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Related Manuals for Aetina GeForce GTX10 series
Summary of Contents for Aetina GeForce GTX10 series
- Page 1 User Manual GeForce GTX10 series MXM GRAPHICS BOARD Aetina M3N1060-MN Aetina M3N1070-NN AETINA CONFIDENTIAL UM-M3N1060-MN-v05...
- Page 2 Description Authors 2017, 1, 6 Initial Release 2017, 2, 7 Add description for the system battery module enabled. 2017, 2, 21 Remove JTAG support. 2017/6/26 Update chapter 6 Thermal specifications Jackal 2017/12/13 Correct memory part number Jackal AETINA CONFIDENTIAL UM-M3N1060-MN-v05...
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Page 3: Table Of Contents
3.3.5 Hot Plug ............................- 9 - 3.4 PCI Express ............................- 10 - 4. Pin Definition ............................- 11 - 4.1 Board Interface ........................... - 11 - 4.2 Supplementary Power Connector Pin Assignments ................- 12 - AETINA CONFIDENTIAL UM-M3N1060-MN-v05... - Page 4 7.8 PWR_LEVEL Signal ..........................- 29 - 8. Certificates and Agencies ......................... - 31 - 8.1 Certifications ............................- 31 - 8.2 Agencies ............................. - 31 - 9. Appendix ..............................- 32 - 9.1 Order Information ..........................- 32 - AETINA CONFIDENTIAL UM-M3N1060-MN-v05...
- Page 5 This page intentionally left blank. AETINA CONFIDENTIAL - 1 - UM-M3N1060-MN-v05...
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Page 6: General Overview
Now you can take on your PC games with faster, smoother gameplay at ultra-settings. Game advanced, unplugged. The Aetina GTX10 MXM module is the compact, thinnest graphics module solution based on the industrial standard Mobile PCI Express Module Version 3.1 specification, delivering the latest and leading-edge GPU benefits for your embedded system. -
Page 7: Board
Local frame buffer: 8 GB (6pieces 256M x 32 GDDR5, FBGA-170 package) 1.1.4 Support NVIDIA CUDA Technology (Compute capability 6.1) NVIDIA Optimus Technology NVIDIA Ansel NVIDIA GPU Boost 3.0 Microsoft DirectX 12 Vulkan AETINA CONFIDENTIAL - 3 - UM-M3N1060-MN-v05... -
Page 8: Display Support
2. The WINDOWS operating system requires “Battery Module Enabled” (NOT RTC). If the battery module enabled, you can find the battery icon on the right side of the taskbar, as the below figure. ※Please contact your system BIOS vendor to get help. AETINA CONFIDENTIAL - 4 - UM-M3N1060-MN-v05... -
Page 9: Configuration
Supplementary Power 4-pins (PWR_SRC) Connector Operating Temperature Standard: 0°C to +55°C Standard: 0°C to +55°C Extreme temperature: Optional Storage Temperature -40°C to 125°C -40°C to 125°C Operating Humidity 10~90%, No Condensation. 10~90%, No Condensation. AETINA CONFIDENTIAL - 5 - UM-M3N1060-MN-v05... -
Page 10: Display Options
1. DP_P cannot be used for driving an external display. 2. System without Dual-link display can be supported up to four digital displays at the same time. 3. All display interfaces that support DisplayPort can be support dual-mode DisplayPort. AETINA CONFIDENTIAL - 6 - UM-M3N1060-MN-v05... -
Page 11: Functional Description
3. Functional Description 3.1 Board Architecture The AETINA M3N1060-MN is based on MXM 3.1 Type B form factor. The AETINA M3N1070-NN is based on MXM 3.1 form factor. Figure 3.1: Block diagram AETINA CONFIDENTIAL - 7 - UM-M3N1060-MN-v05... -
Page 12: General Purpose Graphics Processing Unit
3.2 General Purpose Graphics Processing Unit The AETINA GeForce GTX10 MXM series are based on NVIDIA Pascal GPU. M3N1060-MN is based on GeForce GTX 1060. 1280 CUDA core enabled and M3N1070-NN is based on GeForce GTX 1070. 2048 CUDA core enabled. All of them are compliant with NVIDIA’s CUDA compute capability 6.1. -
Page 13: Graphics Output Channels
3.3.1 Graphics Output channels Figure 3.2: Output channels 3.3.2 Digital Output The AETINA GeForce GTX10 MXM series supported 6x digital outputs via MXM connector. DP_A/DP_B/DP_C/DP_D/DP_E/DP_F; dual-mode DisplayPort; maximum resolution over digital port: 7680 x 4320 at 60 Hz. 3.3.3 Analog Output The AETINA GeForce GTX10 MXM series not support analog output. -
Page 14: Pci Express
3.4 PCI Express The AETINA GeForce GTX 10 MXM series support a native x16 PCI Express Gen3/2/1 bus interface and also supports x8 lane widths. AETINA CONFIDENTIAL - 10 - UM-M3N1060-MN-v05... -
Page 15: Pin Definition
The table 4.1 shows the board layout and connector to familiarize users with M3N1060-MN/M3N1070-NN MXM graphics module. Table 4.1: Board layout and connectors Specification Describe Specification Describe GeForce GTX 1060 GPU GeForce GTX 1070 GPU MXM connector MXM connector Supplementary Power connector AETINA CONFIDENTIAL - 11 - UM-M3N1060-MN-v05... -
Page 16: Supplementary Power Connector Pin Assignments
4.2.1 Supplementary Power Connector Figure 4.3: Supplementary power connector 4.2.2 Connector Pinout Signal Name PWR_SRC PWR_SRC Table 4.2: Power connector pinout Note: The P/N of mating connector on carrier board or system board: ACES: 50299-00401-004 AETINA CONFIDENTIAL - 12 - UM-M3N1060-MN-v05... -
Page 17: Mxm Pin Assignments
4.3 MXM Pin Assignments 4.3.1 MXM Connector Figure 4.4: MXM connector (card TOP) Figure 4.5: MXM connector (card BOTTOM) 4.3.2 MXM connector Pinout AETINA CONFIDENTIAL - 13 - UM-M3N1060-MN-v05... - Page 18 Table 4.3: MXM connector pinout AETINA CONFIDENTIAL - 14 - UM-M3N1060-MN-v05...
- Page 19 Table 4.4: MXM connector pinout (continued) AETINA CONFIDENTIAL - 15 - UM-M3N1060-MN-v05...
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Page 20: Mxm Oem And Gpio Pin Assignment
GPIO 1 GPIO 22 Tri-state GPIO 2 RESERVE Note: 1. If OEM/GPIO pin is not in use, keep it NC in the system board. 2. Keep the RESERVE pin as NC in the system board. AETINA CONFIDENTIAL - 16 - UM-M3N1060-MN-v05... -
Page 21: Mechanical Specifications
5. Mechanical Specifications 5.1 Dimensions The Actual dimensions of the M3N1060-MN/M3N1070-NN are shown in below. Figure 5.1: Dimensions of M3N1060-MN Figure 5.2: Dimensions of M3N1070-NN AETINA CONFIDENTIAL - 17 - UM-M3N1060-MN-v05... -
Page 22: Thermal Specifications
2. THERM_ALERT results in a 50% (÷2) hardware clock slowdown. 3. The GPU maximum operating temperature is the maximum GPU temperature at which the GPU is guaranteed to operate at the target performance (base clock) under the total board power level. AETINA CONFIDENTIAL - 18 - UM-M3N1060-MN-v05... -
Page 23: Component Thermal And Mechanical Specifications
6.2 Component Thermal and Mechanical Specifications The tables and figures below show the M3N1060-MN & M3N1070-NN MXM module components and thermal specifications, including top and bottom view of the M3N1060-MN & M3N1070-NN. Figure 6.1: M3N1060-MN MXM Top Side AETINA CONFIDENTIAL - 19 - UM-M3N1060-MN-v05... - Page 24 Figure 6.2: M3N1060-MN MXM Bottom Side AETINA CONFIDENTIAL - 20 - UM-M3N1060-MN-v05...
- Page 25 Table 6.2: Thermal and Mechanical Specifications for M3N1060-MN AETINA CONFIDENTIAL - 21 - UM-M3N1060-MN-v05...
- Page 26 Figure 6.3: M3N1070-NN MXM Top Side AETINA CONFIDENTIAL - 22 - UM-M3N1060-MN-v05...
- Page 27 Figure 6.4: M3N1070-NN MXM Bottom Side AETINA CONFIDENTIAL - 23 - UM-M3N1060-MN-v05...
- Page 28 Table 6.3: Thermal and Mechanical Specifications for M3N1070-NN AETINA CONFIDENTIAL - 24 - UM-M3N1060-MN-v05...
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Page 29: System Requirements
Table 7.1) until PWR_GOOD is asserted. Table 7.1: Signals Exempted from Gating Requirement Group Signals Power and Thermal SMB_CLK, SMB_DAT, TH_OVER#, TH_ALERT#, PWR_GOOD System Management WAKE#, PEX_CLK_REQ# Display DP_x_HPD AETINA CONFIDENTIAL - 25 - UM-M3N1060-MN-v05... -
Page 30: Module Power Down And Power Up
System reset may be deasserted only after the assertion of the PWR_GOOD signal. Figure 7.3 shows the reset requirements relative to the PWR_EN and PWR_GOOD signals. This sequence must be followed on initial power on, system reset and resume from suspend/hibernate. Figure 7.3: Reset Sequencing AETINA CONFIDENTIAL - 26 - UM-M3N1060-MN-v05... -
Page 31: Displayport Interface
Figure 7.4: Dual-mode DisplayPort Implementation 7.5 Embedded DisplayPort (eDP) Please contact Aetina for the eDP support. 7.6 DVI/HDMI on DP Interface Native DVI or HDMI connector support can be implemented using a DisplayPort interface. - Page 32 DP_E + DP_F TX_CLK DP_A_L3 DP_C_L3 DP_E_L3 TX_D0 DP_A_L2 DP_C_L2 DP_E_L2 TX_D1 DP_A_L1 DP_C_L1 DP_E_L1 TX_D2 DP_A_L0 DP_C_L0 DP_E_L0 TX_D3 DP_B_L2 DP_D_L2 DP_F_L2 TX_D4 DP_B_L1 DP_D_L1 DP_F_L1 TX_D5 DP_B_L0 DP_D_L0 DP_F_L0 DP_A_AUX DP_C_AUX DP_E_AUX AETINA CONFIDENTIAL - 28 - UM-M3N1060-MN-v05...
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Page 33: Thermal And Power Management Interface
20% power reduction from full power to reduced power. The use of this feature is optional for the system (may be left unconnected). AETINA CONFIDENTIAL - 29 - UM-M3N1060-MN-v05... - Page 34 10A but the total current drawn from the battery may exceed its limit. If the modules do not transition from high to low power in time, the battery may be damaged. AETINA CONFIDENTIAL - 30 - UM-M3N1060-MN-v05...
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Page 35: Certificates And Agencies
8. Certificates and Agencies 8.1 Certifications Driver for WHQL certified Windows 7 - 10 available from NVIDIA. 8.2 Agencies Conformité Européenne (CE): TBD Federal Communications Commission (FCC): TBD AETINA CONFIDENTIAL - 31 - UM-M3N1060-MN-v05... -
Page 36: Appendix
Note: 1. The “x” in the modules could be defined as A~Z, 0~9, -, + or blank for marketing differentiation. 2. Access to wide/extended temperature and coating service, please contact sales@aetina.com.tw for the details. AETINA CONFIDENTIAL - 32 - UM-M3N1060-MN-v05... - Page 37 BIOS flashes, firmware upgrades, or the like. Aetina assumes no obligation to update or otherwise correct or revise this information. However, Aetina reserves the right to revise this information and to make changes from time to time to the content hereof without obligation of Aetina to notify any person of such revisions or changes.
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