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          MITWELL KUBER-2000 Series User Manual - Preliminary 

 

 
 

Copyright ©  MITWELL 2019          KUBER-2000 Series User Manual                                                                                                                                                                           

33 

 

P9 

GND   

 

 

S9 

CSI0_CK-   

 

 

P10 

C   

 

 

S10 

GND   

 

 

P11 

CSI1_RX1-   

 

 

S11 

 

 

P12 

GND   

 

 

S12 

CSI0_RX0-   

 

 

P13 

C   

 

 

S13 

GND   

 

 

P14 

CSI1_RX2-   

 

 

S14 

C   

 

 

P15 

GND   

 

 

S15 

CSI0_RX1-   

 

 

P16 

C   

 

 

S16 

GND   

 

 

P17 

CSI1_RX3-   

 

 

S17 

Co-Lay 

 

 

P18 

GND   

 

 

S18 

Co-Lay 

 

 

P19 

Co-Lay 

 

 

S19 

Co-Lay 

 

 

P20 

Co-Lay 

 

 

S20 

Co-Lay 

 

 

P21 

Co-Lay 

 

 

S21 

Co-Lay 

 

 

P22 

Co-Lay 

 

 

S22 

Co-Lay 

 

 

P23 

Co-Lay 

 

 

S23 

Co-Lay 

 

 

P24 

Co-Lay 

 

 

S24 

Co-Lay 

 

 

P25 

Co-Lay 

 

 

S25 

GND   

 

 

P26 

Co-Lay 

 

 

S26 

Co-Lay 

 

 

P27 

Co-Lay 

 

 

S27 

Co-Lay 

 

 

P28 

Co-Lay 

 

 

S28 

No Connect 

 

 

P29 

Co-Lay 

 

 

S29 

PC   

 

 

P30 

Co-Lay 

 

 

S30 

PCIE_D_TX-   

 

 

P31 

SPI0_CS1#   

CMOS 1.8V 

S31 

Co-Lay 

 

 

P32 

GND   

 

 

S32 

PC   

 

 

P33 

SDIO_WP   

CMOS 3.3V 

S33 

PCIE_D_RX-   

 

 

P34 

SDIO_CMD   

CMOS 3.3V 

S34 

GND   

 

 

P35 

SDIO_CD#   

CMOS 3.3V 

S35 

No Connect 

 

 

P36 

SDIO_CK   

CMOS 3.3V 

S36 

No Connect 

 

 

P37 

SDIO_PWR_EN   

CMOS 3.3V 

S37 

USB3_VBUS_DET   

CMOS 5V 

P38 

GND   

 

 

S38 

AUDIO_MCK   

CMOS 1.8V 

P39 

SDIO_D0   

CMOS 3.3V 

S39 

I2S0_LRCK   

CMOS 1.8V 

P40 

SDIO_D1   

CMOS 3.3V 

S40 

I2S0_SDOUT   

CMOS 1.8V 

P41 

SDIO_D2   

CMOS 3.3V 

S41 

I2S0_SDIN   

CMOS 1.8V 

P42 

SDIO_D3   

CMOS 3.3V 

S42 

I2S0_CK   

CMOS 1.8V 

P43 

SPI0_CS0#   

CMOS 1.8V 

S43 

No Connect 

 

 

P44 

SPI0_CK   

CMOS 1.8V 

S44 

No Connect 

 

 

P45 

SPI0_DIN   

CMOS 1.8V 

S45 

LPC_CLKOUT1 

CMOS 3.3V 

Содержание KUBER-2000 Series

Страница 1: ...MITWELL KUBER 2000 Series User Manual Preliminary Copyright MITWELL 2019 KUBER 2000 Series User Manual 1 KUBER 2000 Series User Manual Preliminary Version ...

Страница 2: ...ty Precautions 8 3 3 Hardware Specification 9 3 4 Appearance 11 3 4 1 KUBER 2110 11 3 4 2 KUBER 212A 11 3 4 3 KUBER 212B 11 3 4 4 KUBER 212D 12 3 4 5 KUBER 212E 12 3 5 Interface 13 3 5 1 USB 3 0 13 3 5 2 DP 13 3 5 3 Ethernet 13 3 5 4 LED indicator 14 3 5 5 COM 14 3 5 6 Power terminal 15 3 5 7 M 2 and mini PCI e card slot 15 3 5 8 Antenna 15 3 6 Dimensions 16 3 6 1 One layer 16 3 6 2 Two layer 17 4...

Страница 3: ...ng Power 23 5 3 External Antenna installation 24 6 MAINTENANCE 25 6 1 M 2 2230 Wifi Module Installation 25 6 2 M 2 2242 and Mini PCI e card installation 27 6 3 Battery change 29 A APPENDIX 30 A 1 Naming rule 30 A 2 System ordering information 31 A 3 Accessory ordering information 32 A 4 Golden finger pin out table 32 ...

Страница 4: ...MITWELL KUBER 2000 Series User Manual Preliminary Copyright MITWELL 2019 KUBER 2000 Series User Manual 4 1 REVISION Revision Date Page Description R1 0 20190731 Initial document release Preliminary ...

Страница 5: ...Intel Corporation Microsoft Windows and MS DOS are registered trademarks of Microsoft Corp All other product names or trademarks are properties of their respective owners All product names logos brands trademarks and registered trademarks in this user s manual or the MiTwell website are the property of their respective owners 2 3 Warranty MiTwell warrants that each product failing to function prop...

Страница 6: ...Part15 Subpart B 2018 Class A Operation is subject to the following two conditions one is the device may not cause harmful interference and second is that the device must accept any interference received including interference that may cause undesired operation 2 5 Technical support MiTwell are committed to provide the best support and service for our customers which can help customer implement an...

Страница 7: ...Apollo Lake processors up to 4 cores robust aluminum housing and common industrial features The state of the art expansion design ensures various I O choices for different applications are fulfilled with minimal investment Leveraging KUBER 2000 s Eco system you can shorten the time to market when building your own solutions No matter to perform data collection and transition edge computing or comm...

Страница 8: ...ded it will result in death or serious injury WARNING Indicates a hazard with a medium risk level If this hazardous situation is not avoided it could result in death or serious injury CAUTION Indicates a hazard with a low risk level If this hazardous situation is not avoided it could result in minor or moderate injury This symbol together with the NOTE signal word alerts the reader to a situation ...

Страница 9: ...rprise LTSB 2016 64 bit Linux Yocto v2 5 1 Expansion 1 x M 2 Key E 2230 Basic I O Interface Power Connection 1 x 2 pin screw type terminal block Ethernet 2 x 10 100 1000 GbE Intel i210 USB 2 x USB 3 0 Display 1 x DP v1 4 4096 x 2160 60Hz Environment Operating Temperature 0 C 50 C 5 85 RH with no airflow Storage Temperature 40 C 85 C Vibration 1g DIN EN 60068 2 6 Shock 15g EN 60068 2 27 Certificati...

Страница 10: ...hernet POE 2 x 10 100 1000 GbE Intel i210 with isolation 2 x 10 100 1000 GbE Intel i210 2 x 802 3af PoE GbE 15 4W N A N A COM Console 1 x RS 232 422 485 BIOS configurable 5V 12V selectable with isolation 1 x CANbus N A 1 x RS 232 1 x RS 232 422 485 BIOS Configurable 2 x RS 232 By RJ45 USB N A N A N A N A 4 x USB 2 0 I O N A 4 x GPIO N A N A N A Expansion Slot N A 1 x Mini PCIe mSATA 1 x M 2 Key E ...

Страница 11: ...Manual 11 3 4 Appearance 3 4 1 KUBER 2110 Core interface with 2x USB3 0 1x DisplayPort 2xGiga LAN Power connectors 3 4 2 KUBER 212A Expanded interface with 2x isolated LAN 1 x RS 232 422 485 BIOS configurable 5V 12V selectable 3 4 3 KUBER 212B Expanded interface with 4x GPIO 1x CANBus 2x Giga LAN ...

Страница 12: ...yright MITWELL 2019 KUBER 2000 Series User Manual 12 3 4 4 KUBER 212D Expanded interface with 1 x 2 pin screw Terminal block 48VDC 3 x 10 100 1000 GbE with PoE 15 4W 3 4 5 KUBER 212E Expanded interface with 1 x RS 232 1 x RS 232 422 485 BIOS Configurable ...

Страница 13: ... blue connector 3 5 2 DP DisplayPort DP These ports connect KUBER 2000 to external digital displays with a corresponding DP connector 3 5 3 Ethernet KUBER 2000 series are equipped with Intel i210 Gigabit LAN controller which fully compliant with 10 100 1000 Base T Ethernet network Two RJ45 connectors allow the computer to communicate on a 10 100 1000 Base T Gigabit LAN Ethernet network Activity Li...

Страница 14: ...ash Green off Off Need to auto detection functionality while power applied 3 5 5 COM Serial COM D SUB 9 serial ports are available for use which is configurable as either RS 232 RS 422 or RS 485 by BIOS setting The function of the pins in the D SUB 9 connector varies with the different configuration settings on different model please check it on the datasheet D SUB 9 pin RS 232 RS 422 RS 485 1 DCD...

Страница 15: ...wer to the KUBER 2000 Pin No Description 0 V DC 12 30VDC 20 3 5 7 M 2 and mini PCI e card slot Release the screw and disassemble the chassis of KUBER 2000 you can see the M 2 and miniPCI e card slot on the main board carrier board The slot varies with the different models 3 5 8 Antenna A mini PCIe card M 2 2230 card slot is available to allow KUBER 2000 to be placed on a wireless network ...

Страница 16: ...UBER 2000 Series User Manual Preliminary Copyright MITWELL 2019 KUBER 2000 Series User Manual 16 3 6 Dimensions All dimensions shown in mm millimeters 3 6 1 One layer Dimension 99x 46x 92 mm Front view Side view ...

Страница 17: ...MITWELL KUBER 2000 Series User Manual Preliminary Copyright MITWELL 2019 KUBER 2000 Series User Manual 17 Top view 3 6 2 Two layer Dimension 99 x 63 x 92 mm ...

Страница 18: ...MITWELL KUBER 2000 Series User Manual Preliminary Copyright MITWELL 2019 KUBER 2000 Series User Manual 18 Front view Side view Top view ...

Страница 19: ...ell as an optional accessory This chapter provide step by step mounting guide for the mounting options Make sure to fasten the screw M3 x 5L with proper torque 5kgf cm by torque wrench on KUBER 2000 Improper torque may cause the damage of screw thread on the aluminum chassis 4 1 Wall mount Installation Fasten the Wall mount bracket by screws M3 x 5L on the KUBER 2000 1 See the dimensions as below ...

Страница 20: ...ct anchor type for the mounting surface and securely attach the KUBER 2000 series IPC on the mounting surface desk wall Ensure that the attaching hardware is in the small section of the keyholes Removal 1 Remove power and disconnect cables to the IPC 2 Loosen and remove the screws securing the IPC to the mounting surface ...

Страница 21: ...21 4 2 DIN Rail mount Fasten the DIN rail bracket by screws M3 x 5L on the KUBER 2000 Suitable for 35mm W 7 5mm H DIN rail Install 1 Angle the KUBER 2000 IPC so the top edge of the mounting plate hangs on the top edge of the DIN rail 2 Rotate the KUBER 2000 IPC down against the lower edge of the DIN rail ...

Страница 22: ...er Manual Preliminary Copyright MITWELL 2019 KUBER 2000 Series User Manual 22 3 Press in until the latch snaps closed Remove 4 Press to un secure the device on the rail 5 Release the latch and rotate the device away from the rail ...

Страница 23: ...ng KUBER 2000 provides good EMI protection and a stable grounding base There is an easy to connect chassis grounding point to use 5 2 Connecting Power This product is intended to be supplied by a Listed Power Adapter or DC power source rated 10 30Vdc 2A and Tma 50 degree C if need further assistance please contact us for further information ...

Страница 24: ...na installation Included with the installed card is an antenna 1 that attaches to a connector on the front of the unit 2 Since the KUBER 2000 is often installed within an enclosure it may be advisable to install the antenna on the exterior of the enclosure with appropriate length antenna cable rather than directly to the IPC ...

Страница 25: ...ecautions against electrostatic discharge ESD according to EN 61340 5 1 and IEC 61340 5 1 The KUBER 2000 series can be disassembled and install the additional storage Wifi module etc by M 2 2242 slot and mini PCIe slot NOTE Failure to ensure thermal pads are properly positioned may result in performance loss 6 1 M 2 2230 Wifi Module Installation 1 Remove 2 screws 1 2 at the bottom of the front bra...

Страница 26: ... Turn around the system M 2 2230 wifi card can be installed on it 6 Finishing card s installation put the bottom heat sink back to the initial postion Lock the front rear bracket by screws 1 2 3 4 5 6 Make sure to fasten the screw back with proper torque 5kgf cm by torque wrench on KUBER 2000 Improper torque may cause the damage of screw thread on the aluminum chassis ...

Страница 27: ... 2 M 2 2242 and Mini PCI e card installation NOTE expansion card may various for different model please check specification for each model 1 Remove 2 screws 1 2 at the bottom of the front bracket NOTE need to remove the screw of COM port for some specific model 2 Remove 4 screws 3 4 5 6 from the rear bracket ...

Страница 28: ...e system you can find the miniPCI e and M 2 2242 card slot can be installed on it 6 Finishing card s installation put the bottom heat sink back to the initial postion Lock the front rear bracket by screws 1 2 3 4 5 6 Make sure to fasten the screw back with proper torque 5kgf cm by torque wrench on KUBER 2000 Improper torque may cause the damage of screw thread on the aluminum chassis ...

Страница 29: ...attery change 1 Follow the same procedure to open the chasses of KUBER 2000 2 Change and replace the battery kit 3 You can purchase the battery kit from MiTwell please check table of ordering information Dispose of used batteries properly Always adhere to currently valid national regulations for battery disposal ...

Страница 30: ...sor N3350 0 50 C 3 Intel Atom processor E3930 20 60 C Optional KUBER 2 x B x x G x G Sector B Mechanical Layer 1 One Layer 2 Two Layers with extension board A G KUBER 2 x x C x G x G Sector C Carrier Board Type 0 N A A PSMC C302T 1 B PSMC C302T 2 D PSMC C304T E PSMC C303 G PSMC C305 KUBER 2 x x x D G x G Sector D Memory 2 LPDDR4 2G 4 LPDDR4 4G default KUBER 2 x x x x G E G Sector E Storage 32 eMMC...

Страница 31: ...t 1x DP 2x USB 3 0 4x RJ 45 1 x M 2 2230 Key E 1x CAN bus 4x DI DO KUBER 212D 4G 32G AS7 3063 Expended with Carrier Board D PSMC C304T 2x 2 Pin terminal block 24VDC 48VDC 20 power input 1x DP 2x USB 3 0 2x RJ 45 3x RJ 45 PoE 1x M 2 2230 Key E KUBER 212E 4G 32G AS7 3066 Expended with Carrier Board E PSMC C303 1x 2 Pin terminal block 24VDC 20 power input 1 x DP 2 x USB 3 0 2x R45 1x M 2 2242 Key B P...

Страница 32: ...racket DP to VGA B786M820 DP to VGA Video Adaptor DP to DVI B786M810 DP to DVI Video Adaptor A 4Golden finger pin out table Open golden finger pinout help user quick buildup their own solution P Pin Primary Top Side Type Tolerance S Pin Secondary Bottom Side Type Tolerance P1 SMB_ALERT_1V8 CMOS 1 8V S1 CSI1_TX I2C_CAM1_CK CMOS 1 8V P2 GND S2 CSI1_TX I2C_CAM1_DAT CMOS 1 8V P3 CSI1_CK S3 GND P4 CSI1...

Страница 33: ...Co Lay P27 Co Lay S27 Co Lay P28 Co Lay S28 No Connect P29 Co Lay S29 PCIE_D_TX P30 Co Lay S30 PCIE_D_TX P31 SPI0_CS1 CMOS 1 8V S31 Co Lay P32 GND S32 PCIE_D_RX P33 SDIO_WP CMOS 3 3V S33 PCIE_D_RX P34 SDIO_CMD CMOS 3 3V S34 GND P35 SDIO_CD CMOS 3 3V S35 No Connect P36 SDIO_CK CMOS 3 3V S36 No Connect P37 SDIO_PWR_EN CMOS 3 3V S37 USB3_VBUS_DET CMOS 5V P38 GND S38 AUDIO_MCK CMOS 1 8V P39 SDIO_D0 CM...

Страница 34: ...56 No Connect P57 No Connect S57 No Connect P58 No Connect S58 No Connect P59 GND S59 USB5 P60 USB0 S60 USB5 P61 USB0 S61 GND P62 USB0_EN_OC CMOS 3 3V S62 No Connect P63 No Connect S63 No Connect P64 No Connect S64 GND P65 USB1 S65 No Connect P66 USB1 S66 No Connect P67 USB1_EN_OC CMOS 3 3V S67 GND P68 GND S68 USB3 P69 USB2 S69 USB3 P70 USB2 S70 GND P71 No Connect S71 No Connect P72 LAD3 CMOS 3 3V...

Страница 35: ...I_D1 DP1_LANE1 S95 No Connect P96 HDMI_D1 DP1_LANE1 S96 No Connect P97 GND S97 No Connect P98 HDMI_D0 DP1_LANE2 S98 No Connect P99 HDMI_D0 DP1_LANE2 S99 No Connect P100 GND S100 No Connect P101 HDMI_CK DP1_LANE3 S101 GND P102 HDMI_CK DP1_LANE3 S102 No Connect P103 GND S103 No Connect P104 HDMI_HPD DP1_HPD CMOS 1 8V S104 USB3_OTG_ID CMOS 3 3V P105 HDMI_CTRL_CK DP1_AUX CMOS 1 8V S105 No Connect P106...

Страница 36: ...1_D2 P119 GPIO11 CMOS 1 8V S119 GND P120 GND S120 LVDS1_3 eDP1_TX3 DSI1_D3 P121 I2C_PM_CK CMOS 1 8V S121 LVDS1_3 eDP1_TX3 DSI1_D3 P122 I2C_PM_DAT CMOS 1 8V S122 LCD1_BKLT_PWM CMOS 1 8V P123 No Connect S123 RSVD P124 No Connect S124 GND P125 BOOT_SEL2 CMOS 1 8V S125 LVDS0_0 eDP0_TX0 DSI0_D0 P126 RESET_OUT CMOS 1 8V S126 LVDS0_0 eDP0_TX0 DSI0_D0 P127 RESET_IN CMOS 1 8V S127 LCD0_BKLT_EN CMOS 3 3V P1...

Страница 37: ...1 8V P142 GND S142 RSVD P143 No Connect S143 GND P144 No Connect S144 eDP0_HPD CMOS 1 8V P145 No Connect S145 WDT_TIME_OUT CMOS 1 8V P146 No Connect S146 PCIE_WAKE CMOS 1 8V P147 VDD_IN Power In S147 VDD_RTC CMOS 3V P148 VDD_IN Power In S148 LID CMOS 1 8V P149 VDD_IN Power In S149 SLEEP CMOS 1 8V P150 VDD_IN Power In S150 VIN_PWR_BAD CMOS VDD_IN P151 VDD_IN Power In S151 CHARGING CMOS 1 8V P152 VD...

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