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Template Revision 1.1

For carrier - module combination, create main getting started page for carrier Design Name always "TE Series Name" +Getting Started, for example "TE0701 Getting started" and add carrier/module combination in the description → link on the module resource page also

For whole board, use the board name, for example "TEBF0911 Getting Started"

Change List 1.0 to 1.1
- add table of content to sidebar

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In this section you must explain how to power on the board and run the Reference Design (test board) on the particular module. The main points must be mentioned are:

Overview of the board (point out the LEDs, Ethernets, Switches and etc on the board overview)
Explain Switches functionality
Explain user LEDs
Explain the UART connection
Refer to the Reference Design
Note
For more information regarding how to draw a diagram, Please refer to "Diagram Drawing Guidline" .

TEB2000 with TEM0007

Overview

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Board Overview

Number	Note
1	J14- Ethernet interface
2	J5,J8,J9,J10- Bank voltage adjustment
3	JB1,JB2,JB3- B2B connector
4	J3- SD card socket
5	J21- UART0 socket
6	J4- UART1 socket
7	J13- 5V voltage input
8	J12- USB stick socket
9	S6- Reset button (SRST) (Soft reset)
10	S1- Reset button ( Hard reset)
11	S2- Dip Switch
12	U5- CPLD Chip
13	U4- FTDI chip for UART1 interface (Linux console)
14	U12- FTDI chip for UART0 interface (HSS console)

Power supply

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The input power supply must be mentioned.

Single 5V power supply with minimum current capability of 1.5A is recommended to power on the board.

DIP-Switches and Push Buttons

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Explain all DIP switches functionality.

There is two switch reset switchs on the board (S1 and S6) which is connected to RESET signals, these reset the system entirely. The S6 is a soft reset buttom and S1 button (SRST) that is not directed to CPLD chip. The S1 signal is connected to CPLD chip and is used in firmware code to create a reset signal via hardware.

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Signal	Designator	Connected to	Active Level	Description
SRST	S6	B2B JB2 pin 56	Active low
S1	S1	CPLD chip pin 114	Active low

Dip Switch S2	Signal	Position ON	Position OFF	Connected to
S2-1	MIO0	MODE pin ( B2B JB1 pin 31 set to '0')	MODE pin ( B2B JB1 pin 31 set to '1')	CPLD chip pin 94 / B2B JB1 pin 88
S2-2	JTAGEN	Module FPGA JTAG access ( if S2-3 ON)	Module CPLD JTAG access (if S2-3 ON)	CPLD chip pin 120
S2-3	CM0	Module FPGA/CPLD JTAG access (depends on S2-3)	Carrier CPLD JTAG access	CPLD chip pin 76
S2-4	CM1	PGOOD signal set to '0'	PGOOD signal set to '1'	CPLD chip pin 75

There is no DIPs DIP switch on the TEM0007 module.

Jumpers

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Explain all Jumpers functionality and connection.

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Designator	Connected to	Default set to	Note
J5	VCCIOA	M1.8VOUT	It can be set to both 1.8V or 3.3V for TEM0007 module.
J8	VCCIOB	M1.8VOUT	May be set to either 3.3V or 1.8V. If set to 1.8V --> VDDAUX1 (TP5) = 2.5V±3%
J9	VCCIOC	M1.8VOUT	It can be set to both 1.8V or 3.3V for TEM0007 module.
J10	VCCIOD	M1.8VOUT	Important note: Only set to 1.8V for TEM0007 module.

I2C to GPIO

Such signals same as NOSEQ can be read or written via i2c commands in linux console. For more information about it refer to TEB2000 CPLD#I2C to GPIO

LEDs

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Explain all user LEDs functionality and connections.

There are six LEDs which can be used for variant purposes.

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LED	Designator	LED Status	Condition
ULED1 (Red)	D1	Fast blink red	Access to CPLD of module ( CM0 = '1') → S2-2 = OFF
ULED1 (Red)	D1	Connected to UART1_RX	Otherwise
ULED2 (Green)	D2	Fast blink green	Access to CPLD of module ( CM0 = '1') → S2-2 = OFF
ULED2 (Green)	D2	Connected to UART1_TX	Otherwise
FLED_1 (Red)	D3	Fast blink red	PGOOD = '0' ( CM1 = '0' ) → S2-1 = ON
FLED_1 (Red)	D3	Connected to UART0_RX	Otherwise
FLED_2 (Green)	D4	Fast blink green	PGOOD = '0' ( CM1 = '0' ) → S2-1 = ON
FLED_2 (Green)	D4	Connected to UART0_TX	Otherwise

LED	Designator	LED Status	Condition	Description
PHY_LED1 (Green LED Anode, Yellow LED Cathode) / PHY_LED1R (Green LED Cathode, Yellow LED Anode)	J14B^*	Fast blink yellow	NOSEQ = '0' and MIO0 = '0'	In Linux console enter: i2cset -y 0 0x20 0x02 0x00 and S2-4 = ON*
		Slow blink yellow	NOSEQ = '0' and MIO0 = '1'	In Linux console enter: i2cset -y 0 0x20 0x02 0x00 and S2-4 = OFF*
		Fast blink yellow green	NOSEQ = '1' and MIO0 = '0'	In Linux console enter: i2cset -y 0 0x20 0x02 0x01 and S2-4 = ON*
		Slow blink yellow green	NOSEQ = '1' and MIO0 = '1'	In Linux console enter: i2cset -y 0 0x20 0x02 0x01 and S2-4 = OFF*
PHY_LED2 (Green LED Cathode, Yellow LED Anode) / PHY_LED2R (Green LED Anode, Yellow LED Cathode)	J14C^*	ON	SD card plugged (SD_CD = '0')
	J14C^*	OFF	Otherwise

^* This LEDs exit on the ethernet socket (J14A).

Note: The TEM0007 module has no LED.

JTAG/UART

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Explain JTAG or UART connection breifly.

JTAG and UART connections are available through micro USB connector. MIO14 is driven by BDBUS0 (FTDI RX). BDBUS1 (FTDI TX) is driven by MIO15 . MIO13 is driven by UART_TXD. UART_RXD is driven by MIO12.

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UART 0 (HSS Console)
Designator J21
CPLD UART Input Pin	CPLD Pin	Connected to	CPLD UART Output Pin	CPLD Pin	Connected to	Description
MIO12	100	B2B-JB1-100	UART_RXD	84	U8-Pin 11
UART_TXD	77	U8-Pin 13	MIO13	99	B2B-JB1-98

UART 1 (Linux Console)
Designator J4
CPLD UART Input Pin	CPLD Pin	Connected to	CPLD UART Output Pin	CPLD Pin	Connected to	Description
FT_B_TX	139	FTDI Chip U4 Pin 32	MIO14	105	B2B-JB1-91
MIO15	95	B2B-JB1-86	FT_B_RX	138	FTDI Chip U4 Pin 33

For more information refer to TEB2000 CPLD#UART

Reference Designs

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In this Section you must refer to the Reference Design (Test board) for the particular module.

For Example: TE0728 Reference Designs

TEM0007 Reference Designs

Notes

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In this Section you must refer to the Resources Page for the particular module.

For Example: TE0728 Resources

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Trenz Electronic Documentation

Versions Compared

Old Version 19

New Version 20

Key

TEB2000 with TEM0007

Overview

Board Overview

Power supply

DIP-Switches and Push Buttons

Jumpers

I2C to GPIO

LEDs

JTAG/UART

Reference Designs

Notes

Table of contents