ThinkStation P320

Version: 3 | March 1, 2018

Section I: System Overview

P320 SFF
P320 Tiny
P320 Tower
Description
The single-processor P320 workstation uses a Micro Advanced Technology Extended (MATX) motherboard, with a 210 watt(W) power supply unit (PSU). The motherboard chipset consists of the Intel® 2400-MHz PCH supporting error-correcting code (ECC) Double Data Rate 4 (DDR4). Maximum memory supported is 64GB for UDIMMs. The processor socket is an Intel® LGA1150 GA-C2 level with support for dual core, quad core, processors from the Intel® Xeon line (E3-1200v6 family of processors) as well as Core i (i3, i5, i7)
Engineered to go where others can’t, the ThinkStation® P320 Tiny combines simple and efficient design with the professional power of a workstation. Pushing the envelope, this ISV-certified workstation packs 7th Gen Intel® processors and NVIDIA® Quadro® professional graphics inside and provides up to 2TB of storage and 32GB of memory. Able to support six independent displays, this Tiny system is ideal for the demands of architecture and engineering, financial services, healthcare, STEM education, and any other area where powerful ideas are brought to life.
The single-processor P320 workstation uses a Micro Advanced Technology Extended (MATX) motherboard, both 250 watt (W), and an optional 400 watt (W) power supply unit (PSU). The motherboard chipset consists of the Intel® 2400-MHz PCH supporting error-correcting code (ECC) Double Data Rate 4 (DDR4). Maximum memory supported is 64GB for UDIMMs. The processor socket is an Intel® LGA1150 GA-C2 level with support for dual core, quad core, processors from the Intel® Xeon line (E3-1200v6 family of processors) as well as Core i processors (i3, i5, i7).

Operating Systems

P320 SFF
P320 Tiny
P320 Tower
Preloaded
Genuine Windows 10® Professional 64-bit
Genuine Windows 10DG to 7® Professional 64-bit
Genuine Windows 10® Professional 64-bit
Genuine Windows 10DG to 7® Professional 64-bit
Genuine Windows 10® Professional 64-bit
Genuine Windows 10DG to 7® Professional 64-bit
Supported
Red Hat Enterprise Linux 7.3
Red Hat Enterprise Linux 7.3
Red Hat Enterprise Linux 7.3

Motherboard

Form Factor

P320 SFF
P320 Tiny
P320 Tower
Board Size
248mm*248mm
170mm*170mm
248mm*248mm
Layout

Motherboard Core

P320 SFF
P320 Tiny
P320 Tower
Processor Support
Intel® Xeon™ E3-1200v6/v5
Intel® i7™ Quad Core
Intel® i5™ Quad Core
Intel® i3™ Dual Core
Intel® i7™ Quad Core
Intel® i5™ Quad Core
Intel® i3™ Dual Core
Intel® Xeon™ E3-1200v6/v5
Intel® i7™ Quad Core
Intel® i5™ Quad Core
Intel® i3™ Dual Core
Socket Type
LGA1151
LGA1151
Memory Support
2400 MHz
2400 MHz
2400 MHz
QPI (GTPS)
up to 9.6GT/s
up to 9.6GT/s
Voltage Regulator
80W TDP
80W TDP
Chipset (PCH)
Intel C236
16MB
Intel C236
Intel C270
16MB
HW Monitor
Flash
Super I/O
Nuvoton NCT6685D
Nuvoton NCT6685D
Clock
Greenlow Native isCLK(Intel C236)
Greenlow Native isCLK(Intel C236)
Audio
ALC662VD-GR
ALC662VD-GR
Ethernet
Intel I219-LM
Intel I219LM
Intel I219-LM
SAS

Memory

P320 SFF
P320 Tiny
P320 Tower
Slots
4
2
4
Channels
2
1
2
Type
UDIMM
SODIMM
UDIMM
ECC Support
Yes (with Xeon Processor)
N/A
Yes (with Xeon Processor)
Speed
2400 MHz
2400 MHz
2400 MHz
Max DIMM Size
16GB
16GB
16GB
Max System Memory
64GB
32GB
64GB

Ethernet

P320 SFF
P320 Tiny
P320 Tower
Vendor
Intel
Intel
Intel
Count
1
1
1
EEPROM
None
None
None
Speeds
10/100/1000 Mbps
10/100/1000 Mbps
10/100/1000 Mbps
Functions
PXE, WOL, AMT
PXE, WOL, AMT
PXE, WOL, AMT
Connectors
(1) x RJ45 on Rear I/O
(1) x RJ45 on Rear I/O
(1) x RJ45 on Rear I/O

Audio

P320 SFF
P320 Tiny
P320 Tower
Vendor
Type
Integrated Audio
Integrated Audio
Integrated Audio
Internal Speaker
Connectors
Chipset
ALC662VD-GR
AL294
ALC662VD-GR
Stereo Conversion
24-bit DAC and 24-bit ADC
24-bit DAC and 24-bit ADC
24-bit DAC and 24-bit ADC
High Definition Stereo Support
v
v
v
Number of Channels
2 channels (5.1 via Driver Selection)
6
2 channels (5.1 via Driver Selection)
Number of Bits/Audio Resolution
6 channels of DAC support 16/20/24-bit PCM format for 5.1 audio solution
2 stereo ADC support 16/20-bit PCM format
6 channels of DAC support 16/20/24-bit PCM format for 5.1 audio solution
2 stereo ADC support 16/20-bit PCM format
6 channels of DAC support 16/20/24-bit PCM format for 5.1 audio solution
2 stereo ADC support 16/20-bit PCM format
Sampling Rate (Recording/Playback)
Support 44.1K/48K/96K sample rate
Support 44.1K/48K/96K sample rate
Support 44.1K/48K/96K sample rate
Signal to Noise Ratio
DAC SNR>98dBFSA, ADC SNR>90dBFSA
DAC SNR>98dBFSA, ADC SNR>90dBFSA
DAC SNR>98dBFSA, ADC SNR>90dBFSA
Wavetable Voices
32-voice wavetable(For XP only)
32-voice wavetable(For XP only)
32-voice wavetable(For XP only)
Analog Audio
v
v
v
Dolby Digital
None
None
None
THX
None
None
None
Digital Out (S/PDIF)
None
None
None
Speaker Power Rating
Int Speaker (1W) / Ext 2.0 Speaker (4W)
Int Speaker (1.5W)
Int Speaker (1.5W) / Ext 2.0 Speaker (4W)

Video

P320 SFF
P320 Tiny
P320 Tower
Onboard
Supported (On some Processors)
Supported
Supported (On some Processors)
Adapter
Multi-GPU Support
Type
Integrated (Some Processors)
Integrated
Integrated (Some Processors)
Bus Interface
Processor onboard
Processor onboard
Processor onboard
Display Interface
VGA/DP/DP
DP
VGA/DP/DP
Video Resolution (max)
DP: 4096×2304@60Hz
4096×2304/60Hz/DP, 4K support on 60Hz
DP: 4096×2304@60Hz
Graphics Cover Name
Intel HD Graphics 530
KBL CPU with Intel® HD Graphics 630 & SKL CPU with Intel® HD Graphics 530
Intel HD Graphics 530

Storage

P320 SFF
P320 Tiny
P320 Tower
Floppy
None
None
None
IDE
None
None
None
SATA
(5) x SATA Connectors, Gen. 3
(1) x eSATA Connector, Gen. 3
SATA RAID 0,1,5 supported natively via Intel Controller
(5) x SATA Connectors, Gen. 3
(1) x eSATA Connector, Gen. 3
(1) x SATA Connectors, Gen. 3
(2) xM.2.2280 KeyM slot, Gen.3

SATA RAID 0,1,5,10 supported natively via Intel Controller
eSATA
(1) x eSATA Connector, Gen. 3
N/A
(1) x eSATA Connector, Gen. 3

Slots

P320 SFF
P320 Tiny
P320 Tower
Slot 1
PCI: No
Available Slots: No
PIN Count: No
Data Bus Width: No
Voltage: No
PCI: No
Available Slots: No
PIN Count: No
Data Bus Width: No
Voltage: No
PCI: No
Available Slots: No
PIN Count: No
Data Bus Width: No
Voltage: No
Slot 2
PCI Express x1: 2pcs
Available Slots: 1 Low Profile
PIN Count: 36 pins connectors
Data Bus Width: 500MB/s per Direction; duplex 16GB/s
Voltage: 12V
Power (Max): 25W
PCI Express x1: 2pcs
Available Slots: 1 Full High
PIN Count: 36 pins connectors
Data Bus Width: 500MB/s per Direction; duplex 16GB/s
Voltage: 12V
Power (Max): 25W
Slot 3
PCI Express x4: Yes
Available Slots: 1 Half High
PIN Count: 164 pins connectors
Data Bus Width: 8GB/s per Direction ; duplex 1GB/s
Voltage: 12V
Power (Max): 45W
No
PCI Express x4: Yes
Available Slots: 1 Full Height
PIN Count: 164 pins connectors
Data Bus Width: 8GB/s per Direction ; duplex 1GB/s
Voltage: 12V
Power (Max): 75W
Slot 4
PCI Express x16 (x4 elec): No
Slot 5
Slot 6
PCI Express x16 (x8 elec): Yes
Available Slots: 1 Low Profile(Riser card)
PIN Count: 120 pins connectors
Data Bus Width: 4GB/s per Direction; duplex 8GB/s
Voltage: 12V
Power (Max): 50W
Slot 7
PCI Express x16: Yes
Available Slots: 1 Half High
PIN Count: 164 pins connectors
Data Bus Width: 8GB/s per Direction; duplex 16GB/s
Voltage: 12V
Power (Max): 45W
PCI Express x16: No
Slot 8

I/O Front Default Ports

P320 SFF
P320 Tiny
P320 Tower
USB 3.0 Type A
Headset
Headphone
Microphone
9-in-1 Media Card Reader

I/O Front Optional Ports

P320 SFF
P320 Tiny
P320 Tower
Flex Module
9-in-1 Media Card Reader
29-in-1 Media Card Reader

I/O Rear Default Ports

P320 SFF
P320 Tiny
P320 Tower
USB 2.0 Type A
USB 3.0 Type A
Display Port
VGA Port
1 standard serial, 1 optional via punching out
Audio In
Audio Out
Microphone
RJ45
2 PS/2

I/O Rear Optional Ports

P320 SFF
P320 Tiny
P320 Tower
2 PS/2
1 standard serial, 1 optional via punching out
IEEE 1394
eSATA
Parallel Card
Dual USB 3.1 Type C Card
Dual USB 2.0 Type A card
Single/Dual Port Network Card
Single/Dual/Quad Port Network Card

Thermal

P320 SFF
P320 Tiny
P320 Tower
Temp Sensors
Ambient Cable Thermal Sensor
VR Temperature Sensor
PSU Thermal Sensor(inside)
Ambient Cable Thermal Sensor
Ambient Cable Thermal Sensor
VR Temperature Sensor
PSU Thermal Sensor (inside)
Fans
Rear SYSTEM Fan x1 4-pin header with 4-pin key
Front Fan 4-pin header with 4 pin key
ODD bay Fan 4-pin header with 3-pin key
PSU Fan Main PSU power connector
CPU Fan Header x1 4-pin header with 4-pin key
CPU Fan Header x1 4-pin header with 4-pin key
Rear SYSTEM Fan x1 4-pin header with 4-pin key
Front Fan 4-pin header with 4 pin key
ODD bay Fan 4-pin header with 3-pin key
PSU Fan Main PSU power connector
CPU Fan Header x1 4-pin header with 4-pin key

Power Connectors

P320 SFF
P320 Tiny
P320 Tower
Main
(1) 10-Pin (2×5) ATX Standard
N/A
(1) 10-Pin (2×5) ATX Standard
Memory & CPU
4-Pin
N/A
4-Pin
Graphics
None
N/A
6-Pin (400W) (None for 250W)

Security

P320 SFF
P320 Tiny
P320 Tower
TPM
TPM 2.0
TPM 2.0
TPM 2.0
Asset ID
Rohm BUL08-1FJ-W/FVJ-W/NXP PCA24S08AD
Rohm BUL08-1FJ-W/FVJ-W/NXP PCA24S08AD
vPro
E3 12xx v6/v5 yes
Yes
E3 12xx v6/v5 yes

BIOS

P320 SFF
P320 Tiny
P320 Tower
Vendor
AMI
AMI
AMI

Chassis Information

P320 SFF
P320 Tiny
P320 Tower
Format
12L Rack Mountable Tower
1.1L Tiny
25L Rack Mountable Tower
Color
Raven Black paint
Raven Black paint
Raven Black paint
PSU
210 watt 85% efficient tool-less power supply 210 watt 92% efficient tool-less power supply
130W adaptor
250 watt 85% efficient tool-less power supply 400 watt 92% efficient tool-less power supply
Thermal Solutions
Rear Fan Standard – Optional Front fan required for some configurations
One 4-pin connector System Fan
Rear Fan Standard – Optional Front fan required for some configurations
Dimensions
338mm H x 102mm W x 375mm D
2.713 inches × 5.7 inches
425mm H x 175mm W x 431mm D
Weight
SFF(7.9kg(net weight)+1.05kg(carton+0.36kg(plastic)+0.9375kg(wood) = 10.2475 kg)
TWR(13kg(net weight)+1.3kg(carton+p.47kg(plastic)+0.9375kg(wood) = 15.7075 kg)

Packaging Parameters without External Speaker

P320 SFF
P320 Tiny
P320 Tower
Height (mm)
505
179
510
Height (inch)
19.88
7.047
20.08
Width (mm)
215
36.5
310
Width (inch)
8.46
1.437
12.2
Depth (mm)
530
182.9
540
Depth (inch)
20.87
7.2
21.26
Weight (kgs)
9.23
1.32
14
Weight (lbs)
20.34
2.91
30.86

Security & Serviceability

P320 SFF
P320 Tiny
P320 Tower
Hardware Maintenance Manual
Drivers & Software
Access Panel
Tool-less side cover removal
Tool needed
Tool-less side cover removal
Optical Drive
Tool-less
Tool needed
Tool-less
Hard Drives
Tool-less
Tool needed
Tool-less
Expansion Cards
Tool-less
Tool needed
Tool-less
Processor Socket
Tool-less
Tool needed
Tool-less
Color coded User Touch Points
Yes
N/A
Yes
Color-coordinated Cables and Connectors
Yes
N/A
Yes
Memory
Tool-less
Tool-less
Tool-less
System Board
Tool-less
Tool needed
Tool-less
Green Color Power LED on Front of Computer
Yes
Yes
Yes
Restore CD/DVD/USB Set
Restore system to original factory shipping image – Can be obtained via Lenovo Support
Restore system to original factory shipping image – Can be obtained via Lenovo Support
Restore system to original factory shipping image – Can be obtained via Lenovo Support
Cable Lock Support
Yes, Optional Kensington Cable Lock
Yes, Optional Kensington Cable Lock
Yes, Optional Kensington Cable Lock
Serial, Parallel, USB, Audio, Network, Enable/Disable Port Control
Yes
Yes
Yes
Power-On Password
Yes
Yes
Yes
Setup Password
Yes
Yes
Yes
NIC LEDs (integrated)
Yes
Yes
Yes
Security Chip
Yes
Yes
Yes
Access Panel Key Lock
Optional
N/A
Optional
Boot Sequence Control
Yes
Yes
Yes
Padlock Support
Yes, loop in rear for optional padlock, prevents side panel removal
N/A
Yes, loop in rear for optional padlock, prevents side panel removal
Boot without keyboard and/or mouse
Yes
Yes
Yes

Operating Enviornment

Air Temperature
Operating: 10°C to 35°C (50°F to 95°F) Storage: -40°C to 60°C (-40°F to 140°F) in original shipping carton Storage: -10°C to 60°C (14°F to 140°F) without carton
Storage
Humidity
Operating 20% ~ 80% (non-condensing) Non-Operating 20% ~ 90%(non-condensing) Wet Bulb Temperature Operating: 25°C max
Altitude
Operating: -15.2 m to 3048 m (-50 ft to 10 000 ft)
Vibration
With Packaging 1.04 G at 2 to 200 Hz at 1 octave/min Operating: 0.27 G at 5 to 500 Hz at 0.5 octave/min,Ramdom(without LCD panel) Non- operating 1.04 G at 2 to 200 Hz at 1 octave/min
Shock
Without Package: Bottom half-sine pulse with a change in velocity of 37.4 cm/sec (14.7 inches/sec) Operating: 45-G faired square wave with a velocity change of 441 cm/sec (173.7 inches/sec)

Regulations & Standards

EMC & Safety

EMC
FCC DoC for North America
VCCI certification for Japan
BSMI certification for Taiwan
EU/EFTA CE Mark & DoC
UL/CUL
TUV-GS
IEC60950-1 CB Report/Certificate
Saudi Arabia ICCP(SASO)
China CCC Mark
Hong Kong SAR (CB report)
Argentina S-mark
Singapore – PSB
South Africa – SABS
Russia-GOST/EAC
Mexico-NOM
Kazakhstan -GOST-K /EAC
Belarus-certificate/EAC
Croatia-certificate/CE
Serbia – KVALITET
Ukraine – UKrCEPRO
Energy Star 6.1
PERD(Product Environmental Review Database
China RoHS
EU RoHS
EU WEEE
Japan J-Moss
California RoHS
USA Chemical Emission Test
New York RoHS
Japan Energy Saving
Safety

Environmentals

Energy Star
Energy Star Program Requirements for Computers: Version 6.1 (select models)
EPEAT
EPEAT™ Gold rating (select models)
ErP Lot-3 2013
ErP Lot-3 2013 (Enabled via system setup. Default on for systems shipped to EMEA.)
Hazardous Substances
Products do not contain more than; 0.1% lead, 0.01% cadmium, 0.1% mercury, 0.1% hexavalent chromium, 0.1% polybrominated biphenyls (PBB) or 0.1% polybrominated diphenol ethers (PBDE).
Products do not contain Asbestos.
Products do not contain Ozone Depleting Substances: Chlorofluorocarbons (CFC), hydrobromofluorocarbons (HBFC), hydrochlorofluorcarbons (HCFC), Halons, carbontetrachloride, 1,1,1-trichloroethane, methyl bromide
Products do not contain more than; 0.005% polychlorinated biphenyl (PCB), 0.005% polychlorinated terphenyl (PCT) in preparation.
Products do not contain more than 0.1% short chain chloroparaffins (SCCP) with 10-13 carbon atoms in the chain containing at least 48% per mass of chlorine in the SCCP
Parts with direct and prolonged skin contact do not release nickel in concentrations above 0.5 microgram/cm²/week.

Section II: Supported Components

P320 SFF
P320 Tiny
P320 Tower
Processor
KabyLake Xeon E3
E3-1280 v6 ( 3.9GHz / 4C / 8M / 2400 / 72W / Turbo / HT / GT0 / No iGFx )
E3-1275 v6 ( 3.8GHz / 4C / 8M / 2400 / 73W / Turbo / HT / GT2 )
E3-1270 v6 ( 3.8GHz / 4C / 8M / 2400 / 72W / Turbo / HT / GT0 / No iGFx )
E3-1245 v6 ( 3.7GHz / 4C / 8M / 2400 / 73W / Turbo / HT / GT2 )
E3-1240 v6 ( 3.7GHz / 4C / 8M / 2400 / 72W / Turbo / HT / GT0 / No iGFx )
E3-1230 v6 ( 3.5GHz / 4C / 8M / 2400 / 72W / Turbo / HT / GT0 / No iGFx )
E3-1225 v6 ( 3.3GHz / 4C / 8M / 2400 / 73W / Turbo / HT / GT2 )
E3-1220 v6 ( 3.0GHz / 4C / 8M / 2400 / 72W / Turbo / GT0 / No iGFx )

KabyLake-Core i
i7-7700K ( 4.2GHz / 4c / 8M / 2400 / 95W / GT2 ) (Tower only)
i7-7700 ( 3.6GHz / 4c / 8M / 2400 / 65W / GT2 )
i5-7600 ( 3.5GHz / 4c / 6M / 2400 / 65W / GT2 )
i5-7500 ( 3.4GHz / 4c / 6M / 2400 / 65W / GT2 )
i5-7400 ( 3.0GHz / 4c / 6M / 2400 / 65W / GT2 )
i3-7300 (4.0GHz / 2c /4M / 2400 / 51W / GT2 )
i3-7100 (3.9GHz / 2c / 3M/ 2400 / 51W / GT2 )

SkyLake Xeon E3
E3-1245 v5 ( 3.5GHz / 4C / 8M / 2133 / 80W / Turbo / HT / GT2 )
E3-1240 v5 ( 3.5GHz / 4C / 8M / 2133 / 80W / Turbo / HT / GT0 / No iGFx )
E3-1230 v5 ( 3.4GHz / 4C / 8M / 2133 / 80W / Turbo / HT / GT0 / No iGFx )
E3-1225 v5 ( 3.3GHz / 4C / 8M / 2133 / 80W / Turbo / GT2 )
E3-1220 v5 ( 3.0GHz / 4C / 8M / 2133 / 80W / Turbo / GT0 / No iGFx )

SkyLake Core i
i7-6700 ( 3.4GHz / 4c / 8M / 2133 / 65W / GT2 )
i5-6500 ( 3.2GHz / 4c / 6M / 2133 / 65W / GT2 )
i5-6400 ( 2.7GHz / 4c / 6M / 2133 / 65W / GT2 )
i3-6100 ( 3.7GHz / 2C / 3M / 2133 / 51W / GT2 )

Multi core technologies are designed to improve performance of multithreaded software products and hardware-aware multitasking operating systems and may require appropriate operating system software for full benefits; check with software provider to determine suitability; not all customers or software applications will necessarily benefit from use of these technologies.

64-bit computing on Intel® 64 architecture requires a computer system with a processor, chipset, BIOS, operating system, device drivers, and applications enabled for Intel® 64 architecture. Processors will not operate (including 32-bit operation) without an Intel® 64 architecture-enabled BIOS. Performance will vary depending on your hardware and software configurations
KabyLake-Core i
Intel Core i7-7700 3.6GHZ/4C/8M/2400/LGA 65W
Intel Core i7-7700T 2.9GHZ/4C/8M/2400/LGA 35W
Intel Core i5-7600 3.5GHZ/4C/6M/2400/LGA 65W
Intel Core i5-7600T 2.8GHZ/4C/6M/2400/LGA 35W
Intel Core i5-7500 3.4GHZ/4C/6M/2400/LGA 65W
Intel Core i5-7500T 2.7GHZ/4C/6M/2400/LGA 35W
Intel Core i5-7400 3.0GHZ/4C/6M/2400/LGA 65W
Intel Core i5-7400T 2.4GHZ/4C/6M/2400/LGA 35W
Intel Core i3-7300 Processor(4M Cache,4.0GHz,2Core) 51W
Intel Core i3-7300T 3.5GHZ/2C/4M/2400/LGA 35W
Intel Core i3-7100 Processor(3M Cache,3.9GHz,2Core) 51W
Intel Core i3-7100T 3.4GHZ/2C/3M/2400/LGA 35W

SkyLake-Core i
Intel Core i7-6700 3.4GHz/4C/8M 65W
Intel Core i7-6700T 2.8GHz/4C/8M vPro,35W
Intel Core i5-6500 (6M Cache,3.2GHz) 65W 4C
Intel Core I5-6500T 2.5GHz/4C/6M ,vPro, 35W
Intel Core i3-6100 Processor (3M Catch,3.7GHz,2C) 65W
Intel Core I3-6100T 3.2GHz/2C/3M 35W

Multi core technologies are designed to improve performance of multithreaded software products and hardware-aware multitasking operating systems and may require appropriate operating system software for full benefits; check with software provider to determine suitability; not all customers or software applications will necessarily benefit from use of these technologies.

64-bit computing on Intel® 64 architecture requires a computer system with a processor, chipset, BIOS, operating system, device drivers, and applications enabled for Intel® 64 architecture. Processors will not operate (including 32-bit operation) without an Intel® 64 architecture-enabled BIOS. Performance will vary depending on your hardware and software configurations
KabyLake Xeon E3
E3-1280 v6 ( 3.9GHz / 4C / 8M / 2400 / 72W / Turbo / HT / GT0 / No iGFx )
E3-1275 v6 ( 3.8GHz / 4C / 8M / 2400 / 73W / Turbo / HT / GT2 )
E3-1270 v6 ( 3.8GHz / 4C / 8M / 2400 / 72W / Turbo / HT / GT0 / No iGFx )
E3-1245 v6 ( 3.7GHz / 4C / 8M / 2400 / 73W / Turbo / HT / GT2 )
E3-1240 v6 ( 3.7GHz / 4C / 8M / 2400 / 72W / Turbo / HT / GT0 / No iGFx )
E3-1230 v6 ( 3.5GHz / 4C / 8M / 2400 / 72W / Turbo / HT / GT0 / No iGFx )
E3-1225 v6 ( 3.3GHz / 4C / 8M / 2400 / 73W / Turbo / HT / GT2 )
E3-1220 v6 ( 3.0GHz / 4C / 8M / 2400 / 72W / Turbo / GT0 / No iGFx )

KabyLake-Core i
i7-7700K ( 4.2GHz / 4c / 8M / 2400 / 95W / GT2 ) (Tower only)
i7-7700 ( 3.6GHz / 4c / 8M / 2400 / 65W / GT2 )
i5-7600 ( 3.5GHz / 4c / 6M / 2400 / 65W / GT2 )
i5-7500 ( 3.4GHz / 4c / 6M / 2400 / 65W / GT2 )
i5-7400 ( 3.0GHz / 4c / 6M / 2400 / 65W / GT2 )
i3-7300 (4.0GHz / 2c /4M / 2400 / 51W / GT2 )
i3-7100 (3.9GHz / 2c / 3M/ 2400 / 51W / GT2 )

SkyLake Xeon E3
E3-1245 v5 ( 3.5GHz / 4C / 8M / 2133 / 80W / Turbo / HT / GT2 )
E3-1240 v5 ( 3.5GHz / 4C / 8M / 2133 / 80W / Turbo / HT / GT0 / No iGFx )
E3-1230 v5 ( 3.4GHz / 4C / 8M / 2133 / 80W / Turbo / HT / GT0 / No iGFx )
E3-1225 v5 ( 3.3GHz / 4C / 8M / 2133 / 80W / Turbo / GT2 )
E3-1220 v5 ( 3.0GHz / 4C / 8M / 2133 / 80W / Turbo / GT0 / No iGFx )

SkyLake Core i
i7-6700 ( 3.4GHz / 4c / 8M / 2133 / 65W / GT2 )
i5-6500 ( 3.2GHz / 4c / 6M / 2133 / 65W / GT2 )
i5-6400 ( 2.7GHz / 4c / 6M / 2133 / 65W / GT2 )
i3-6100 ( 3.7GHz / 2C / 3M / 2133 / 51W / GT2 )

Multi core technologies are designed to improve performance of multithreaded software products and hardware-aware multitasking operating systems and may require appropriate operating system software for full benefits; check with software provider to determine suitability; not all customers or software applications will necessarily benefit from use of these technologies.

64-bit computing on Intel® 64 architecture requires a computer system with a processor, chipset, BIOS, operating system, device drivers, and applications enabled for Intel® 64 architecture. Processors will not operate (including 32-bit operation) without an Intel® 64 architecture-enabled BIOS. Performance will vary depending on your hardware and software configurations
Memory Specifications
UDIMMs – 2400MHz
4GB PC4-2400MHz DDR4 non-ECC-UDIMM
8GB PC4-2400MHz DDR4 non-ECC-UDIMM
16GB PC4-2400MHz DDR4 non-ECC-UDIMM
8GB PC4-2400MHz DDR4 ECC-UDIMM
16GB PC4-2400MHz DDR4 ECC-UDIMM
SoDIMMs – 2400MHz
4GB DDR4 2400 SoDIMM
8GB DDR4 2400 SoDIMM
16GB DDR4 2400 SoDIMM
UDIMMs – 2400MHz
4GB PC4-2400MHz DDR4 non-ECC-UDIMM
8GB PC4-2400MHz DDR4 non-ECC-UDIMM
16GB PC4-2400MHz DDR4 non-ECC-UDIMM
8GB PC4-2400MHz DDR4 ECC-UDIMM
16GB PC4-2400MHz DDR4 ECC-UDIMM
Notes

Storage

P320 SFF
P320 Tiny
P320 Tower
Notes
3.5" SATA Hard Disk Drive (HDD)
1TB SATA – 7200 rpm, 6 Gb/s, 64MB cache, 3.5″
2TB SATA – 7200 rpm, 6 Gb/s, 64MB cache, 3.5″
1TB SATA – 7200 rpm, 6 Gb/s, 64MB cache, 3.5″
2TB SATA – 7200 rpm, 6 Gb/s, 64MB cache, 3.5″
3.5" Enterprise SASA Hard Disk Drive (HDD)
4TB SATA – 7200rpm, 128MB cache, 3.5″
4TB SATA – 7200rpm, 128MB cache, 3.5″
3.5" Hybrid Drive
2.5" SAS Hard Disk Drive (HDD)
2.5" SATA Hard Disk Drive (HDD)
2.5inch 7200RPM 500G Non-Opal SATA3 HDD
2.5" SATA Solid State Drive (SSD)
256GB SATA 6Gb/s, ,2.5″ OPAL
512GB SATA 6Gb/s, 2.5″ Non-OPAL
512GB SATA 6Gb/s, 2.5″ OPAL
1 TB SATA SSD , 6Gb/s, , 2.5″ OPAL
2 TB SATA SSD , 6Gb/s, , 2.5″ OPAL
2.5inch SSD 128GB
256GB SATA 6Gb/s, ,2.5″ OPAL
512GB SATA 6Gb/s, 2.5″ Non-OPAL
512GB SATA 6Gb/s, 2.5″ OPAL
1 TB SATA SSD , 6Gb/s, , 2.5″ OPAL
2 TB SATA SSD , 6Gb/s, , 2.5″ OPAL
M.2 (NGFF) PCIe Solid State Drive (SSD)
256 GB M.2 PCIe – Solid State Drive (SSD), Gen3x4, OPAL NVMe
256 GB M.2 PCIe – Solid State Drive (SSD), Gen3x4, OPAL NVMe, Intel
512 GB M.2 PCIe – Solid State Drive (SSD), Gen3x4, NVMe
512 GB M.2 PCIe – Solid State Drive (SSD), Gen3x4, OPAL NVMe, Intel
1TB M.2 PCIe – Solid State Drive (SSD), Gen3x4, NVMe
M.2.2280 KeyM 128G PCIe NVMe SSD – TLC
M.2 PCIe 256GB Opal – MLC
M.2.2280 KeyM 256G PCIe NVMe SSD – TLC
Intel Pleasant Star INT PS 256G M.2 2280 PCIe NVMe OPAL
M.2.2280 KeyM 512G PCIe NVMe SSD – TLC
1TB M.2 PCIe – Solid State Drive (SSD), Gen3x4,NVMe,OPAL
256 GB M.2 PCIe – Solid State Drive (SSD), Gen3x4, OPAL NVMe
256 GB M.2 PCIe – Solid State Drive (SSD), Gen3x4, OPAL NVMe, Intel
512 GB M.2 PCIe – Solid State Drive (SSD), Gen3x4, NVMe
512 GB M.2 PCIe – Solid State Drive (SSD), Gen3x4, OPAL NVMe, Intel
1TB M.2 PCIe – Solid State Drive (SSD), Gen3x4, NVMe
2.5″ PCIe Solid State Drive (SSD)
PCIe Half Height / Half Length Solid State Drive (SSD)
Intel Optane Memory Technology
Intel Optane 16GB

RAID

RAID
Supported RAID levels for a system will vary from the stated capabilities of the RAID controller due to dependencies on the number and capacity of physical disks in the system and on customer requirements for performance, fault tolerance, or data redundancy. Max support RAID 0,1,5,10
RAID Levels and Requirements
RAID 0 (striping) provides increased performance by writing data across multiple drives. RAID 1 (mirroring) provides fault tolerance by writing the data on two drives. RAID 5 (striping with parity) uses distributed parity data to provide fault tolerance more efficiently than RAID 1. Requires three or more drives. RAID 10 (or RAID 1+0) combines RAID 1 and RAID 0 to create a stripe of mirrors that is fault tolerant while offering increased performance. Requires four drives.
Optional Hard Disk Drive Controllers
Intel Virtual Raid

Optical Drive/Removable Media

P320 SFF
P320 Tiny
P320 Tower
DVD-ROM Drive
DVD-ROM Drive – 16x/48x (SATA) 9mm Slim SATA DVD ROM (SATA)
Slim 9.0mm ODD Recorder Rambo
DVD-ROM Drive – 16x/48x (SATA) 9mm Slim SATA DVD ROM (SATA)
DVD Burner/CD-RW Rambo Drive
DVD Burner/CD-RW Rambo Drive (SATA) 9mm Slim DVD Burner/CD-RW Drive (SATA)
DVD Burner/CD-RW Rambo Drive (SATA) 9mm Slim DVD Burner/CD-RW Drive (SATA)
Blu-Ray Burner Drive
Blu-Ray Burner Drive w/AACS encryption (SATA) 9mm Slim SATA Blu-Ray Burner(SATA)
Blu-Ray Burner Drive w/AACS encryption (SATA) 9mm Slim SATA Blu-Ray Burner(SATA)
DVD Burner/CD-RW Rambo Drive (Slim SATA)
Slim 9.0mm DVD ROM
Slim 9.0mm ODD Recorder Rambo
Media Card Reader
Front 9 in 1 Media Card reader Standard Front 29 in 1 Media card reader, USB3.0, MPOB, 760mm (Requires FLEX Module)
Front 9 in 1 Media Card reader Standard Front 29 in 1 Media card reader, USB3.0, MPOB, 760mm (Requires FLEX Module)
Keyboard
Preferred Pro Fullsize Keyboard (PS/2) Smart Card KYB Chicony KUF1256 fingerprint KB USB Calliope Keyboard Black Traditional USB Keyboard
Lenovo Calliope Wireless Keyboard & Mouse Lenovo Traditional USB KB
Preferred Pro Fullsize Keyboard (PS/2) Smart Card KYB Chicony KUF1256 fingerprint KB USB Calliope Keyboard Black Traditional USB Keyboard
Pointing Devices
Lenovo USB Laser Mouse PS2 black optical mouse with new logo 3DConnexion CadMouse USB Calliope Mouse Black(Red wheel)
New Finger Print USB Mouse Lenovo Calliope USB Mouse
Lenovo USB Laser Mouse PS2 black optical mouse with new logo 3DConnexion CadMouse USB Calliope Mouse Black(Red wheel)
Fingerprint Reader
Color Calibrator

Graphics Cards

P320 SFF
P320 Tiny
P320 Tower
Integrated Graphics
Intel HD Graphics
Intel HD Graphics
Intel HD Graphics
Discrete Graphic Cards
Nvidia NVS310 (DP x 2) – 1GB GDDR3-HP
NVIDIA NVS315 (DMS-59) – 1GB GDDR3 w/ DMS-59 to Dual DVI Dongle(single link) – LP
NVIDIA NVS315 (DMS-59) – 1GB GDDR3 w/ DMS-59 to Dual DP Dongle – LP
NVIDIA 510 (mini DP x4) – 2GB GDDR3 with 4x miniDP to DP Dongle – LP
NVIDIA Quadro P400(miniDP x3) – 2GB GDDR5 – LP
NVIDIA Quadro P600(miniDP x4) – 2GB GDDR5 – LP
NVIDIA Quadro P1000(miniDP x4) – 4GB GDDR5 – LP
NVIDIA Quadro P600(miniDP x4)
Nvidia Quadro P600 2GB GDDR5 miniDPx4 Tiny
Nvidia NVS315 (with DMS-59 to Dual DVI single link dongle) – 1GB DDR3-HP
Nvidia NVS315 (with DMS-59 to Dual Display Port dongle) – 1GB DDR3- HP
NVIDIA 510 (mini DP x4) – 2GB GDDR3 with 4x miniDP to DP Dongle – HP
NVIDIA NVS810 (miniDP x8) – 4GB GDDR3 -HP (w/ short ext)
NVIDIA Quadro P400(miniDP x3) – 2GB GDDR5 – HP
NVIDIA Quadro P600(miniDP x4) – 2GB GDDR5 – HP
NVIDIA Quadro P1000(miniDP x4) – 4GB GDDR5 – HP
NVIDIA Quadro P2000(DP x4) – 5GB GDDR5 – HP
NVIDIA Quadro P4000(DP x4) – 8GB GDDR5 – HP
NVIDIA Stereo 3D Bracket

FLEX Components

P320 SFF
P320 Tiny
P320 Tower
Flex Components
Flex Bay: Formerly known as ODD bays. Will support not only ODD, but also HDDs and Flex Module Flex Module: Module supported in the Flex Bay with several options integrated. Will support slim ODD, High Speed Media Card Reader or 2 universal ports supporting IEEE1394, eSATA, etc…
N/A
Flex Bay: Formerly known as ODD bays. Will support not only ODD, but also HDDs and Flex Module Flex Module: Module supported in the Flex Bay with several options integrated. Will support slim ODD, High Speed Media Card Reader or 2 universal ports supporting IEEE1394, eSATA, etc…

PCIe Adapters

P320 SFF
P320 Tiny
P320 Tower
Network
Intel® I210-T1 Single Port Gigabit Ethernet Adapter Intel® I350-T2 Dual Ports Gigabit Ethernet Adapter Bitland BN8E88 1000M PCIE ASF LP Aquantia PCIE 5G Full Height Ethernet adapter LP
N/A
Intel® I210-T1 Single Port Gigabit Ethernet Adapter Intel® I350-T2 Dual Ports Gigabit Ethernet Adapter Bitland BN8E88 1000M PCIE ASF HP Aquantia PCIE 5G Full Height Ethernet adapter HP
Thunderbolt
N/A
IEE 1394
IEEE 1394 (Firewire) PCI Express x1 Adapter (TI XIO2213B) with 1 internal port, 1 external port-LP
N/A
IEEE 1394 (Firewire) PCI Express x1 Adapter (TI XIO2213B) with 1 internal port, 1 external port-HP
USB
Rear dual port USB 3.1 type C Low-profile PCIe adapter
N/A
Rear dual port USB 3.1 type C High-profile PCIe adapter
Audio Devices
N/A
SOUND BLASTER Z(SB1502) BULK PK (Tower only)
WIFI Cards
Intel Windstorm Peak 8265 2*2ac+BT4.2 VPro M.2 Module QS sample LP
Intel Stone Peak 3165 1*1ac+BT4.0 PCIE M.2 Combo. Intel Winstorm Peak 8265 2x2AC+BT4.2 Non-Vpro M.2 Combo Intel Winstorm Peak 8265 2x2AC+BT4.2 Vpro M.2 Comb LTN NFA344A QCA6174A 2*2ac+BT4.x PCIE M.2 WLAN for WW LTN NFA435A QCA9377a 1x1AC+BT4.2 Combo M.2 for WW
Intel Windstorm Peak 8265 2*2ac+BT4.2 VPro M.2 Module QS sample HP
WWAN
Express Card
Chassis Materials
Parallel Card
PCIe to M.2 Adapter Card
PCIE x4 to M.2 (For NVMe SSD) – LP
N/A
PCIE x4 to M.2 (For NVMe SSD) – HP
Front Access Storage Enclosure
5.25” Front Access Storage Enclosure
N/A
5.25” Front Access Storage Enclosure
Type C

Section III: System Technical Specifications

Power Supply Specifications

P320 SFF
P320 Tiny
P320 Tower
Power Supply
210W
250W
130W adaptor
Power Efficiency
85%
88%
85%
Operating Voltage Range
Rated Voltage Range
Rated Line Frequency
Operating Line Frequency Range
Rated Input Current
Power Supply Fan
ENERGY STAR® qualified (Config Dependent)
80 PLUS Compliant
Built-in Self Test (BIST) LED
Surge Tolerant Full Ranging Power Supply (withstands power surges up to 2000V)
Aux Power Drop
Single Drop 6pin
Single Drop 6pin

ThinkStation Power Calculator

P320 SFF
P320 Tiny
P320 Tower
ThinkStation Power Calculator

BIOS Specifications

Features

WMI Support
Compliant with Microsoft WBEM and the DMTF Common Information Model
ROM-Based Setup Utility (F1)
System Configuration Setup program available at power-on with F1 key
Bootblock Recovery
Recovers system BIOS when Flash ROM corrupted.
Replicated Setup
Saves System Configuration settings to file that can then be used replicated to other systems.
Boot Control
Boot control available through ROM-Based Setup Utility or with F12 key at power-on
Memory Change Alert
Power-on Error message in event of decrease in system memory
Thermal Alert
Power-on Error message in event of fan failure
Asset Tag
Support ability to set SMBIOS Type 2 Baseboard Asset Tag field.
System/Emergency ROM Flash Recovery with Video
Support process to recover system BIOS when Flash ROM corrupted
Remote Wakeup/Remote Shutdown
System admin can power on/off a client computer from remote location to provide maintenance
Quick Resume Time
Support low power S3 (suspend to RAM) and prompt resume times
ROM Revision Level
System UEFI (BIOS) version reported in SMBIOS Type 0 structure and in BIOS Setup
Keyboard-less Operation
System can be booted without a keyboard
Per-port Control
Allows I/O ports to be individually enabled/disabled through ROM-based setup or WMI interface
Adaptive Cooling
Fans dynamically controlled by system BIOS based on temperature.
Security
User and Administrator passwords can protect boot and ROM-base Setup. Chassis intrusion detection protect
Intel(R) AMT (includes ASF 2.0)
Allows system to be supported from a remote location
Intel(R) TXT
Intel(R) Trusted Execution Technology provides a security foundation to build protections against software base attacks.
Memory Modes
Supports mirroring, lock step, and sparing memory modes
Windows 10 Ready
Supports Windows 10 requirements – Secure flash, UEFI v 2.3.1 spec

Industry Standard Specification Support

UEFI
Unified Extensible Firmware Interface v2.3.1
ACPI (Advanced Configuration and power Management Interface)
Advanced Configuration and Power Interface v4.0
ASF 2.0
DMTF Alert Standard Format Specification v2.0
ATA (IDE)
None
CD Boot
“El Torito” Bootable CD-Rom Format Specification, Version 1.0
EHCI
None, support RAID/AHCI
PCI
PCI Express
PCI Express Base Specification 3.0
SATA
Serial ATA Revision 3.0 Specification
TPM
Trusted Computing Group TPM Specification Version 1.2
UHCI
None
USB
Universal Serial Bus Revision 1.1
Universal Serial Bus v2.0
Universal Serial Bus v3.0
SMBIOS
DMTF System Management Spec v2.7.1
XHCI
eXtensible Host Controller Interface for Universal Serial Bus, Revision 3.0

Social and Environmental Responsibility

Quality Control
Lenovo is a member of an eco declaration system that enforces regular independent quality control
Hazardous Substances and Preparation
Products do not contain more than; 0.1% lead, 0.01% cadmium, 0.1% mercury, 0.1% hexavalent chromium, 0.1% polybrominated biphenyls (PBB) or 0.1% polybrominated diphenyl ethers (PBDE). (See legal reference and Note B1
Products do not contain Asbestos
Products do not contain Ozone Depleting Substances: Chlorofluorocarbons (CFC), hydrobromofluorocarbons (HBFC), hydrochlorofluorcarbons (HCFC), Halons, carbontetrachloride, 1,1,1-trichloroethane, methyl bromide
Products do not contain more than; 0.005% polychlorinated biphenyl (PCB), 0.005% polychlorinated terphenyl (PCT) in preparation
Products do not contain more than 0.1% short chain chloroparaffins (SCCP) with 10-13 carbon atoms in the chain containing at least 48% per mass of chlorine in the SCCP
Parts with direct and prolonged skin contact do not release nickel in concentrations above 0.5 microgram/cm²/week
REACH Article 33 information about substances in articles is available at: http://www.lenovo.com/social_responsibility/us/en/ThinkGreen_products.html#environment
Batteries
If the product contains a battery or an accumulator, it is labeled with the disposal symbol and if it contains more than 0.0005% of mercury (for button cells only) by weight, or more than 0.004% of lead, it shall be marked with the chemical symbol for the metal concerned, Hg or Pb. Information on proper disposal is provided in user manual
Button cells used in the product do not contain more than 2% by weight of mercury. Other batteries or accumulators do not contain more than 0.0005% of mercury or 0.002% of cadmium
Batteries and accumulators are easily removable by either users or service providers (as dependent on the design of the product). Exception: Batteries that are permanently installed for safety, performance, medical or data integrity reasons do not have to be “easily removable
Safety, EMC Connection to the Telephone Network and Labeling
The product complies with legally required safety standards as specified
The product complies with legally required standards for electromagnetic compatibility
If product is intended for connection to a public telecom network or contains a radio transmitter, it complies with legally required standards for radio and telecommunication devices
The product is labeled to show conformance with applicable legal requirements
Product Packaging
Packaging and packaging components do not contain more than 0.01% lead, mercury, cadmium and hexavalent chromium by weight of these together.
Plastic packaging material is marked according to ISO 11469 referring ISO 1043
The product packaging material is free from ozone depleting substances as specified in the Montreal Protocol

Manageability

Industry Standard Specifications
This product meets the following industry standard specifications for manageability functionality:
Intel LAN with AMT
Remote Manageability Software Solutions
Lenovo ThinkStation is supported on the following remote manageability software consoles:
Lenovo ThinkManagement Console
LANDesk Management Suite for ThinkVantage Technologies (www.landesk.com/lenovo)
Microsoft System Center Configuration Manager
System Software Manager
Lenovo ThinkStation supports software management tools from the ThinkVantage System Update suite:
System Update
Update Retriever
Thin Installer
Service, Support, and Warranty
On-site Warranty and Service: Three-years, limited warranty and service offering delivers on-site, next business-day service for parts and labor and includes free telephone support 8am – 5pm. Global coverage ensures that any product purchased in one country and transferred to another, non-restricted country will remain fully covered under the original warranty and service offering.

Go to www.lenovo.com/support and www.lenovo.com/warranty for more details

Section IV: Component Specifications

Display

HDD Specifications

3.5″ SATA Hard Disk Drive (HDD)
3.5″ Enterprise SATA Hard Disk Drive (HDD)
3.5″ Hybrid Drive
2.5″ SAS Hard Disk Drive (HDD)
2.5″ SATA HDD
1TB SATA – 7200rpm, 6Gb/s, 3.5″
2TB SATA – 7200rpm, 6Gb/s, 3.5″
4TB SATA – 7200rpm, 6Gb/s, 3.5″
1TB SATA – 7200rpm, 6Gb/s, 3.5″ Hybrid
300GB SAS – 10000rpm, 12Gb/s, 2.5″
600GB SAS – 10000rpm, 12Gb/s, 2.5″

Storage Device Specifications

3.5 7200 Enterprise 4T (Model:MakaraBP)
3.5″ 7200 2T (Model:Grenada BP-R )
3.5″ 7200 1T (Model:Pharaoh Oasis)
Connector
Transfer Rate (Gb/sec)

Performance

3.5 7200 Enterprise 4T (Model:MakaraBP)
3.5″ 7200 2T (Model:Grenada BP-R )
3.5″ 7200 1T (Model:Pharaoh Oasis)
Spindle Speed(RPM)
Power off to Spindle Stop(sec)
DC Power to Drive Ready(sec)
Receipt of Start Unit Command to Drive Ready(sec)
Average Latency(msec)

Power Management

3.5 7200 Enterprise 4T (Model:MakaraBP)
3.5″ 7200 2T (Model:Grenada BP-R )
3.5″ 7200 1T (Model:Pharaoh Oasis)
Input (VDC)
Typical (Watts)
Idle (Watts)

Dimensions

3.5 7200 Enterprise 4T (Model:MakaraBP)
3.5″ 7200 2T (Model:Grenada BP-R )
3.5″ 7200 1T (Model:Pharaoh Oasis)
Height (mm – Max)
Width (mm)
Depth (mm – Max)
Weight (grams)

Temperature

3.5 7200 Enterprise 4T (Model:MakaraBP)
3.5″ 7200 2T (Model:Grenada BP-R )
3.5″ 7200 1T (Model:Pharaoh Oasis)
Operating(C) Ambient
Operating(C) Base Casting
Non-Operating(C) Ambient
Gradient(C per Hour)

Shock

3.5 7200 Enterprise 4T (Model:MakaraBP)
3.5″ 7200 2T (Model:Grenada BP-R )
3.5″ 7200 1T (Model:Pharaoh Oasis)
Operating(Gs @ 2ms)
Non-Operating(Gs @ 2ms)

SSD Specifications

1TB Flash SSD (Solid State Drive)
1TB NVMe M.2 SSD
256GB Flash SSD (Solid State Drive)
2.5″ SATA Solid State Drive (SSD)
M.2 (NGFF) PCIe Solid State Drive (SSD)
M.2 PCIe & SATA SSD
PCIe Half Height / Half Length Solid State Drive (SSD)
256GB NVMe M.2 SSD
2TB Flash SSD (Solid State Drive)
512GB Flash SSD (Solid State Drive)
2.5″ SATA Solid State Drive (SSD)
M.2 (NGFF) PCIe Solid State Drive (SSD)
M.2 PCIe & SATA SSD
PCIe Half Height / Half Length Solid State Drive (SSD)
512GB NVMe M.2 SSD
2.5″ SATA Solid State Drive (SSD)
M.2 (NGFF) PCIe Solid State Drive (SSD)
M.2 PCIe & SATA SSD
PCIe Half Height / Half Length Solid State Drive (SSD)

Solid State Storage Devices

1TB Flash SSD (Solid State Drive)
1TB NVMe M.2 SSD
256GB Flash SSD (Solid State Drive)
Supported Types
Serial-ATA
PCIe Gen3
Serial-ATA
Dimensions inches/centimeters (W x D x H)
70 x 100 x 6.8 (Unit: mm)
22.00 x 80.00 x 2.38 (Unit: mm)
70 x 100 x 6.8 (Unit: mm)
Size
2.5″
3.3” (diameter for PCB)
2.5″
Interface Type
SATA-III
PCIe 4x(Gen3)
SATA-III
Read/Write IOPS Specifications
4KB Random Reads: Up to 70K IOPS. 4KB Random Writes: Up to 60K IOPS.
4KB Random Reads: Up to 430K IOPS. 4KB Random Writes: Up to 320K IOPS.
4KB Random Reads: Up to 70K IOPS. 4KB Random Writes: Up to 60K IOPS.
Bandwidth Performance
Read: Up to 540 MB/s. Write: Up to 495 MB/s
Sequential Read:320 MB/s, Sequential Write:1800 MB/s
Read: Up to 540 MB/s. Write: Up to 495 MB/s
Power Consumption (Max)
≤2220mW
6.1W for read, 5.1W for write
≤1800mW
Active(AVG)
66mW
5.9W for read, 4.5W for write
56mW
Idle
around 40mW
around 100mW
around 40mW
Min MTBF
Min Sequential Read
Min Sequential Write
Min Random Read (8GB Span)
Min Random Write (8GB Span)
Min Power – Active
Min Power – Idle
Min MTBF
Hardware Encryption
256GB NVMe M.2 SSD
2TB Flash SSD (Solid State Drive)
512GB Flash SSD (Solid State Drive)
Supported Types
PCIe Gen3
Serial-ATA
Serial-ATA
Dimensions inches/centimeters (W x D x H)
22.00 x 80.00 x 2.38 (Unit: mm)
70 x 100 x 6.8 (Unit: mm)
70 x 100 x 6.8 (Unit: mm)
Size
3.3” (diameter for PCB)
2.5″
2.5″
Interface Type
PCIe 4x(Gen3)
SATA-III
SATA-III
Read/Write IOPS Specifications
4KB Random Reads: Up to 330K IOPS. 4KB Random Writes: Up to 280K IOPS.
4KB Random Reads: Up to 92K IOPS. 4KB Random Writes: Up to 83K IOPS.
4KB Random Reads: Up to 70K IOPS. 4KB Random Writes: Up to 60K IOPS.
Bandwidth Performance
Sequential Read:3100 MB/s, Sequential Write:1400 MB/s
Read: Up to 530 MB/s. Write: Up to 500 MB/s
Read: Up to 540 MB/s. Write: Up to 495 MB/s
Power Consumption (Max)
6.1W for read, 5.1W for write
≤6000mW
≤1950mW
Active(AVG)
5.9W for read, 4.5W for write
150mW
62mW
Idle
around 100mW
around 110mW
around 40 mW
Min MTBF
Min Sequential Read
Min Sequential Write
Min Random Read (8GB Span)
Min Random Write (8GB Span)
Min Power – Active
Min Power – Idle
Min MTBF
Hardware Encryption
512GB NVMe M.2 SSD
Supported Types
PCIe Gen3
Dimensions inches/centimeters (W x D x H)
22.00 x 80.00 x 2.38 (Unit: mm)
Size
3.3” (diameter for PCB)
Interface Type
PCIe 4x(Gen3)
Read/Write IOPS Specifications
4KB Random Reads: Up to 330K IOPS. 4KB Random Writes: Up to 300K IOPS.
Bandwidth Performance
Sequential Read:320 MB/s, Sequential Write:1700 MB/s
Power Consumption (Max)
6.1W for read, 5.1W for write
Active(AVG)
5.9W for read, 4.5W for write
Idle
around 100mW
Min MTBF
Min Sequential Read
Min Sequential Write
Min Random Read (8GB Span)
Min Random Write (8GB Span)
Min Power – Active
Min Power – Idle
Min MTBF
Hardware Encryption

PCIe Add-on Storage Devices

1TB Flash SSD (Solid State Drive)
1TB NVMe M.2 SSD
256GB Flash SSD (Solid State Drive)
Interface
Capacity
Power Consumption
Sequential Read
Sequential Write
Random Read (100% Span)
Random Write (100% Span)
Latency – Read
Latency – Write
Power – Active
Power – Idle
Operating Temperature Range
Endurance Rating (Lifetime Writes)
Mean Time Between Failures (MTBF)
256GB NVMe M.2 SSD
2TB Flash SSD (Solid State Drive)
512GB Flash SSD (Solid State Drive)
Interface
Capacity
Power Consumption
Sequential Read
Sequential Write
Random Read (100% Span)
Random Write (100% Span)
Latency – Read
Latency – Write
Power – Active
Power – Idle
Operating Temperature Range
Endurance Rating (Lifetime Writes)
Mean Time Between Failures (MTBF)
512GB NVMe M.2 SSD
Interface
Capacity
Power Consumption
Sequential Read
Sequential Write
Random Read (100% Span)
Random Write (100% Span)
Latency – Read
Latency – Write
Power – Active
Power – Idle
Operating Temperature Range
Endurance Rating (Lifetime Writes)
Mean Time Between Failures (MTBF)

HDD Controllers

Optical Drive Specifications

9mm Slim DVD Burner/CD-RW Drive (SATA)
9mm Slim SATA Blu-Ray Burner (SATA)
9mm Slim SATA DVD ROM (SATA)
Description
Mounting Orientation
Interface Type
Dimensions
Disc Capacity DVD-ROM
Type
External Dimensions INCHES/CENTIMETERS (Of Actual Drive Without Bezel-W x H x D)
Speed
Bay Type
Color
Removable
Interface Type and Speed
Weight (max) POUNDS/KILOGRAMS
Internal Buffer Size
Blu-Ray Burner Drive (SATA)
DVD Burner/CD-RW Drive (SATA)
DVD-ROM Drive (SATA)
Description
Mounting Orientation
Interface Type
Dimensions
Disc Capacity DVD-ROM
Type
External Dimensions INCHES/CENTIMETERS (Of Actual Drive Without Bezel-W x H x D)
Speed
Bay Type
Color
Removable
Interface Type and Speed
Weight (max) POUNDS/KILOGRAMS
Internal Buffer Size

Rates

9mm Slim DVD Burner/CD-RW Drive (SATA)
9mm Slim SATA Blu-Ray Burner (SATA)
9mm Slim SATA DVD ROM (SATA)
Writes
Reads
Blu-Ray Burner Drive (SATA)
DVD Burner/CD-RW Drive (SATA)
DVD-ROM Drive (SATA)
Writes
Reads

Access Times

9mm Slim DVD Burner/CD-RW Drive (SATA)
9mm Slim SATA Blu-Ray Burner (SATA)
9mm Slim SATA DVD ROM (SATA)
Access Times (typical)
DVD-ROM Single Layer
CD-ROM Mode 1
Full Stroke DVD
Full Stroke CD
Blu-Ray Burner Drive (SATA)
DVD Burner/CD-RW Drive (SATA)
DVD-ROM Drive (SATA)
Access Times (typical)
DVD-ROM Single Layer
CD-ROM Mode 1
Full Stroke DVD
Full Stroke CD

Power

9mm Slim DVD Burner/CD-RW Drive (SATA)
9mm Slim SATA Blu-Ray Burner (SATA)
9mm Slim SATA DVD ROM (SATA)
Source
DC Power Requirements
DC Current
Blu-Ray Burner Drive (SATA)
DVD Burner/CD-RW Drive (SATA)
DVD-ROM Drive (SATA)
Source
DC Power Requirements
DC Current

Operating Systems Supported

9mm Slim DVD Burner/CD-RW Drive (SATA)
9mm Slim SATA Blu-Ray Burner (SATA)
9mm Slim SATA DVD ROM (SATA)
Operating Systems Supported
Blu-Ray Burner Drive (SATA)
DVD Burner/CD-RW Drive (SATA)
DVD-ROM Drive (SATA)
Operating Systems Supported

Operating Environment

9mm Slim DVD Burner/CD-RW Drive (SATA)
9mm Slim SATA Blu-Ray Burner (SATA)
9mm Slim SATA DVD ROM (SATA)
Temperature
Relative Humidity
Maximum Wet Bulb Temperature
Blu-Ray Burner Drive (SATA)
DVD Burner/CD-RW Drive (SATA)
DVD-ROM Drive (SATA)
Temperature
Relative Humidity
Maximum Wet Bulb Temperature

Graphics Cards

NVIDIA P400
NVIDIA P4000
NVIDIA P5000
# CUDA Cores
Single Precision
PCIe Gen
Memory Size
Memory BW
Slots + Display Connectors
Display Support
Advanced Display
Board Power
Max Power
Max Resolution
SLI Support
Form Factor
NVIDIA P600
Integrated Graphics Adapter
NVIDIA NVS310
# CUDA Cores
Single Precision
PCIe Gen
Memory Size
Memory BW
Slots + Display Connectors
Display Support
Advanced Display
Board Power
Max Power
Max Resolution
SLI Support
Form Factor
NVIDIA NVS315
NVIDIA NVS510
NVIDIA NVS810
# CUDA Cores
Single Precision
PCIe Gen
Memory Size
Memory BW
Slots + Display Connectors
Display Support
Advanced Display
Board Power
Max Power
Max Resolution
SLI Support
Form Factor
NVIDIA P1000
# CUDA Cores
Single Precision
PCIe Gen
Memory Size
Memory BW
Slots + Display Connectors
Display Support
Advanced Display
Board Power
Max Power
Max Resolution
SLI Support
Form Factor

Integrated Graphics Adapter

NVIDIA P400
NVIDIA P4000
NVIDIA P5000
Type
TGP (GPU + VRAM)
Bus Interface
Display Interface
Video Resolution (max)
Graphics Cover Name
Video Ram Max
Memory type
Memory bit
Memory Bandwidth
VRAM Type
GPU Cuda Cores
DisplayPort Max Resolution & Color Depth
HDMI Max Resolution & Color Depth
DirectX
OpenGL
OpenCL
Optimus
OS Support
Trible Monitor Support
Display Rotation Support
3D Setup & Render Engine
GPU Core Clock
Maximum Color Depth
Supported Resolutions and Max Refresh Rates(Hz) (Note: analog and/or digital)
Type
Discrete
Discrete
Discrete
Bus Interface
PCI-E 3.0, 16x
PCI-E 3.0, 16x
PCI-E 3.0, 16x
Display Interface
3 xMini DP
4 xDP
4 xDP+DVI-D
Graphics Chipset
GP107-825
GP104-850-A1
GP104-875-A1
Memory clock frequency(MHz)
2000MHz
3802 MHz
4513 MHz
Memory size
2GB
8GB
16GB
Memory bit(bit)
64 bit
256 bit
256 bit
Memory BW
Up to 32 GBps
Up to 243 GBps
Up to 288 GBps
Dual Monitor Support
Yes
Yes
Yes
Display Rotation Support
Yes
Yes
Yes
3D Setup & Render Engine
DX12
DX12
DX12
VRAM Type
DDR5
DDR5
GDDR5
GPU Cuda Cores
256
1792
2560
GPU Core frequency(MHz)
1252 MHz
1480 MHz
1607 MHz
Maximum Power Consumption
40 W
105 W
180 W
Operating System Graphics/Video API Support
Window 7 64bit, Windows 10 64bit, Linux 64bit
Window 7 64bit, Windows 10 64bit, Linux 64bit
Window 7 64bit, Windows 10 64bit, Linux 64bit
Supported Resolutions and Max Refresh Rates(Hz) (Note: analog and/or digital)
Maximum pixel clock: 592 MPixels per second
Maximum bandwidth: 17.2 Gbps
Maximum supported resolution (eight simultaneous displays): 4096 × 2160 at 30 Hz
Maximum pixel clock: 592 MPixels per second
Maximum bandwidth: 17.2 Gbps
Maximum supported resolution (eight simultaneous displays): 4096 × 2160 at 30 Hz
Maximum pixel clock: 1050 MPixels per second
Maximum bandwidth: 32.4 Gbps
Example of maximum resolutions with CVT-RB timings:
• 7680 × 4320 × 24 bpp at 120 Hz2
• 7680 × 4320 × 24 bpp at 60 Hz3
• 5120 × 2880 × 24 bpp at 60 Hz
Thermal
Active
Active
Active
Dimension
2.713 inches × 5.7 inches
4.38 inches x 7.9 inches, Single-slot 260 Grams
4.376 inches × 10.5 inches, dual-slot
Advanced Display
No
SDI, SYNC, Stereo
SDI, SYNC, Stereo
SLI Support
No
Yes
Yes
NVIDIA P600
Integrated Graphics Adapter
NVIDIA NVS310
Type
Integrated
TGP (GPU + VRAM)
Bus Interface
Processor onboard
Display Interface
VGA/DP/DP
Video Resolution (max)
DP/HDMI: 4096 *2304
Graphics Cover Name
Intel HD Graphics
Video Ram Max
32G
Memory type
UDIMM ECC/No-ECC, 2CH DDR4 @ 1.2V
Memory bit
Memory Bandwidth
VRAM Type
GPU Cuda Cores
DisplayPort Max Resolution & Color Depth
HDMI Max Resolution & Color Depth
DirectX
OpenGL
OpenCL
Optimus
OS Support
Trible Monitor Support
Yes
Display Rotation Support
4096×2304/60Hz/DP, 4096×2304/24Hz/HDMI, 4K support on 60Hz
3D Setup & Render Engine
Yes
GPU Core Clock
Maximum Color Depth
2GT
Supported Resolutions and Max Refresh Rates(Hz) (Note: analog and/or digital)
4096×2304/60Hz/DP, 4096×2304/24Hz/HDMI, 60Hz
Type
Discrete
Discrete
Bus Interface
PCI-E 3.0, 16x
PCI-E 2.0, 16x
Display Interface
4 xMini DP
DP + DP
Graphics Chipset
GP107-850
Q310 GF119-825
Memory clock frequency(MHz)
2000MHz
875 MHz
Memory size
2GB
512 MB
Memory bit(bit)
128 bit
64 bit
Memory BW
Up to 64 GBps
Up to 14GBps
Dual Monitor Support
Yes
Yes
Display Rotation Support
Yes
Yes
3D Setup & Render Engine
DX12
DX11
VRAM Type
DDR5
DDR3
GPU Cuda Cores
384
48
GPU Core frequency(MHz)
1556 MHz
523 MHz
Maximum Power Consumption
40 W
19.5 W
Operating System Graphics/Video API Support
Window 7 64bit, Windows 10 64bit, Linux 64bit
Window 7 64bit, Windows 10 64bit
Supported Resolutions and Max Refresh Rates(Hz) (Note: analog and/or digital)
Maximum pixel clock: 592 MPixels per second
Maximum bandwidth: 17.2 Gbps
Maximum supported resolution (eight simultaneous displays): 4096 × 2160 at 30 Hz
Digital Display Support
„ DisplayPort output
● Drives two DisplayPort enabled digital display at resolutions up to 2560 × 1600 at 60 Hz with reduced blanking, when connected natively using the 2 DisplayPort connectors on the NVS 310 graphics card
● Supports 2 monitors up to resolution of 1920 × 1200 at 60 Hz with reduced blanking using DisplayPort 1.2 multi stream topology technology.
„ DVI-D output
● Drives two digital display at resolutions up to 1920 × 1200 at 60 Hz with reduced blanking using DisplayPort to DVI-D single-link cable adaptors
● Drives two digital display at resolutions up to 2560× 1600 at 60 Hz with reduced blanking using DisplayPort to DVI-D dual-link cable adaptors
„ HDMI output
● NVS 310 is capable of driving two high definition (HD) panels up to resolutions of 1920 × 1080P at 60 Hz using DisplayPort to HDMI cable adaptors
Analog Display Support
„ VGA display output
● Drives two analog display at resolutions up to 1920 × 1200 at 60 Hz using DisplayPort to VGA cable adaptors
Thermal
Active
Active
Dimension
2.713 inches × 5.7 inches
2.713 inches by 5.7 inches
Advanced Display
No
No
SLI Support
No
No
NVIDIA NVS315
NVIDIA NVS510
NVIDIA NVS810
Type
TGP (GPU + VRAM)
Bus Interface
Display Interface
Video Resolution (max)
Graphics Cover Name
Video Ram Max
Memory type
Memory bit
Memory Bandwidth
VRAM Type
GPU Cuda Cores
DisplayPort Max Resolution & Color Depth
HDMI Max Resolution & Color Depth
DirectX
OpenGL
OpenCL
Optimus
OS Support
Trible Monitor Support
Display Rotation Support
3D Setup & Render Engine
GPU Core Clock
Maximum Color Depth
Supported Resolutions and Max Refresh Rates(Hz) (Note: analog and/or digital)
Type
Discrete
Discrete
Discrete
Bus Interface
PCI-E 2.0, 16x
PCI-E 2.0, 16x
PCI-E 3.0, 16x
Display Interface
DMS59
4 xmini-DP
8 xmini-DP 1.2
Graphics Chipset
NVS315 GF119-825
NVS 510
NVS 510
Memory clock frequency(MHz)
875MHz
891 MHz
TBD
Memory size
1GB
2GB
4GB
Memory bit(bit)
64 bit
128 bit
128 bit (64-bit per GPU)
Memory BW
Up to 14GBps
Up to 28.5GBs
28.8 GB/s (14.4 GB/s per GPU)
Dual Monitor Support
Yes
Yes
Yes
Display Rotation Support
Yes
Yes
Yes
3D Setup & Render Engine
DX11
DX11
DX11
VRAM Type
DDR3
DDR3
DDR3
GPU Cuda Cores
48
192
1024
GPU Core frequency(MHz)
523 MHz
797 MHz
900 MHz
Maximum Power Consumption
19.3 W
33.4 W
68 W
Operating System Graphics/Video API Support
Window 7 64bit, Windows 10 64bit
Window 7 64bit, Windows 10 64bit
Window 7 64bit, Windows 10 64bit, Linux 64bit
Supported Resolutions and Max Refresh Rates(Hz) (Note: analog and/or digital)
Digital Display Support
„ VESA® DisplayPort™ output
● Drives two DisplayPort enabled digital display at resolutions up to 2560 × 1600 at 60 Hz with reduced blanking using DMS-59 to dual DisplayPort cable adapters
● Supports 2 monitors up to resolution of 1920 × 1200 at 60 Hz with reduced blanking using DisplayPort 1.2 multi stream topology technology
„ Single-link DVI-I output
● Drives two digital display at resolutions up to 1920 × 1200 at 60 Hz with reduced blanking using DMS-59 to dual DVI-I cable adapters
„ HDMI output
● NVS 315 is capable of driving two high definition (HD) panels up to resolutions of 1920 × 1080P at 60 Hz using HDMI cable adapters with either of the above digital DMS-59 cable adaptersAnalog Display Support
„ VGA display output
● Drives two analog displays at resolutions up to 2048 × 1536 at 85 Hz using DMS-59 to dual VGA cable adapters
Digital Display Support
„ DisplayPort output
● Drives four DisplayPort enabled digital display at resolutions up to 3840 × 2160 at 60 Hz with reduced blanking, when connected natively using the 4 DisplayPort connectors on the NVS 510 graphics card.
„ DVI-D output
● Drives four digital displays at resolutions up to 1920 × 1200 at 60 Hz with reduced blanking using DisplayPort to DVI-D single-link cable adaptors.
● Drives four digital displays at resolutions up to 2560× 1600 at 60 Hz with reduced blanking using DisplayPort to DVI-D dual-link cable adaptors.
„ HDMI output
● The NVS 510 graphics board is capable of driving four high definition (HD) panels up to resolutions of 1920 × 1080P at 60 Hz using DisplayPort to HDMI cable adaptors.Analog Display Support
„ VGA display output
● Drives four analog displays at resolutions up to 1920 × 1200 at 60 Hz using DisplayPort to VGA cable adaptors.
Maximum pixel clock: 592 MPixels per second
Maximum bandwidth: 17.2 Gbps
Maximum supported resolution (eight simultaneous displays): 4096 × 2160 at 30 Hz
Thermal
Active
Active
Active
Dimension
2.713 inches by 5.7 inches
2.713 inches × 6.303 inches
4.4 inches × 7.8 inches
Advanced Display
No
No
No
SLI Support
No
No
No
NVIDIA P1000
Type
TGP (GPU + VRAM)
Bus Interface
Display Interface
Video Resolution (max)
Graphics Cover Name
Video Ram Max
Memory type
Memory bit
Memory Bandwidth
VRAM Type
GPU Cuda Cores
DisplayPort Max Resolution & Color Depth
HDMI Max Resolution & Color Depth
DirectX
OpenGL
OpenCL
Optimus
OS Support
Trible Monitor Support
Display Rotation Support
3D Setup & Render Engine
GPU Core Clock
Maximum Color Depth
Supported Resolutions and Max Refresh Rates(Hz) (Note: analog and/or digital)
Type
Discrete
Bus Interface
PCI-E 3.0, 16x
Display Interface
4 xMini DP
Graphics Chipset
GP107-806
Memory clock frequency(MHz)
2500 MHz
Memory size
4GB
Memory bit(bit)
128 bit
Memory BW
Up to 80 GBps
Dual Monitor Support
Yes
Display Rotation Support
Yes
3D Setup & Render Engine
DX11
VRAM Type
GDDR5
GPU Cuda Cores
640
GPU Core frequency(MHz)
1480 MHz
Maximum Power Consumption
47w (Board Power)
Operating System Graphics/Video API Support
Window 7 64bit, Windows 10 64bit, Linux 64bit
Supported Resolutions and Max Refresh Rates(Hz) (Note: analog and/or digital)
Maximum pixel clock: 592 MPixels per second
Maximum bandwidth: 17.2 Gbps
Maximum supported resolution (eight simultaneous displays): 4096 × 2160 at 30 Hz
Thermal
Active
Dimension
2.713 inches x 5.7 inches ,Single- slot 129 Grams
Advanced Display
No
SLI Support
No

Discrete Graphics Adapter

NVIDIA P400
NVIDIA P4000
NVIDIA P5000
Type
TGP (GPU + VRAM)
Bus Interface
Display Interface
Video Resolution (max)
Graphics Cover Name
Video Ram Max
Memory type
Memory bit
Memory Bandwidth
VRAM Type
GPU Cuda Cores
DisplayPort Max Resolution & Color Depth
HDMI Max Resolution & Color Depth
DirectX
OpenGL
OpenCL
Optimus
OS Support
Trible Monitor Support
Display Rotation Support
3D Setup & Render Engine
GPU Core Clock
Maximum Color Depth
Supported Resolutions and Max Refresh Rates(Hz) (Note: analog and/or digital)
Type
Discrete
Discrete
Discrete
Bus Interface
PCI-E 3.0, 16x
PCI-E 3.0, 16x
PCI-E 3.0, 16x
Display Interface
3 xMini DP
4 xDP
4 xDP+DVI-D
Graphics Chipset
GP107-825
GP104-850-A1
GP104-875-A1
Memory clock frequency(MHz)
2000MHz
3802 MHz
4513 MHz
Memory size
2GB
8GB
16GB
Memory bit(bit)
64 bit
256 bit
256 bit
Memory BW
Up to 32 GBps
Up to 243 GBps
Up to 288 GBps
Dual Monitor Support
Yes
Yes
Yes
Display Rotation Support
Yes
Yes
Yes
3D Setup & Render Engine
DX12
DX12
DX12
VRAM Type
DDR5
DDR5
GDDR5
GPU Cuda Cores
256
1792
2560
GPU Core frequency(MHz)
1252 MHz
1480 MHz
1607 MHz
Maximum Power Consumption
40 W
105 W
180 W
Operating System Graphics/Video API Support
Window 7 64bit, Windows 10 64bit, Linux 64bit
Window 7 64bit, Windows 10 64bit, Linux 64bit
Window 7 64bit, Windows 10 64bit, Linux 64bit
Supported Resolutions and Max Refresh Rates(Hz) (Note: analog and/or digital)
Maximum pixel clock: 592 MPixels per second
Maximum bandwidth: 17.2 Gbps
Maximum supported resolution (eight simultaneous displays): 4096 × 2160 at 30 Hz
Maximum pixel clock: 592 MPixels per second
Maximum bandwidth: 17.2 Gbps
Maximum supported resolution (eight simultaneous displays): 4096 × 2160 at 30 Hz
Maximum pixel clock: 1050 MPixels per second
Maximum bandwidth: 32.4 Gbps
Example of maximum resolutions with CVT-RB timings:
• 7680 × 4320 × 24 bpp at 120 Hz2
• 7680 × 4320 × 24 bpp at 60 Hz3
• 5120 × 2880 × 24 bpp at 60 Hz
Thermal
Active
Active
Active
Dimension
2.713 inches × 5.7 inches
4.38 inches x 7.9 inches, Single-slot 260 Grams
4.376 inches × 10.5 inches, dual-slot
Advanced Display
No
SDI, SYNC, Stereo
SDI, SYNC, Stereo
SLI Support
No
Yes
Yes
NVIDIA P600
Integrated Graphics Adapter
NVIDIA NVS310
Type
Integrated
TGP (GPU + VRAM)
Bus Interface
Processor onboard
Display Interface
VGA/DP/DP
Video Resolution (max)
DP/HDMI: 4096 *2304
Graphics Cover Name
Intel HD Graphics
Video Ram Max
32G
Memory type
UDIMM ECC/No-ECC, 2CH DDR4 @ 1.2V
Memory bit
Memory Bandwidth
VRAM Type
GPU Cuda Cores
DisplayPort Max Resolution & Color Depth
HDMI Max Resolution & Color Depth
DirectX
OpenGL
OpenCL
Optimus
OS Support
Trible Monitor Support
Yes
Display Rotation Support
4096×2304/60Hz/DP, 4096×2304/24Hz/HDMI, 4K support on 60Hz
3D Setup & Render Engine
Yes
GPU Core Clock
Maximum Color Depth
2GT
Supported Resolutions and Max Refresh Rates(Hz) (Note: analog and/or digital)
4096×2304/60Hz/DP, 4096×2304/24Hz/HDMI, 60Hz
Type
Discrete
Discrete
Bus Interface
PCI-E 3.0, 16x
PCI-E 2.0, 16x
Display Interface
4 xMini DP
DP + DP
Graphics Chipset
GP107-850
Q310 GF119-825
Memory clock frequency(MHz)
2000MHz
875 MHz
Memory size
2GB
512 MB
Memory bit(bit)
128 bit
64 bit
Memory BW
Up to 64 GBps
Up to 14GBps
Dual Monitor Support
Yes
Yes
Display Rotation Support
Yes
Yes
3D Setup & Render Engine
DX12
DX11
VRAM Type
DDR5
DDR3
GPU Cuda Cores
384
48
GPU Core frequency(MHz)
1556 MHz
523 MHz
Maximum Power Consumption
40 W
19.5 W
Operating System Graphics/Video API Support
Window 7 64bit, Windows 10 64bit, Linux 64bit
Window 7 64bit, Windows 10 64bit
Supported Resolutions and Max Refresh Rates(Hz) (Note: analog and/or digital)
Maximum pixel clock: 592 MPixels per second
Maximum bandwidth: 17.2 Gbps
Maximum supported resolution (eight simultaneous displays): 4096 × 2160 at 30 Hz
Digital Display Support
„ DisplayPort output
● Drives two DisplayPort enabled digital display at resolutions up to 2560 × 1600 at 60 Hz with reduced blanking, when connected natively using the 2 DisplayPort connectors on the NVS 310 graphics card
● Supports 2 monitors up to resolution of 1920 × 1200 at 60 Hz with reduced blanking using DisplayPort 1.2 multi stream topology technology.
„ DVI-D output
● Drives two digital display at resolutions up to 1920 × 1200 at 60 Hz with reduced blanking using DisplayPort to DVI-D single-link cable adaptors
● Drives two digital display at resolutions up to 2560× 1600 at 60 Hz with reduced blanking using DisplayPort to DVI-D dual-link cable adaptors
„ HDMI output
● NVS 310 is capable of driving two high definition (HD) panels up to resolutions of 1920 × 1080P at 60 Hz using DisplayPort to HDMI cable adaptors
Analog Display Support
„ VGA display output
● Drives two analog display at resolutions up to 1920 × 1200 at 60 Hz using DisplayPort to VGA cable adaptors
Thermal
Active
Active
Dimension
2.713 inches × 5.7 inches
2.713 inches by 5.7 inches
Advanced Display
No
No
SLI Support
No
No
NVIDIA NVS315
NVIDIA NVS510
NVIDIA NVS810
Type
TGP (GPU + VRAM)
Bus Interface
Display Interface
Video Resolution (max)
Graphics Cover Name
Video Ram Max
Memory type
Memory bit
Memory Bandwidth
VRAM Type
GPU Cuda Cores
DisplayPort Max Resolution & Color Depth
HDMI Max Resolution & Color Depth
DirectX
OpenGL
OpenCL
Optimus
OS Support
Trible Monitor Support
Display Rotation Support
3D Setup & Render Engine
GPU Core Clock
Maximum Color Depth
Supported Resolutions and Max Refresh Rates(Hz) (Note: analog and/or digital)
Type
Discrete
Discrete
Discrete
Bus Interface
PCI-E 2.0, 16x
PCI-E 2.0, 16x
PCI-E 3.0, 16x
Display Interface
DMS59
4 xmini-DP
8 xmini-DP 1.2
Graphics Chipset
NVS315 GF119-825
NVS 510
NVS 510
Memory clock frequency(MHz)
875MHz
891 MHz
TBD
Memory size
1GB
2GB
4GB
Memory bit(bit)
64 bit
128 bit
128 bit (64-bit per GPU)
Memory BW
Up to 14GBps
Up to 28.5GBs
28.8 GB/s (14.4 GB/s per GPU)
Dual Monitor Support
Yes
Yes
Yes
Display Rotation Support
Yes
Yes
Yes
3D Setup & Render Engine
DX11
DX11
DX11
VRAM Type
DDR3
DDR3
DDR3
GPU Cuda Cores
48
192
1024
GPU Core frequency(MHz)
523 MHz
797 MHz
900 MHz
Maximum Power Consumption
19.3 W
33.4 W
68 W
Operating System Graphics/Video API Support
Window 7 64bit, Windows 10 64bit
Window 7 64bit, Windows 10 64bit
Window 7 64bit, Windows 10 64bit, Linux 64bit
Supported Resolutions and Max Refresh Rates(Hz) (Note: analog and/or digital)
Digital Display Support
„ VESA® DisplayPort™ output
● Drives two DisplayPort enabled digital display at resolutions up to 2560 × 1600 at 60 Hz with reduced blanking using DMS-59 to dual DisplayPort cable adapters
● Supports 2 monitors up to resolution of 1920 × 1200 at 60 Hz with reduced blanking using DisplayPort 1.2 multi stream topology technology
„ Single-link DVI-I output
● Drives two digital display at resolutions up to 1920 × 1200 at 60 Hz with reduced blanking using DMS-59 to dual DVI-I cable adapters
„ HDMI output
● NVS 315 is capable of driving two high definition (HD) panels up to resolutions of 1920 × 1080P at 60 Hz using HDMI cable adapters with either of the above digital DMS-59 cable adaptersAnalog Display Support
„ VGA display output
● Drives two analog displays at resolutions up to 2048 × 1536 at 85 Hz using DMS-59 to dual VGA cable adapters
Digital Display Support
„ DisplayPort output
● Drives four DisplayPort enabled digital display at resolutions up to 3840 × 2160 at 60 Hz with reduced blanking, when connected natively using the 4 DisplayPort connectors on the NVS 510 graphics card.
„ DVI-D output
● Drives four digital displays at resolutions up to 1920 × 1200 at 60 Hz with reduced blanking using DisplayPort to DVI-D single-link cable adaptors.
● Drives four digital displays at resolutions up to 2560× 1600 at 60 Hz with reduced blanking using DisplayPort to DVI-D dual-link cable adaptors.
„ HDMI output
● The NVS 510 graphics board is capable of driving four high definition (HD) panels up to resolutions of 1920 × 1080P at 60 Hz using DisplayPort to HDMI cable adaptors.Analog Display Support
„ VGA display output
● Drives four analog displays at resolutions up to 1920 × 1200 at 60 Hz using DisplayPort to VGA cable adaptors.
Maximum pixel clock: 592 MPixels per second
Maximum bandwidth: 17.2 Gbps
Maximum supported resolution (eight simultaneous displays): 4096 × 2160 at 30 Hz
Thermal
Active
Active
Active
Dimension
2.713 inches by 5.7 inches
2.713 inches × 6.303 inches
4.4 inches × 7.8 inches
Advanced Display
No
No
No
SLI Support
No
No
No
NVIDIA P1000
Type
TGP (GPU + VRAM)
Bus Interface
Display Interface
Video Resolution (max)
Graphics Cover Name
Video Ram Max
Memory type
Memory bit
Memory Bandwidth
VRAM Type
GPU Cuda Cores
DisplayPort Max Resolution & Color Depth
HDMI Max Resolution & Color Depth
DirectX
OpenGL
OpenCL
Optimus
OS Support
Trible Monitor Support
Display Rotation Support
3D Setup & Render Engine
GPU Core Clock
Maximum Color Depth
Supported Resolutions and Max Refresh Rates(Hz) (Note: analog and/or digital)
Type
Discrete
Bus Interface
PCI-E 3.0, 16x
Display Interface
4 xMini DP
Graphics Chipset
GP107-806
Memory clock frequency(MHz)
2500 MHz
Memory size
4GB
Memory bit(bit)
128 bit
Memory BW
Up to 80 GBps
Dual Monitor Support
Yes
Display Rotation Support
Yes
3D Setup & Render Engine
DX11
VRAM Type
GDDR5
GPU Cuda Cores
640
GPU Core frequency(MHz)
1480 MHz
Maximum Power Consumption
47w (Board Power)
Operating System Graphics/Video API Support
Window 7 64bit, Windows 10 64bit, Linux 64bit
Supported Resolutions and Max Refresh Rates(Hz) (Note: analog and/or digital)
Maximum pixel clock: 592 MPixels per second
Maximum bandwidth: 17.2 Gbps
Maximum supported resolution (eight simultaneous displays): 4096 × 2160 at 30 Hz
Thermal
Active
Dimension
2.713 inches x 5.7 inches ,Single- slot 129 Grams
Advanced Display
No
SLI Support
No

Networking

Intel® Ethernet Connection I219-LM
P320 SFF
P320 Tower
Connector
RJ-45
RJ-45
Controller
Intel, I219-LM
Intel, I219-LM

Intel® Ethernet Connections

Intel® Ethernet Connection I219-LM
P320 SFF
P320 Tower
Data Rates Supported
10/100/1000 BASE-T IEEE 802.3
Controller Details
Controller bus architecture
PCIe, SMBus
Integrated memory
Yes
Data transfer mode
10/100/1000 BASE-T IEEE 802.3
Power consumption
TBD
IEEE Standards Compliance
Yes
Boot ROM Support
Yes
Network Transfer Mode (Full/Half Duplex)
Full/Half Duplex
Network Transfer Rate
10BASE-T (full-duplex) 20 Mbps
100BASE-TX (full-duplex) 100 Mbps
100BASE-TX (full-duplex) 200 Mbps
1000BASE-T (full-duplex) 2000 Mbps
Operating System Driver Support
Win7/Win10/Linux/ DOS
Manageability
AMT 11.0
Manageability Capabilities Alerting
AMT 11.0
Lithography
40 nm
TDP
0.5 W
Operating Temperature Range
0°C to 85°C
# of Ports
Single
Data Rate Per Port
1 Gbps
System Interface Type
NC Sideband Interface
Jumbo Frames Supported
Yes
1000Base-T
Yes
MACsec IEEE 802.1 AE
IEEE 1588
Yes
Supported Under vPro
Yes

Ethernet

Intel® Ethernet Connection I219-LM
P320 SFF
P320 Tower
Connector
Model
Website
10BASE-T (IEEE 802.3 specification conformance)
100BASE-TX (IEEE 802.3 specification conformance)
1000BASE-T (IEEE 802.3 specification conformance)
Auto-Negotiation (IEEE 802.3u)
Intel® vPro™ 2 technology
Intel® Stable Image Platform Program (SIPP)
Intel® Standard Manageablity
Power optimizer platform low-power management systems
Energy Efficient Ethernet1 (IEEE 802.3az)
TCP/UDP checksum and segmentation offload (IPv4 and IPv6)
Receive Side Scaling
Dual Tx and Rx queues
Jumbo Frames (up to 9 KB)
Teaming
Integrated Auto Connect Battery Saver (ACBS) battery savings
Timing and Synchronization (802.1as / 1588)
Integrated Switched Voltage Regulator (iSVR)
Shared Flash with system BIOS
Wake from Deep Sx
Server operating system support
Network proxy/ARP support
32 wake filter support

WLAN

Intel® Ethernet Connection I219-LM
P320 SFF
P320 Tower
Model
Dimensions
Weight
Antenna Diversity
Radio ON/OFF Control
Connector interface
Operating Temperature (Adapter Shield)
Humidity Non-Operating
Operating Systems
Wi-Fi Alliance
IEEE WLAN Standard
Roaming
Bluetooth*
Authentication
Authentication Protocols
Encryption
Regulatory
US Government
Product Safety

WWAN

Intel® Ethernet Connection I219-LM
P320 SFF
P320 Tower
Model
4G LTE
Intel® Ethernet Connection I219-LM
P320 SFF
P320 Tower
Category
Frequency Bands
3G
Intel® Ethernet Connection I219-LM
P320 SFF
P320 Tower
Frequency Bands
Data Speed
Intel® Ethernet Connection I219-LM
P320 SFF
P320 Tower
Peak Download Rate
Peak Upload Rate
Location Solution
Intel® Ethernet Connection I219-LM
P320 SFF
P320 Tower
Satellite Systems
Audio Codecs
Intel® Ethernet Connection I219-LM
P320 SFF
P320 Tower
PCM/125
USB Drivers
Intel® Ethernet Connection I219-LM
P320 SFF
P320 Tower
Windows 7, 8.1, 10
Linus
Android RIL
Interfaces
Intel® Ethernet Connection I219-LM
P320 SFF
P320 Tower
USB
SIM Interface 1.8V/3V
Control Options
Intel® Ethernet Connection I219-LM
P320 SFF
P320 Tower
APIs, AT Commands
Hardware
Intel® Ethernet Connection I219-LM
P320 SFF
P320 Tower
Dimension
Antenna
Intel® Ethernet Connection I219-LM
P320 SFF
P320 Tower
Connector: Main, Aux/GNSS, GNSS
Diversity
MIMO
GNSS Bian
Temperature Range
Intel® Ethernet Connection I219-LM
P320 SFF
P320 Tower
Industrial Grade
Approvals
Intel® Ethernet Connection I219-LM
P320 SFF
P320 Tower
Regulatory
Carrier
Cloud Services
Intel® Ethernet Connection I219-LM
P320 SFF
P320 Tower
Free Unlimited FOTA Upgrdes
Device Management Option
Application Enablement Option
Connectivity Management Option

Other

Media Card Reader

9 in 1
29 in 1
Description
The Media card reader device is standard in our Pseries products The device connects to a 2×5 two channel USB header on the motherboard of the system. There is no USB controller card provided. Please see the Disc Formats section below for a list of flash memory card formats that are supported.
The Media card reader mounts into our FLEX module which fits into a standared 5.25″ Optical bay
Mounting Orientation
The Media Card Reader can not be changed and is hard wired into the system
The Media Card Reader can not be changed, it only fits into the FLEX Module one way
Interface Type
USB 2.0 (one channel dedicated to the separate USB port; one channel dedicated to the flash memory card slots)
USB 2.0 (one channel dedicated to the separate USB port; one channel dedicated to the flash memory card slots)
Disc Formats
SD
SDHC
SDXC
Mini SD
Mini SDHC
Micro SD*
Micro SDHC*
Micro SDXC*
RS-MMC
MMC
MMC Micro
MMC Mobile
MMC Plus
M2
*Available with adapter
xD-H
xD-M
Micro SD
Micro SDHC
SD
SDHC
SDXC
Mini SD
Mini SDHC
MultiMediaCard (MMC)
Reduced Size MultiMediaCard (RS MMC)
(MMC Plus)
(MMC Mobile)
CompactFlash Card Type I (CF Type 1)
CF Type 2
MicroDrive (MD)
Memory Stick (MS)
Memory Stick Select
MS Duo
MS PRO
MS PRO DuMS PRO-HG Duo
MS XS Duo
MS XC-HG Duo
MS HG Micro*
MS XC Micro*
MS XC-HG Micro*
MMC Micro
Memory Stick Micro (M2)*
*Available with adapter

PCIe Add-on Cards

IEEE 1394a (Firewire-400) PCI Express x1 Adapter (1 internal port, 1 external port)
IEEE 1394a (Firewire-400) PCI Express x1 Adapter (1 internal port, 1 external port)
Data Transfer Rate
Supports up to 400 Mbps
Devices Supported
IEEE-1394 compliant devices
Bus Type
PCIe card full height PCIe slots
Ports
One IEEE-1394a bilingual 6-Pin Connector (Rear)
System Requirements
Genuine Windows 10® Professional 64-bit
Genuine Windows 10DG to 7® Professional 64-bit
Genuine Windows 10® 64-bit
Not supported on Linux
Pentium® III or high processor 128 MB-RAM 1-GB Hard Drive CD-ROM drive built in sound system available PCI slot
Operating Temperature
50° to 131° F (10° to 55° C)
Storage Temperature
–22° to 140° F (–30° to 60° C)
Relative Humidity - Operating
20% to 80%
Compliances
FCC Part 15B, cULus 60950, CE Mark EN55022B(1995)/EN55024-
1998 STD, Taiwan BSMI CNS13438, Korea MIC

Intel® Ethernet Adapters

Intel I210-T1 Single Port Gigabit Ethernet Adapter
Intel I350-T2 Dual Port Gigabit Ethernet Adapter
Intel I350-T4 Quad Port Gigabit Ethernet Adapter
Cable Medium
Copper
Copper
Cabling Type
Cat 5 up to 100m
Cat 5 up to 100m
Bracket Height
Low Profile and Full Height
Low Profile and Full Height
TDP
4.4W
5W
# of Ports
Dual
Quad
System Interface Type
PCIe v2.1 (5.0GT/s)
PCIe v2.1 (5.0GT/s)
Intel® Virtualization Technology for Connectivity (VT-c)
Yes
Yes
Speed & Slot Width
5 GT/s, x4 Lane
5 GT/s, x4 Lane
Controller
Intel I350
Intel I350
iWARP/RDMA
No
No
Intel® Ethernet Power Management
Yes
Yes
Intel® Data Direct I/O Technology
Intelligent Offloads
Yes
Yes
Storage Over Ethernet
iSCSI, NFS
iSCSI, NFS
On-chip QoS and Traffic Management
Yes
Yes
Flexible Port Partitioning
Yes
Yes
Virtual Machine Device Queues (VMDq)
Yes
Yes
PCI-SIG* SR-IOV Capable
Yes
Yes

Acoustics

P320
P320 Tower HIGH END Configuration
P320 Tower ENTRY Configuration
Acoustic Report
http://thinkstation-specs.com/wp-content/uploads/Lenovo_ThinkStation_P320-Series_Acoustic-Declaration_V1.1short.pdf
P320 SFF HIGH END Configuration
P320 SFF ENTRY Configuration
Acoustic Report
Configuration Information
P320
P320 Tower HIGH END Configuration
P320 Tower ENTRY Configuration
Components
HIGH END Configuration
ENTRY Configuration
FFs
Tower
Tower
CPU
Intel Xeon E3-1245 v6 ( 3.7GHz / 4C / 6M / HT)
Core i5-7400 ( 3.0GHz / 4C / 6M)
Memory
16GB (2x8GB) 2400MHz DDR non-ECC UDIMM
8GB 2400MHz DDR non-ECC UDIMM
HDD
512GB M.2 PCIe SSD
256GB SATA 2.5” SSD
VGA
NVIDIA QUADRO P2000
Integrated Intel HD graphics
PSU
400W 92% Power supply
250W Power supply
P320 SFF HIGH END Configuration
P320 SFF ENTRY Configuration
Components
HIGH END Configuration
ENTRY Configuration
FFs
SFF
SFF
CPU
Intel Xeon E3-1225 v6 ( 3.3GHz / 4C / 6M)
Core i5-7400 ( 3.0GHz / 4C / 6M)
Memory
16GB (2x8GB) 2400MHz DDR non-ECC UDIMM
8GB 2400MHz DDR non-ECC UDIMM
HDD
512GB M.2 PCIe SSD
256GB SATA 2.5” SSD
VGA
NVIDIA QUADRO P600
Integrated Intel HD graphics
PSU
210W ES Power supply
210W ES Power supply
Machine Types
P320
P320 Tower HIGH END Configuration
P320 Tower ENTRY Configuration
FFs
Machine Types
Tower
30BG;30BH;30BW;30BR;30BT
SFF
30BK;30BJ;30BS
P320 SFF HIGH END Configuration
P320 SFF ENTRY Configuration
FFs
Tower
SFF
Acoustic Noise Emissions Declaration
P320
P320 Tower HIGH END Configuration
P320 Tower ENTRY Configuration
Idle
3.4
3.1
Oper
3.4
3.1
Picture
P320 SFF HIGH END Configuration
P320 SFF ENTRY Configuration
Idle
3.6
3.6
Oper
3.6
3.6
Picture

Color Calibrator

Colorimetric Accuracy

Camera

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