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User's Manual  l  MBLX2160A UM 0101  l  © 2022, TQ-Systems GmbH 

 

Page  3 

 

1.8

 

Naming of signals 

A hash mark (#) at the end of the signal name indicates a low-active signal. 
Example: RESET# 
 
If a signal can switch between two functions and if this is noted in the name of the signal, the low-active function is marked with 

a hash mark and shown at the end. 
Example: C / D# 
 
If a signal has multiple functions, the individual functions are separated by slashes when they are important for the wiring. 
The identification of the individual functions follows the above conventions. 
Example: WE2# / OE# 
 
 
 

1.9

 

Further applicable documents / presumed knowledge 

 

Specifications and manual of the modules used:  

These documents describe the service, functionality and special characteristics of the module used (incl. BIOS). 

 

Specifications of the components used:  
The manufacturer’s specifications of the components used, for example CompactFlash cards, are to be taken note of.  

They contain, if applicable, additional information that must be taken note of for safe and reliable operation.  

These documents are stored at TQ-Systems GmbH. 

 

Chip errata:  

It is the user’s responsibility to make sure all errata published by the manufacturer of each component are taken note of.  
The manufacturer’s advice should be followed. 

 

Software behaviour:  

No warranty can be given, nor responsibility taken for any unexpected software behaviour due to deficient components. 

 

General expertise:  

Expertise in electrical engineering / computer engineering is required for the installation and the use of the device. 

 
 
The following documents are required to fully comprehend the following contents: 
 

 

MBLX2160A circuit diagram 

 

TQMLX2160A User’s Manual 

 

LX2160A Data Sheet 

 

LX2160A Reference Manual 

 

U-Boot documentation: 

www.denx.de/wiki/U-Boot/Documentation

 

 

Yocto documentation: 

www.yoctoproject.org/docs/

 

 

TQ-Support Wiki: 

Support-Wiki TQMLX2160A

 

 

Summary of Contents for MBLX2160A

Page 1: ...MBLX2160A User s Manual MBLX2160A UM 0101 28 02 2022...

Page 2: ...7 3 4 I2C devices 19 3 5 SerDes 20 3 5 1 SerDes Multiplexing options 20 3 5 2 SerDes 1 21 3 5 3 SerDes 2 22 3 5 4 SerDes 3 23 3 6 QSFP28 100 Gbit Ethernet 24 3 7 SFP 10 Gbit Ethernet 25 3 8 RGMII SGMI...

Page 3: ...ability and service life 44 8 ENVIRONMENT PROTECTION 45 8 1 RoHS 45 8 2 WEEE 45 8 3 REACH 45 8 4 EuP 45 8 5 Packaging 45 8 6 Batteries 45 8 6 1 General notes 45 8 6 2 Lithium batteries 45 8 7 Other en...

Page 4: ...Des Block 2 multiplexing options 20 Table 13 SerDes Block 3 multiplexing options 20 Table 14 MDIO addresses 26 Table 15 Pinout 20 pin header X32 26 Table 16 MBLX2160A interface impedances 27 Table 17...

Page 5: ...gure 17 QSFP28 interface 24 Figure 18 Block diagram QSFP28 module 24 Figure 19 QSFP28 module 24 Figure 20 Pinout QSFP28 24 Figure 21 Ethernet sockets ETH1 to ETH10 25 Figure 22 PCIe slots arrangement...

Page 6: ...anual l MBLX2160A UM 0101 l 2022 TQ Systems GmbH Page V REVISION HISTORY Rev Date Name Pos Modification 0100 17 09 2021 Petz First edition 0101 28 2 2022 Kreuzer Figure 5 8 13 26 Figure 27 Translated...

Page 7: ...trademarks are rightly protected by a third party 1 3 Disclaimer TQ Systems GmbH does not guarantee that the information in this User s Manual is up to date correct complete or of good quality Nor doe...

Page 8: ...used This symbol represents important details or aspects for working with TQ products Command A font with fixed width is used to denote commands file names or menu items 1 7 Handling and ESD tips Gen...

Page 9: ...rer s specifications of the components used for example CompactFlash cards are to be taken note of They contain if applicable additional information that must be taken note of for safe and reliable op...

Page 10: ...2160A is designed as a carrier board for the TQMLX2160A All TQMLX2160A interfaces which can be used are available on the MBLX2160A thus the features of the LX2160A can be evaluated and software develo...

Page 11: ...routed to the MBLX2160A via three connectors On the MBLX2160A the interfaces provided by the TQMLX2160A are routed to industry standard connectors Furthermore the MBLX2160A provides all power supplies...

Page 12: ...se of the extraction tool MOZILX2160A is strongly recommended Note 16 Gbit specification It is strongly recommended to use 220 pin connectors on carrier boards that comply with the 16 Gbit specificati...

Page 13: ...Power VIN A27 B27 VIN Power 5 V I I 5 V Power VIN A28 B28 VIN Power 5 V I I 5 V Power VIN A29 B29 VIN Power 5 V I I 5 V Power VIN A30 B30 VIN Power 5 V I I 5 V Power VIN A31 B31 VIN Power 5 V I 0 V Gr...

Page 14: ...DHC1_DATA1 SDHC1 EVDD I O I O 1 8 V SDHC1 SDHC1_DS A24 B24 SDHC1_DATA2 SDHC1 EVDD I O 0 V Ground DGND A25 B25 SDHC1_DATA3 SDHC1 EVDD I O I O EVDD SDHC1 SDHC1_CMD A26 B26 SDHC1_DATA4 SDHC1 1 8 V I O 0...

Page 15: ...D Ground 0 V O SERDES3 SD3_TX5_P A82 B82 SD3_RX5_P SERDES3 I O SERDES3 SD3_TX5_N A83 B83 SD3_RX5_N SERDES3 I 0 V Ground DGND A84 B84 DGND Ground 0 V O SERDES3 SD3_TX6_P A85 B85 SD3_RX6_P SERDES3 I O S...

Page 16: ..._N EC1 I 0 V Ground DGND A24 B24 DGND Ground 0 V O 1 8 V EMI EMI2_MDC A25 B25 CLK_OUT CLKOUT 1 8 V I O I O 1 8 V EMI EMI2_MDIO A26 B26 DGND Ground 0 V 0 V Ground DGND A27 B27 CAN1_TX CAN 1 8 V I O I O...

Page 17: ...Ground DGND A80 B80 DGND Ground 0 V I SERDES2 SD2_RX4_P A81 B81 SD2_TX4_P SERDES2 O I SERDES2 SD2_RX4_N A82 B82 SD2_TX4_N SERDES2 O 0 V Ground DGND A83 B83 DGND Ground 0 V 0 V Ground DGND A84 B84 DGN...

Page 18: ...the TQMLX2160A Table 6 Boot source selection DIP switch S1 BOOT_SRC2 S1 3 BOOT_SRC1 S1 2 BOOT_SRC0 S1 1 Boot source 1 1 1 NOR flash 1 1 0 SD card 1 0 1 eMMC 1 0 0 I C 0 1 1 XSPI NAND 2 KB 0 1 0 XSPI N...

Page 19: ...MMC_SEL 1 0 configuration cannot be changed during runtime Table 7 eMMC configuration eMMC_SEL1 X2 A29 eMMC_SEL0 X2 A28 Configuration 0 0 SDHC2 at TQMLX2160A connectors 0 1 eMMC on TQMLX2160A connecte...

Page 20: ...ignal NOR_SWAP The signal has a pullup to 3 3V on the TQMLX2160A Alternatively a software configuration via I C slave register is provided Table 8 NOR flash swap configuration NOR_SWAP X2 A36 I2 C sla...

Page 21: ...tored and controlled by the PMC Power up sequencing Voltage monitoring Reset control of the TQMLX2160A OLED display control with display of real time data settings Figure 3 Block diagram power supply...

Page 22: ...ion 10 A permanently 240 W Figure 5 Block diagram protective circuit 3 2 2 MBLX2160A power up sequencing The power up sequencing of the MBLX2160A is controlled by the PMC The status of signals TQMLX_P...

Page 23: ...te up to 8 Gbps 100 MHz Any PCIe 0 100 MHz 01 8 Gbps 125 MHz 1 125 MHz PCI Express 16 Gbps can negotiate up to 16 Gbps 100 MHz Any PCIe 0 100 MHz 00 16 Gbps 125 MHz 1 125 MHz SATA 1 5 3 or 6 Gbps 100...

Page 24: ...a I2C1 A reference clock of 125 MHz is required for the RGMII Ethernet interfaces on EC1 and EC2 On the TQMLX2160A the clock signal is differentially routed to an LVDS receiver MBLX2160A TQMLX2160A Mo...

Page 25: ...ck diagram I2 C buses On the TQMLX2160A further I2 C devices are used therefore the already assigned I2 C addresses were taken into account Table 10 I2 C devices address mapping MBLX2160A I2 C bus Dev...

Page 26: ...MII 10 13 100GE 1 100GE 2 14 100GE 1 PCIe 2 4 15 50GE 1 50GE 2 PCIe 2 4 16 50GE 1 25GE 5 25GE 6 PCIe 2 4 17 25GE 3 25GE 4 25GE 5 25GE 6 PCIe 2 4 18 USXGMII XFI 3 USXGMII XFI 4 25GE 5 25GE 6 USXGMII XF...

Page 27: ...CIe 2 2 SGMII Gbit Eth Lanes 0 3 cannot be used with multiplexing 12 since the CAUI 4 interface is used exclusively for the 100 Gbit Ethernet Figure 10 SerDes 1 multiplexing options Figure 11 DIP swit...

Page 28: ...iplexing options are used on the MBLX2160A Multiplexing 7 2 PCIe 1 4 1 Gbit Ethernet 2 10 Gbit Ethernet Multiplexing 8 3 SATA 2 10 Gbit Ethernet Multiplexing 11 2 PCIe 1 6 1 Gbit Ethernet Figure 13 Se...

Page 29: ...l MBLX2160A UM 0101 l 2022 TQ Systems GmbH Page 23 3 5 4 SerDes 3 The following multiplexing options are possible on the MBLX2160A Figure 15 SerDes 3 multiplexing options Figure 16 DIP switch setting...

Page 30: ...to the implementation for the XFI 10 Gbit Ethernet with SFP modules there are modules for 100 Gbit Ethernet according to the QSFP28 standard Figure 17 QSFP28 interface I2C configuration via I2C_6 Ret...

Page 31: ...ol signals controllable via GPIO port expander XFI 2 o Reference D2 o SFP Connector X9 o Configurable via I2C_XFI_2 Slave address 0x37 o SD2 Lane 7 o Reference clock via REF_CLK_XFI_2 G14 o IO control...

Page 32: ...X10 A 0001 ETH2 D29 X10 B 0010 ETH3 D31 X11 A 0011 ETH4 D32 X11 B 0100 ETH5 D28 X12 A 0101 ETH6 D34 X12 B 0110 EMI_2 ETH7 D35 X13 A 0001 ETH8 D33 X13 B 0010 ETH9 D30 X14 A 0011 ETH10 D36 X14 B 0100 ET...

Page 33: ...ive standards are to be taken note of for the mainboard design FR 4 is used as PCB material for the MBLX2160A Therefore the track lengths of the SerDes signals and the estimated insertion losses have...

Page 34: ...is generated by the module and is toggled at each reset Card Detect is supported The I O voltage can be dynamically switched from 3 3V to 1 8V at runtime via SDHC1_DATA4 High speed mode is supported...

Page 35: ...at SerDes 2 with muxing 8 The M 2 slots with B Key on the MBLX2160A support M 2 sizes 2242 and 2280 The default mounting is for type 2280 The third SATA interface on X18 is designed for a standard 2 5...

Page 36: ...tarterkit Set STKLX2160A Each USB port has its own switched and overcurrent protected VBUS power supply Figure 26 Block diagram USB The following figure shows the OTG detection for the USB3 0 Micro B...

Page 37: ...or GPIO The I O reference voltage is 1 8 V The I O signals of the transceivers are fed through a level shifter 1 8V 3 3V A 120 split termination is provided this can be switched off via a DIP switch...

Page 38: ...RS 232 SP3232EEY transceiver signals are routed through a 1 8V 3 3V level shifter The UART signals UART2 UART3 and UART4 or the handshake signals are routed directly to a pin header The handshake lin...

Page 39: ...SET_ETH4 IO0_5 RESET_ETH5 IO0_6 RESET_ETH6 IO0_7 RESET_ETH7 IO1_0 RESET_ETH8 IO1_1 RESET_ETH9 IO1_2 RESET_ETH10 IO1_3 CAN1_SEL CAN IO1_4 CAN2_SEL IO1_5 RST_M2_SATA_1 SATA IO1_6 RST_M2_SATA_2 IO1_7 EN_...

Page 40: ...DHC2_CLK CAN2_RX_MUX 23 24 SDHC1_CD CAN1_TX_MUX 25 26 SDHC1_WP CAN1_RX_MUX 27 28 SDHC1_DS DGND 29 30 DGND RTC_CLKOUT 31 32 SDHC1_DATA4 NC 33 34 SDHC1_DATA5 TA_TMP_DETECT 35 36 SDHC1_DATA6 TA_BB_TMP_DE...

Page 41: ...LD_TDI RESET_BUTTON 9 10 JTAG_CPLD_TDO ON_OFF_BUTTON 11 12 TQMLX_MON_UART_RXD EXT_POWER_FAIL_IN 13 14 TQMLX_MON_UART_TXD MBLX_PGOOD 15 16 TQMLX_SLEEP TQMLX_PGOOD 17 18 TQMLX_WAKE DGND 19 20 DGND Table...

Page 42: ...out the display is provided by Newhaven https www newhavendisplay com nhd169160128g p 9642 html Figure 33 OLED display NHD 1 69 160128G With the keys S10 to S12 below the display you can navigate thro...

Page 43: ...u Home From here you can navigate through the menu with and opens the respective submenu Power Power consumption Current consumptions Temperatures Readings of the temperature sensors Settings Shows th...

Page 44: ...ided on the MBLX2160A For a better overview they are grouped Figure 37 Status LEDs position Table 24 Status LEDs Reference Colour Signal Description V44 Blue VIN_FILT_STANDBY Signals the presence of a...

Page 45: ...DIP Switch Signal Function S1 1 2 BOOT_SRC0 Boot source selection see 3 1 3 3 4 BOOT_SRC1 5 6 BOOT_SRC2 7 8 NOR_SWAP NOR Flash Swap Option see 3 1 5 S2 1 2 EMMC_SEL0 EMMC configuration see 3 1 4 3 4 E...

Page 46: ..._TRST The following NXP Code Warrior TAP adapter can be used CWH CTP CTX10 YE Figure 39 NXP Code Warrior TAP adapter source NXP For the PMC on the MBLX2160A and the System Controller on the TQMLX2160A...

Page 47: ...ak power consumption of approximately 60 W Further power consumption occurs mainly at externally connected devices Attention Destruction or malfunction TQMLX2160A heat dissipation The TQMLX2160A belon...

Page 48: ...ystems GmbH Page 42 5 4 Assembly Figure 41 MBLX2160A labels The labels on the MBLX2160A revision 01xx show the following information Table 28 Labels on MBLX2160A Label Content AK1 MBLX2160A version an...

Page 49: ...erence of other signals by distance and or shielding also pay attention to frequencies and signal rise times Filtering of all signals which can be connected externally also slow signals and DC can rad...

Page 50: ...y to define a suitable heat sink weight and mounting position depending on the specific mode of operation e g dependence on clock frequency stack height airflow and software Particularly the tolerance...

Page 51: ...here is therefore no classification as dangerous goods Basic lithium content per cell not more than 1 gram except for lithium ion and lithium polymer cells for which a lithium content of not more than...

Page 52: ...ge EuP Energy using Products FR 4 Flame Retardant 4 GP General Purpose GPIO General Purpose Input Output I O Input Output I C Inter Integrated Circuit IEEE Institute of Electrical and Electronics Engi...

Page 53: ...l Advanced Technology Attachment SD Secure Digital SDHC Secure Digital High Capacity SDRAM Synchronous Dynamic Random Access Memory SerDes Serializer Deserializer SFP Small Form factor Pluggable SGMII...

Page 54: ...eferences Table 31 Further applicable documents No Name Rev Date Company 1 LX2160A Reference Manual TBD NXP 2 LX2160A Data Sheet TBD NXP 3 LX2160A Fact Sheet Rev 0 05 Oct 2017 NXP 4 TQMLX2160A User s...

Page 55: ...TQ Systems GmbH M hlstra e 2 l Gut Delling l 82229 Seefeld Info TQ Group TQ Group...

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