Nvidia GRID K1 NVIDIA GRID K1 16GB
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1. Europ enne CE Federal Communications Commission FCC Industry Canada Interference Causing Equipment Standard ICES Korean Communications Commission KCC Underwriters Laboratories CUL UL Voluntary Control Council for Interference VCCI v v Ww Vv vV vy Vv NVIDIA GRID K1 Graphics Board BD 06633 001_v02 11 Support Information LANGUAGES Table 5 Languages Supported Windows 7 English US English UK Arabic Chinese Simplified Chinese Traditional Czech Danish Dutch Finnish French French Canada German Greek Hebrew Hungarian Italian J apanese Korean Norwegian Portuguese Brazil gt lt X X X X X X X X X X X X X X X X X X x Xx Portuguese European Iberian Russian Slovak Slovenian Spanish Swedish Thai Turkish X X 0X 0X 0X Xx Xx NVIDIA GRID K1 Graphics Board BD 06633 001_v02 12 Notice ALL NVIDIA DESIGN SPECIFICATIONS REFERENCE BOARDS FILES DRAWINGS DIAGNOSTICS LISTS AND OTHER DOCUMENTS TOGETHER AND SEPARATELY MATERIALS ARE BEING PROVIDED AS IS NVIDIA MAKES NO WARRANTIES EXPRESSED IMPLIED STATUTORY OR OTHERWISE WITH RESPECT TO THE MATERIALS AND EXPRESSLY DISCLAIMS ALL IMPLIED WARRANTIES OF NONINFRINGEMENT MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE Information furnished is believed to be accurate and reliable However2. 3 001 v02 6 Mechanical Specifications POWER CONNECTOR The NVIDIA GRID K1 graphics board utilizes power from the 6 pin PCI Express power connector Figure 5 shows the 6 pin PCI Express power connector specifications and Table 2 shows the connector s pinout 13 8 543 y mes 3 80 pem SEE DETAIL A n Ld 031 1 08 043 L 0 80 031 1 PIN Le 4 20 165 TYP 6 378 4o e 3 80 150 DETAIL A 4 20 165 2 90 114 2 2864 0 50 B 090 020 6 60 260 nu 7 30 0 38 287 015 Figure 5 6 Pin PCI Express Power Connector NVIDIA GRID K1 Graphics Board BD 06633 001 v02 7 Mechanical Specifications Table 2 6 Pin PCI Express Power Connector Pinout Pin Number Description 12 V 12 V 12 V GND Sense GND HD UB WwW N rR NVIDIA GRID K1 Graphics Board BD 06633 001 v02 8 THERMAL SPECIFICATIONS The NVIDIA GRID K1 graphics board uses passive heat sinks that require system airflow to properly operate the card within thermal limits Table 3 provides thermal information necessary to deliver reliable operation of the NVIDIA GRID K1 GPU This information is not intended to provide a specific thermal management solution For more detailed information regarding thermal specifications for the NVIDIA GRID K1 graphics board refer to the NVIDIA GRID K1 System Design Guide DG 06428 001 T
3. NVIDIA NVIDIA GRID K1 GRAPHICS BOARD DOCUMENT CHANGE HISTORY BD 06633 001 v02 Version Date Authors Description of Change 01 November 27 2012 AP SM Preliminary Information Information contained within this board specification is subject to change 02 January 31 2013 MV SM eRemoved Preliminary Information and NVIDIA Confidential Added Reliability section MTBF data eUpdated product name to NVIDIA GRID NVIDIA GRID K1 Graphics Board BD 06633 001 v02 ii TABLE OF CONTENTS OVGIVIGW m 1 Key FEatUrE Su UT 2 Configuration os tcec aercnceatananvecaecaneaiaeenbatesane rrr EEP EEEEEEEEEEEEE EEE EEEE EEEE EEEE 3 Mechanical Specification Sisi iiriisnii nsan innia aaa 4 Board DIMENSIONS nnn 4 Bracket m P 5 Bracket Removal occi Enc be Ed ren ie tore oei EE EDU bn RES DUE REA PRI keene is 6 Power COnnector S ce edeccahenindancanbruariansedarensbneatsmuunea eas Dn ED da EE n RE EE 7 Thermal Specifitatiolis siivecicsscvassiensressdnatcesesnierasecesicns RSRRXZa YRAESGNRATEAGGR RR daas 9 Reliability 55 52 5 1225 23423425332 53393223823 ERARER4RER AR IS RRRIRSZIRZXAA A 44 S ERA GG RR GR P gagd 10 Support Inf rmati M Me 11 I S S A A A T S TT TT 11 LANGUAGES isnin eenei ibtd ot dubbi EE AEE DE Gunn dn RDA 12 NVIDIA GRID K1 Graphics Board BD 06633 001_v02 iii Figure 1 Figure 2 Figure 3 Figur
4. NVIDIA Corporation assumes no responsibility for the consequences of use of such information or for any infringement of patents or other rights of third parties that may result from its use No license is granted by implication of otherwise under any patent rights of NVIDIA Corporation Specifications mentioned in this publication are subject to change without notice This publication supersedes and replaces all other information previously supplied NVIDIA Corporation products are not authorized as critical components in life support devices or systems without express written approval of NVIDIA Corporation Trademarks NVIDIA the NVIDIA logo CUDA Kepler and NVIDIA GRID are trademarks and or registered trademarks of NVIDIA Corporation in the U S and other countries Other company and product names may be trademarks of the respective companies with which they are associated Copyright 2012 2013 NVIDIA Corporation All rights reserved www nvidia com nVi DIA
5. able 3 Thermal Results and Specification Test Application Temperature C GPU J unction temperature T at TDP 96 C GPU slowdown temperature maximum Tj GPU shutdown temperature T 96 C 101 C Maximum fan inlet temperature 45 C at 17 CFM Notes Junction temperature is reported by NVIDIA thermal sensor TDP thermal design power NVIDIA GRID K1 Graphics Board BD 06633 001 v02 9 RELIABILITY The meant time between failure MTBF ratings for the NVIDIA GRID K1 are tabulated in Table 4 The calculation of these values uses the Bellcore s Parts Count method in controlled environments Table 4 Mean Time Between Failure MTBF Condition Bellcore Code Ground Benign GB environment 35 C MTBF 242 324 hours Ground Fixed GF environment 35 C 121 991 hours Notes Bellcore Code GB relates to non mobile equipment used in ideal environment lab medical and test equipment Bellcore Code GF relates to non mobile equipment used in less than ideal environments rack mount or other instrumentation or equipment used in buildings without controlled temperatures NVIDIA GRID K1 Graphics Board BD 06633 001 v02 10 SUPPORT INFORMATION AGENCIES gt Australian Communications Authority and Radio Spectrum Management Group of New Zealand C Tick Bureau of Standards Metrology and Inspection BSMI Conformit
6. aphics Board GK107 P2401 SKU 502 NVIDIA GRID K1 Graphics Board BD 06633 001_v02 1 Overview KEY FEATURES GPU gt Four GK107 GPUs gt Core clock 850 MHz gt Number of processor cores 768 192 per GPU gt Full Microsoft DirectX 11 Shader Model 5 0 support gt Full OpenGL 4 3 support Board gt PCI Express 3 0 x16 system interface gt Physical dimensions 4 376 inches x 10 5 inches x 1 52 inches dual slot gt Board power 130 W maximum Power Connector One 6 pin PCI Express power connector Memory gt Memory clock 891 MHz gt Interface 128 bit gt Total board memory 16 GB 4 GB per GPU e 32 pieces of 256M x 16 DDR3 BIOS gt Four 2Mbit serial ROMs one per GPU Virtualization Solutions gt Citrix XenServer with NVIDIA GRID Hypervisor XenDesktop with HDX gt Microsoft Windows Server 2012 RemoteFX gt Microsoft Windows Server 2008 R2 RemoteFX gt VMware ESXi View with vSGA NVIDIA GRID K1 Graphics Board BD 06633 001_v02 2 CONFIGURATION Table 1 lists the configuration for the NVIDIA GRID K1 graphics board Table 1 Board Configuration Overview Specification SKU 502 Description Generic SKU reference 699 52401 0502 xxx Chip 4x GK107 Core clock 850 MHz Memory clock 891 MHz NVIDIA CUDA cores 768 192 per GPU Frame buffer 16 GB 4 GB per GPU Memory I O 128 bit Memory configuration 32 pcs 256M x 16 DDR3 Displ
7. ay connectors None Power connector Total board power One 6 pin PCI Express auxiliary power connector 130W NVIDIA GRID K1 Graphics Board BD 06633 001 v02 3 MECHANICAL SPECIFICATIONS BOARD DIMENSIONS The NVIDIA GRID K1 graphics board conforms to the PCI Express Gen3 x16 4 376 inches by 10 5 inches form factor Figure 2 shows the NVIDIA GRID K1 graphics board without the top cover installed tM JY 10 5inhes 4 376 inches nanena Gum vL AL CR Gm D GR m em 92 9 mW aa GINvIDIA mmm RH eran Figure 2 NVIDIA GRID K1 Graphics Board Dimensions NVIDIA GRID K1 Graphics Board BD 06633 001 v02 4 Mechanical Specifications BRACKET The NVIDIA GRID K1 board features a vented bracket as shown in Figure 3 OEMs who qualify for bracket modifications have the option of receiving modules with no bracket installed Figure 3 NVIDIA GRID K1 Bracket NVIDIA GRID K1 Graphics Board BD 06633 001 v02 5 Mechanical Specifications Bracket Removal The following steps will show you how to remove the standard bracket if necessary 1 Remove the shoulder screw on the back side of the PCB 2 Remove the two flat head screws on the bracket exhaust face 3 Removed the bracket Shoulder screw Flat head screws Figure 4 Shoulder Screw and Flat Head Screws Location NVIDIA GRID K1 Graphics Board BD 0663
8. e 4 Figure 5 Table 1 Table 2 Table 3 Table 4 Table 5 LIST OF FIGURES NVIDIA GRID K1 Graphics Board GK107 P2401 SKU 502 ssss 1 NVIDIA GRID K1 Graphics Board Dimensions cc cece e cece eee eeeeeeeenees 4 NVIDIA GRID K1 Bracket iicnnckinncetadtesesneasmescrisrentecsueeaeneeeencees 5 Shoulder Screw and Flat Head Screws Location sues 6 6 Pin PCI Express Power Connector sess mnn 7 LIST OF TABLES Board Configuration ceci ertet te BE OU Dried teIE PORE taetobe kd tan ERAT ERU UEE 3 6 Pin PCI Express Power Connector Pinout sssssss n 8 Thermal Results and Specification sese 9 Mean Time Between Failure MTBF ccccccccseeeeeeeeeeseneteeeeaeeeeens 10 Languages Supported iiis eee ro hr re tb E SR nO ex E DEI E HEU RR EEUU RES 12 NVIDIA GRID K1 Graphics Board BD 06633 001 v02 iv OVERVIEW The NVIDIA GRID K1 is a dual slot 10 5 inch PCI Express Gen3 graphics board with four NVIDIA Kepler graphics processing units GPUs The NVIDIA GRID K1 has 16 GB of DDR3 memory 4 GB per GPU and a 130 W maximum power limit The NVIDIA GRID K1 graphics board uses a passive heat sink that requires system airflow to properly operate the card within thermal limits It is designed to accelerate graphics in virtual desktop environments making it the ideal graphics processor for Microsoft RemoteFX and VMware vSGA Figure 1 NVIDIA GRID K1 Gr
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