Intel |
Processor Brand Typical or Single Configuration | Intel |
Processor Brand High-end Performance Configuration | Intel |
Processor Model Name Low-end Performance Configuration | Silver 4316 |
Processor Model Name Typical or Single Configuration | Gold 6342 |
Processor Model Name High-end Performance Configuration | Platinum 8380 |
Processor Speed for Low-end Performance Configuration (GHz) | 2 |
Processor Speed for Typical or Single Configuration (GHz) | 3 |
Processor Speed for High-end Performance Configuration (GHz) | 2 |
Num. of DDR Channels for Low-end Performance Configuration | 0 |
Num. of DDR Channels for Typical or Single Configuration | 0 |
Num. of DDR Channels for High-end Performance Configuration | 0 |
Memory Manufacturer for Low-end Performance Configuration | Samsung |
Memory Manufacturer for Typical or Single Configuration | Samsung |
Memory Manufacturer for High-end Performance Configuration | Samsung |
Memory Model Number Low-end Performance Configuration | M393A4K40DB3 |
Memory Model Number Typical or Single Configuration | M393A8G40AB2 |
Memory Model Number High-end Performance Configuration | M393AAG40M32 |
Memory Speed Low-end Performance Configuration (GHz) | 3 |
Memory Speed Typical or Single Configuration (GHz) | 3 |
Memory Speed High-end Performance Configuration (GHz) | 3 |
Low-end Performance Configuration Size Per DIMM (GB) | 16 |
Typical or Single Configuration Size Per DIMM (GB) | 128 |
High-end Performance Configuration Size Per DIMM (GB) | 128 |
Installed Num. DIMMs for Low-end Performance Configuration | 32 |
Installed Num. DIMMs for Typical or Single Configuration | 16 |
Installed Num. DIMMs for High-end Performance Configuration | 32 |
Installed Memory for Low-end Performance Configuration (GB) | 512 |
Installed Memory for Typical or Single Configuration (GB) | 2,048 |
Installed Memory for High-end Performance Configuration (GB) | 4,096 |
Num. Solid State Drives (SSDs) Low-end Performance Configuration | 2 |
Num. Solid State Drives (SSDs) Typical or Single Configuration | 2 |
Num. Solid State Drives (SSDs) High-end Performance Configuration | 6 |
Number Rotational Drives Low-end Performance Configuration | 0 |
Number Rotational Drives Typical or Single Configuration | 4 |
Number Rotational Drives High-end Performance Configuration | 6 |
Low-end Performance Configuration Redundant Power Supply | Yes |
Typical or Single Configuration Redundant Power Supply | Yes |
High-end Performance Configuration Redundant Power Supply | Yes |
Power Supply Type for Low-end Performance Configuration | Single-Output |
Power Supply Type for Typical or Single Configuration | Single-Output |
Power Supply Type for High-end Performance Configuration | Single-Output |
Power Supply Manufacturer Low-end Performance Configuration | Compuware Technology |
Power Supply Manufacturer Typical or Single Configuration | Compuware Technology |
Power Supply Manufacturer High-end Performance Configuration | Compuware Technology |
Power Supply Model Name Low-end Performance Configuration | PWS-2K08A-1R |
Power Supply Model Name Typical or Single Configuration | PWS-2K08A-1R |
Power Supply Model Name High-end Performance Configuration | PWS-2K08A-1R |
Power Supply Model Number Low-end Performance Configuration | PWS-2K08A-1R |
Power Supply Model Number Typical or Single Configuration | PWS-2K08A-1R |
Power Supply Model Number High-end Performance Configuration | PWS-2K08A-1R |
Power Supply Rated Output Low-end Performance Configuration (W) | 2,000 |
Power Supply Rated Output Typical or Single Configuration (W) | 2,000 |
Power Supply Rated Output High-end Performance Configuration (W) | 2,000 |
Num. Power Supplies for Low-end Performance Configuration | 2 |
Num. Power Supplies for Typical or Single Configuration | 2 |
Num. Power Supplies for High-end Performance Configuration | 2 |
Number of PSU for Redundancy Low-end Performance Configuration | 1 |
Number of PSU for Redundancy Typical or Single Configuration | 1 |
Number of PSU for Redundancy High-end Performance Configuration | 1 |
64-bit Architecture | 64-bit supported |
SERT Compress Eff. Score for Low-end Performance Configuration | 17 |
SERT Compress Eff. Score for Typical or Single Configuration | 16 |
SERT Compress Eff. Score for High-end Performance Configuration | 15 |
SERT CryptoAES Efficiency Score Low-end Performance Configuration | 24 |
SERT CryptoAES Efficiency Score Typical or Single Configuration | 23 |
SERT CryptoAES Efficiency Score High-end Performance Configuration | 17 |
SERT LU Efficiency Score Low-end Performance Configuration | 24 |
SERT LU Efficiency Score Typical or Single Configuration | 23 |
SERT LU Efficiency Score High-end Performance Configuration | 23 |
SERT SOR Efficiency Score Typical or Single Configuration | 14 |
SERT SOR Efficiency Score High-end Performance Configuration | 14 |
SERT SORT Efficiency Score Low-end Performance Configuration | 14 |
SERT SORT Efficiency Score Typical or Single Configuration | 11 |
SERT SORT Efficiency Score High-end Performance Configuration | 11 |
SERT SHA256 Efficiency Score Low-end Performance Configuration | 21 |
SERT SHA256 Efficiency Score Typical or Single Configuration | 152 |
SERT SHA256 Efficiency Score High-end Performance Configuration | 155 |
SERT Flood Efficiency Score Low-end Performance Configuration | 5 |
SERT Flood Efficiency Score Typical or Single Configuration | 2 |
SERT Flood Efficiency Score High-end Performance Configuration | 1 |
SERT Capacity Efficiency Score Low-end Performance Configuration | 38 |
SERT Capacity Efficiency Score Typical or Single Configuration | 11 |
SERT Capacity Efficiency Score High-end Performance Configuration | 11 |
SERT Sequential Efficiency Score Low-end Performance Configuration | 223 |
SERT Sequential Efficiency Score Typical or Single Configuration | 125 |
SERT Sequential Efficiency Score High-end Performance Configuration | 94 |
SERT Random Efficiency Score Low-end Performance Configuration | 2,168 |
SERT Random Efficiency Score Typical or Single Configuration | 1,470 |
SERT Random Efficiency Score High-end Performance Configuration | 1,038 |
SERT SSJ Efficiency Score Low-end Performance Configuration | 16 |
SERT SSJ Efficiency Score Typical or Single Configuration | 14 |
SERT SSJ Efficiency Score High-end Performance Configuration | 13 |
SERT Idle Measurement (Watts) Low-end Performance Configuration | 216 |
SERT Active State Efficiency Score Low-end Performance Configuration | 38 |
SERT Total Server Normalized Performance Score Low-end Performance Configuration | 999 |
SERT Total Server Power Score (Watts) Low-end Performance Configuration | 4,483 |
SERT Idle Measurement (Watts) Typical or Single Configuration | 315 |
SERT Active State Efficiency Score Typical or Single Configuration | 38 |
SERT Total Server Normalized Performance Score Typical or Single Configuration | 1,000 |
SERT Total Server Power Score (Watts) Typical or Single Configuration | 6,608 |
SERT Idle Measurement (Watts) High-end Performance Configuration | 483 |
SERT Active State Efficiency Score High-end Performance Configuration | 35 |
SERT Total Server Normalized Performance Score High-end Performance Configuration | 1,326 |
SERT Total Server Power Score (Watts) High-end Performance Configuration | 9,787 |
Date Qualified | December 27, 2023 |
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