Preliminary User's Manual l MBLS1012AL UM 0001 l © 2019, TQ-Systems GmbH
Page 5
3.1.2
Functionality and interfaces
Core of the system is the soldered processor module TQMLS1012AL with an ARM Cortex A53 based NXP Layerscape series CPU
LS1012A. In addition to the standard communication interfaces such as USB, Ethernet, etc., more TQMLS1012AL signals are
routed to a 100 mil pin header on the MBLS1012AL.
The MBLS1012AL provides the following interfaces and functions:
Table 2:
Overview interfaces
Interface
Qty.
LS1012A interface
Remark
Ethernet 1000 Mbits
1
SGMII (SerDes-Lane A, MAC1)
Gigabit PHY DP83867
Ethernet 1000 Mbits
4
RGMII (MAC2)
5-fold Gigabit switch KSZ9897
SATA
1
SATA (SerDes-Lane D)
Supply and mounting for M.2 SSD
Mini PCIe
1
PCIe (SerDes-Lane B)
USB 2.0 from TUSB8041
With external SIM card slot
USB 3.0
4
USB 3.0 from TUSB8041
Hub TUSB8041:
1x stacked USB Type A (USB 3.0)
1x WLAN module (USB 2.0)
1x Mini PCIe (USB 2.0)
WLAN
1
USB 2.0 from TUSB8041
As Mini PCIe socket
eMMC
1
eSDHC1
On-board 4-bit JEDEC 4.5
5.0 eMMC compatible
Optional instead SD card
SD card
1
eSDHC1
Optional instead eMMC
GPIO (native, 1.8 V)
4
GPIO1
GPIO1_25 u. GPIO1_26 with Pull-Up and Pull-Down at DIP switch
GPIO (Port-Expander, 3.3 V)
3
–
Provided via GPIO-Expander, control via I2C_3V3
Debug
1
UART
3.3V UART, switchable between FTDI-USB2UART/pin header and
OpenSDA (USB) via DIP switch
JTAG
1
JTAG
10-pin header and over OpenSDA via USB
I
2
C
1
I2C1_3V3
On pin header
Table 3:
Overview Diagnostic and User Interfaces
Interface
Qty.
Device
Remark
Status LEDs
6
LED green
•
24 V
•
5 V
•
3.3 V
•
3.3 V PCIE
•
3.3 V WLAN
•
2.5 V
3
LED green
Mini PCIe, WLAN, SATA (M.2)
1
LED green
GPIO LED at Port-Expander
1
LED green
GPIO LED at Port-Expander with light guide
1
LED red
Reset LED with light guide
Temperature sensor
1
–
Digital I
2
C temperature sensor
Reset button
1
Push button
CPU-/MBLS1012AL-Reset
User push button
3
Push button
GPIO push button at Port-Expander
Boot-Mode configuration
1
DIP switch
See chapter 4.4
JTAG
1
10-pin, 100 mil header
–
1:
eMMC functionality prepared. Currently not supported.