PNY TCSS1070-1/2MX16-PB graphics card
Contents
1. Specification Tesla S1070 NVIDIA GPU Computing System July 25 2008 SP 04154 001_v01 Document Change History Version Date Responsible Description of Change 0 9 July 14 2008 GB Initial version preliminary 01 July 25 2008 GB SM Initial release July 25 2008 SP 04154 001 v01 Table of Contents Tesla S1070 Overview eeeieeseee enisi eene ee enean raura aun eau ud Ru RR E HH 1 Key SpecifiCatioris 1 esee ete na eden dn iren Fern Fee tani Ea euh exa REPE FER Vo AF Y Ve Fa SER KR ke xus LR RE ERRANT EXE 1 yin Ma 2 COMPIQUPATION ws 4 Mechanical Specification c00c eee ee 5 Sy ECUESU IR ee M 5 Host Interface Card HIC eeeseeeeeeeeeeeee nennen nennen nnn nnn nen nnn ananas naa nna nn nnn 6 PCI Express Cable oe teer inve aeta Pr C X TX VEZ VETE S NEN KA CEN SEP vreRKYE RR Dd EP RR E Y PERSE 7 Thermal Specifications esee eise eese serene nenne nenne nhan a unma n anu a aan daana inanan iana 9 Thermal Testing Sumtmaty sssrinin aiana Rake ehe beans RE eed a ee E REN R AER ERRARE RR a Kn 9 Support Information e 1neeeiee eene rennen nenne nean nhan nhan aikuaa hiruan ainiaan akian 11 LANQUAQES 11 Certificates and Agencies 5 iine rete ra Reda Sna2. anA FERE SER RR RXX RR RR ARR NA NEAR REA FEAR ERR ERES REIR 11 Certifications iere s AE a edie eens 11 Drye c E 11 July 25 2008 SP 04154 001 v01 Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 Figure 7 Table 1 Table 2 Table 3 Table 4 List of Figures Tesla S1070 System Architecture eossseseseieee nennen nennen nennen nnne nnns 2 Tesla S1070 Connection to a Single Host System sseeseeeeeeeenee 3 Tesla S1070 Connection to Two Host Systems essssseseeeeenemeennnnn 3 System Chassis Drawing eeseeisssesseseee nennen nennen nnne rnm nennen nn 5 Host Interface Card x16 Version eeeseeeeeeeeeeee nennen nnn nn nnn 6 PCI Express Cable 0 5 Meter eene rnnt nnn irae nua uni io ia rica nh Rn anao Annua 7 PCI Express Cable Minimum Bend Radius seeeeeeeennnnn 8 System Configuration 1 2 rere arae Lesen ed xa ea pavo R eek Raga E kan RERERRR ELEME REN R RR RRRRK 4 Test Parameter Highlights ssssesesseseessseseeee nnnm 9 Thermal Results and Specification eesseeeeseeeeeeennne nnne nnne nnns 9 Environmental Specifications and COnditionS ccseeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeaaaaes 10 July 25 2008 SP 04154 001_v01 iv Tesla S1070 Overview The NVIDIA Tesla 1070 Computing System is a 1U rack mount
3. l Switch MR Host System PCIe Host Interface w 1 PCle slot Card Figure 3 Tesla S1070 Connection to Two Host Systems July 25 2008 SP 04154 001 v01 3 Tesla S1070 GPU Computing System Specification Configuration There are two configurations available Table 1 for the Tesla 51070 computing system Table 1 System Configuration Specification Description Ordering Part Numbers 920 20804 0001 000 Turnkey with standard HICs and external cables included 920 20804 0002 000 ALa Carte with no HICs and no cables so user can specify accessories GPU T10 GPU GPU Processor clock 1 45 GHz target final clocks TBD GPU Memory clock 800 MHz final clocks TBD Memory configuration 16 0 GB total configured as 4 0 GB per GPU Memory I O 512 bit per GPU System I O Two PCIe connections Each connection leads to two of the four GPUs PCI Express cables gt A 0 5 meter cable is included in the turnkey kit 2 A 2 0 meter cable is available but must be ordered separately July 25 2008 SP 04154 001_v01 4 Mechanical Specification System Chassis The Tesla 1070 Figure 4 uses a 1U form factor chassis and conforms to the EIA 310E specification fot 19 inch 4 post racks with 900 mm to 1000 mm depth The chassis dimensions are 1 73 inches high X 17 5 inches wide X 28 5 inches deep Figure 4 System Chassis Drawing July 25 2008 SP 04154 001 v01 5 T
4. system with four Tesla T10 computing processors This system connects to one or two host systems via one ot two PCI Express cables A Host Interface Card HIC is used to connect each PCI Express cable to a host The host interface cards are compatible with both PCI Express 1X and PCI Express 2 X systems Key Specifications Computing Processors QO Four Tesla T10 graphics processing units GPUs Q 16 0 GB of high speed memory configured as 4 0 GB for each GPU Mechanical Overview QO Physical Dimensions gt System 1 73 inches high x 17 5 inches wide X 28 5 inches deep gt System weight without external accessories 32 lbs QO PCI Express Cable gt Standard 0 5 meters in length gt Optional 2 0 meters in length O Host interface Cards PCI Express low profile form factor gt Standard card requires a X16 PCI Express slot An optional card is available for x8 PCI Express slots QO Rack Compatibility gt Fits 4 post 19 EIA compatible racks gt Rack depth between posts 28 to 32 inches O External Connectors Two cable connectors for X16 PCI Express gt C19 format female connector for power cord July 25 2008 SP 04154 001_v01 1 Tesla S1070 GPU Computing System Specification Operating Environment Q Temperature 5 C to 35 C O Relative humidity 10 to 80 non condensing QO Maximum airflow TBD System Architecture The Tesla 1070 GPU computing system is based on the T10 GPU fro
5. EPLATE TO OUTER RADIUS Figure 7 PCI Express Cable Minimum Bend Radius July 25 2008 SP 04154 001 v01 8 Thermal Specifications Thermal Testing Summary The thermal testing results are preliminary Thermal testing will be detailed in a thermal qualification summary report Table 2 Test Parameter Highlights Parameter Value Fan speed TBD Ambient temperature 35 C Duration 60 minutes Components instrumented for the TBD test Test applications NVIDIA thermal stress test Table 3 Thermal Results and Specification Test Average Power GPU PCIe Switch FET Application Maus Tjunction C Tjunction C Tjunction C NVIDIA thermal TBD TBD TBD TBD stress test Junction temperature as reported by NVIDIA thermal sensor Only the highest value is reported for multiple chips e g There are four GPUs in the system the reported value is the highest of the four July 25 2008 SP 04154 001 v01 9 Tesla S1070 GPU Computing System Specification Table 4 Environmental Specifications and Conditions Specifications Conditions Operating temperature 5 C to 35 C Operating humidity 10 to 80 RH non condensing Operating altitude 5000 feet mean sea level MSL Operating shock Half sine 40g 2 ms duration 3 axis Operating vibration Sinusoidal 0 25g 10 to 500 Hz 3 axis Random 1 0 Grms 10 to 500 Hz Acoustics TBD dBa at 1 meter in f
6. esla S1070 GPU Computing System Specification Host Interface Card HIC The HIC conforms to the PCI Express low profile form factor This card is compatible with both PCI Express 1X and PCI Express 2 0 systems A X8 version is also available for systems that do not have X16 PCI Express slots The HICs ship with a full height bracket installed and includes a low profile bracket Figure 5 shows the X16 version of the card with the full height bracket Figure 5 Host Interface Card x16 Version July 25 2008 SP 04154 001 v01 6 Tesla S1070 GPU Computing System Specification PCI Express Cable The Tesla 1070 uses 0 5 meter PCI Express cables as the standard connection to the host system s Figure 6 shows the dimensions of this cable and its connectors A 2 0 meter version of the cable is also available as a standalone accessory and uses the same connectors as the 0 5 meter cable Note For Figure 6 the dimensions are in millimeters unless otherwise labeled 0 52 030 M Figure 6 PCI Express Cable 0 5 Meter The minimum bend radius is 38 7 mm for the PCI Express cable Figure 7 shows details of how this is measured relative to the I O plate on the host interface card and relative to the cable connector interface July 25 2008 SP 04154 001_v01 7 Tesla S1070 GPU Computing System Specification 13 00 CABLE GAGE A CABLE DIAMETER 86 B MINIMUM OUTER RADIUS C FAC
7. m NVIDIA It can be connected to a single host system via two PCI Express connections to that host or connected to two separate host systems via one PCI Express connection to each host 4 0 GB DRAM 4 0 GB DRAM EE Tesla Tesla GPU GPU PCle x16 NVIDIA Switch A P PCI Express Cables to Host System s Aset NVIDIA A Switch Thermal Tesla Management GPU Tesla GPU System Monitoring 4 0GB DRAM 4 0GB DRAM Figure 1 Tesla S1070 System Architecture Each NVIDIA switch and corresponding PCI Express cable connects to two of the four GPUs in the Tesla 1070 If only one PCI Express cable is connected to the Tesla 1070 only two of the GPUs will be used To connect all four GPUs in a Tesla 1070 to a single host system the host must have two available PCI Express slots and be configured with two cables as shown in Figure 2 July 25 2008 SP 04154 001 v01 2 Tesla S1070 GPU Computing System Specification P amp le Host Interface Host System D w 2 PCle slots P amp le Host I Interface O Card Tesla S1070 E NVIDIA DO Switch Figure 2 Tesla S1070 Connection to a Single Host System The Tesla 1070 can also be used with hosts that have only one available PCI Express slot However two host systems are required and should be connected as shown in Figure 3 Each host system will access two of the four GPUs Host System Polenost w 1 PCle slot cad 1 Tesla S1070 cmo NVIDIA
8. r otherwise under any patent or patent rights of NVIDIA Corporation Specifications mentioned in this publication are subject to change without notice This publication supersedes and replaces all information previously supplied NVIDIA Corporation products are not authorized for use as critical components in life support devices or systems without express written approval of NVIDIA Corporation Trademarks NVIDIA the NVIDIA logo and Tesla are trademarks or registered trademarks of NVIDIA Corporation in the United States and other countries Other company and product names may be trademarks of the respective companies with which they are associated Copyright 2008 NVIDIA Corporation All rights reserved NVIDIA Corporation 2701 San Tomas Expressway Santa Clara CA 95050 www nvidia com NVIDIA
9. ront of system Non operating temperature 0 C to 65 C July 25 2008 SP 04154 001_v01 10 Support Information Languages Language support for the Tesla 1U systems is English U S only at this time Certificates and Agencies Certifications There are no certifications planned at this time Agencies Australia Communication Authotities C Tick Bureau of Standards Metrology and Inspection BSMI Conformit Europ enne CE Federal Communications Commission FCC Interference Causing Equipment Standard ICES Ministry of Information and Communication MIC Underwriters Laboratories UL OCococooo og Voluntary Control Council for Interference VCCI July 25 2008 SP 04154 001_v01 11 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 However 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 o
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