Mod 0818 Hardware Design Guide

Hardware User Guide

1VV0301859

Allen C Fredrick Telit

WE310K6- P EVB (CS2446a -A) - techship.com

There are two ways to supply power to the EVB: Through host PCIe socket or External power supply connector. To supply power from external DC power supply, connect the power cable included with the EVB into the connector SO401 and place jumper on PL400 2-3. Figure 17: Power cable.

User Guide for Telit models including: WE310K6-P Evolution Board, WE310K6-P, Evolution Board

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Document DEVICE REPORTtc we310k6p evb hardware user guide r0
W E310K6-P EVB ( CS2446a -A )
Hardware User Guide

Technical Documentation

1VV0301859 Rev 0 2023-08-31 Draft Public

WE310K6-P EVB (CS2446a-A) Hardware User Guide

Contents

1
2 2.1 2.2 2.3 2.4 2.5 2.6
3 3.1
4 4.1 4.2
5 5.1 5.2 5.3 5.4 5.5 5.6 5.7 5.8 5.9 5.10
6 6.1
7
8
9

Applicability Table ............................................................................................................................................... 3

Introduction ........................................................................................................................................................... 4

Scope

4

Audience

4

Contact Information, Support

4

Conventions

4

Terms and Conditions

5

Disclaimer

5

General Product Description ........................................................................................................................... 6

Overview

6

WE310K6-P Interface Description.................................................................................................................. 7

WE310K6-P Development Kit

7

Evaluation Board Description

8

WE310K6-P Interface Description.................................................................................................................. 9

WE310K6-P Development Kit

9

Anteena Connector

10

UART

10

PCM

11

Audio Jack

12

LED

12

USB

13

PCIe

13

EVB Power Supply Configuration

14

TEST Header

15

WE310K6-P Basic Operations........................................................................................................................17

General Information on Power Supply

17

Acronyms and Abbreviations ........................................................................................................................18

Related Documents...........................................................................................................................................19

Document History..............................................................................................................................................20

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1 Applicability Table
Table 1: Applicability Table
PRODUCTS WE310K6-P WE310K6-P M.2

WE310K6-P EVB (CS2446a-A) Hardware User Guide

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WE310K6-P EVB (CS2446a-A) Hardware User Guide
2 Introduction
2.1 Scope
The aim of this document is the handling description of the WE310K6-P EVB (Evaluation Board).
2.2 Audience
This document is intended for Telit customers, especially system integrators, about to implement their applications using the Telit module.
2.3 Contact Information, Support
For technical support and general questions, e-mail: · [email protected] · [email protected] · [email protected] · [email protected] · [email protected]
Alternatively, use: https://www.telit.com/contact-us/
Product information and technical documents are accessible 24/7 on our website: https://www.telit.com
2.4 Conventions
Not e: Provide advice and suggestions that may be useful when integrating the module. Danger: This information MUST be followed, or catastrophic equipment failure or personal injury may occur. ESD Risk : Notifies the user to take proper grounding precautions before handling the product. W arning: Alerts the user on important steps about the module integration. All dates are in ISO 8601 format, that is YYYY-MM-DD.

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WE310K6-P EVB (CS2446a-A) Hardware User Guide
2.5 Terms and Conditions
Refer to https://www.telit.com/hardware-terms-conditions/.
2.6 Disclaimer
THE MATERIAL IN THIS DOCUMENT IS FOR INFORMATIONAL PURPOSES ONLY. TELIT CINTERION RESERVES THE RIGHT TO MAKE CHANGES TO THE PRODUCTS DESCRIBED HEREIN. THE SPECIFICATIONS IN THIS DOCUMENT ARE SUBJECT TO CHANGE AT THE DISCRETION OF TELIT CINTERION WITHOUT PRIOR NOTICE. THIS DOCUMENT IS PROVIDED ON "AS IS" BASIS ONLY AND MAY CONTAIN DEFICIENCIES OR INADEQUACIES. TELIT CINTERION DOES NOT ASSUME ANY LIABILITY FOR INFORMATION PROVIDED IN THE DOCUMENT OR ARISING OUT OF THE APPLICATION OR USE OF ANY PRODUCT DESCRIBED HEREIN.
TELIT CINTERION GRANTS A NON-EXCLUSIVE RIGHT TO USE THE DOCUMENT. THE RECIPIENT SHALL NOT COPY, MODIFY, DISCLOSE, OR REPRODUCE THE DOCUMENT EXCEPT AS SPECIFICALLY AUTHORIZED BY TELIT CINTERION.
TELIT CINTERION AND THE TELIT CINTERION LOGO, ARE TRADEMARKS OF TELIT CINTERION AND ARE REGISTERED IN CERTAIN COUNTRIES. ALL OTHER REGISTERED TRADEMARKS OR TRADEMARKS MENTIONED IN THIS DOCUMENT ARE THE PROPERTY OF THEIR RESPECTIVE OWNERS AND ARE EXPRESSLY RESERVED BY TELIT (AND ITS LICENSORS).

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WE310K6-P EVB (CS2446a-A) Hardware User Guide
3 General Product Description
3.1 Overview
The Telit EVB is a rapid IoT Development Kit, in other words, it reduces the duration of IoT prototyping cycles from a matter of weeks or months to mere hours - all by capitalizing on the combination of embedded IoT software and hardware. The board was designed to provide a complete development environment to the user intended to integrage the Telit WE310K6-P module in the end product. The information presented in this document is believed to be accurate and reliable. However, no responsibility is assumed by Telit Communication S.p.A. for its use. No license is granted by implication or otherwise under any patent rights of Telit Communication S.p.A. other than for circuitry embodied in Telit products. This document is subject to change without notice.

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WE310K6-P EVB (CS2446a-A) Hardware User Guide
4 WE310K6-P Interface Description
4.1 WE310K6-P Development Kit
There is provision to mount both WE310K6 LGA module and WE310K6 M.2 card on to EVB. To route signals from any one of these modules to connectors is done by placing jumpers. WE310K6-P EVB screenshots are given below:

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WE310K6-P EVB (CS2446a-A) Hardware User Guide

Figure 1: WE310K6-P EVB

This table lists the information related to WE310K6-P Kitting Parts.

Table 2: WE310K6 Kitting Parts
Description

Quantity

EVB Board

1

Power cable

1

USB Type-C cable

1

Wi-Fi/BT Antenna

2

4.2 Evaluation Board Description
Note that both WE310K6 LGA module and WE310K6 M.2 cannot be used together in EVB. Only one can be used at a time.

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WE310K6-P EVB (CS2446a-A) Hardware User Guide
5 WE310K6-P Interface Description 5.1 WE310K6-P Development Kit

Figure 2: WE310K6-P EVB Top View

Table 3: EVB Description
1 SMA Antenna Connector 2 LED's 3 PCM option LGA or M.2 (PL300)
4 PCM I/0 level option (PL301) 5 PCM Connector at codec (PL302) 6 Audio Jack 7 MHF Antenna Connector 8 WE310K6-P LGA Module 9 UART I/0 level option (PL200) 10 UART option LGA or M.2 (PL201)

14 BT/WL WAKE option LGA or M.2 (PL501) 15 PCIe CLKREQ option LGA or M.2 (PL404) 16 Pull-up voltage option for BT WAKE LGA
(PL504) 17 PCIe WAKE option LGA or M.2 (PL403) 18 Codec I2C, VDDIO LGA (PL500) 19 Power Supply Connector 20 PCIe RESET option LGA or M.2 (PL402) 21 1.8V I/O for codec and FTDI chip (PL100) 22 I/O level option for LGA (PL101) 23 PCIe option LGA or M.2 (PL401)

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WE310K6-P EVB (CS2446a-A) Hardware User Guide

11 USB type-C connector 12 M.2 BT/WL Enable option (PL503) 13 LGA BT/WL Enable option (PL502)

24 Power source selection (PL400) 25 PCIe x1 finger 26 WE310K6-P M.2(Key-E) slot

5.2 Anteena Connector
Insert the antenna cable assembly into the respective SMD type MHF Antenna connector. Antenna cable assembly is common for both LGA and M.2 card. Connect the Antenna into the SMA connector.

5.3 UART

Figure 3: Antenna Connectors

Figure 4: PL200 UART I/O Level Header
PL200 1-2: UART I/O Level is 3.3V. PL200 3-4: UART I/O Level is 1.8V (Default jumper config). PL200 5-6: UART Voltage-Level Translator 1.8V input pin. Insert a jumper when setting the I/O level to 3.3V.

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WE310K6-P EVB (CS2446a-A) Hardware User Guide
Figure 5: PL201 UART Selection Header
PL201 1-2: UART signals to M.2 card. PL201 2-3: UART signals to LGA Module (Default jumper config).
5.4 PCM

Figure 6: PL300 PCM Selection Header
PL300 1-2: PCM signals to M.2 card. PL300 2-3: PCM signals to LGA Module (Default jumper config).

Figure 7: PL301 PCM I/O Level Header
PL301 1-2: PCM I/O Level 3.3V. PL301 3-4: PCM I/O Level 1.8V (Default jumper config) PL301 5-6: PCM Voltage-Level Translator 1.8V input pin. Insert a jumper when setting the I/O level to 3.3V.

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WE310K6-P EVB (CS2446a-A) Hardware User Guide

Figure 8: PL302 PCM signals Isolation Header at Codec
PL302 1-2: PCM CLK pin. (Default jumper config) PL302 3-4: PCM SYNC pin. (Default jumper config) PL302 5-6: PCM TX pin. (Default jumper config) PL302 7-8: PCM RX pin. (Default jumper config)
5.5 Audio Jack
Audio from/to codec MAX9867EWV+T (from analog devices) is routed to the 3.5mm audio Jack SO300.

Figure 9: SO300 Audio jack
5.6 LED
There are three LEDs on the EVB.

Figure 10: LED Indicate
LED_PWR: Indicates 3.3 supply is present. LED_WL: Indicates Wi-Fi is enabled. LED_BT: Indicates Bluetooth is enabled.

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WE310K6-P EVB (CS2446a-A) Hardware User Guide
5.7 USB
The USB type-C is connected to USB to UART converter FTDI chip. This is useful to connect the WE310K6 UART port to PC for testing Bluetooth. Connect the USB Type-C cable included with the EVB into the USB connector.

Figure 11: USB Type-C port
Figure 12: USB Type-C cable
5.8 PCIe
Insert EVB's PCIe finger into the host PCIe slot. As per the PL401 jumper setting, the host PCIe signals are routed to LGA module or M.2 card.

Figure 13: PCIe finger

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WE310K6-P EVB (CS2446a-A) Hardware User Guide

Figure 15: PCIe Control Signals Routing Headers
PL402 1-2: PCIe reset signal to LGA module (Default jumper config). PL402 2-3: PCIe reset signal to M.2 card. PL403 1-2: PCIe WAKE signal to LGA module (Default jumper config). PL403 2-3: PCIe WAKE signal to M.2 card. PL404 1-2: PCIe CLKREQ signal to LGA module (Default jumper config). PL404 2-3: PCIe CLKREQ signal to M.2 card.
5.9 EVB Power Supply Configuration

Figure 16: EVB Power Supply Configuration
There are two ways to supply power to the EVB: Through host PCIe socket or External power supply connector. To supply power from external DC power supply, connect the power cable included with the EVB into the connector SO401 and place jumper on PL400 2-3.

Figure 17: Power cable
PL400 1-2: 3.3V main power is supplied through the PCIe socket (Default jumper config). PL400 2-3: 3.3V main power is supplied through external DC power supply. PL101 1-2: 1.8V I/O level LGA module (Default jumper config).

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PL101 2-3: 3.3V I/O level LGA module.

WE310K6-P EVB (CS2446a-A) Hardware User Guide

Figure 18: EVB Power Supply Configuration
PL504 1-2: 3.3V pull-up to BT_WAKE_HOST pin of LGA Module (Default jumper config). PL504 3-4: I/O(1.8Vor3.3V) pull-up on BT_WAKE_HOST pin of LGA Module. PL500 1-2: I/O(1.8Vor3.3V) pull-up on HOST WAKE BT&WL (LGA module), HOST WAKE BT&WL (M.2) pin (PL501). PL500 3: Codec I2C_SCL PL500 4: Codec I2C_SDA PL100 1-2: 1.8V I/O power for codec (Default jumper config). PL100 3-4: 1.8V I/O power for FTDI chip (Default jumper config).
5.10 TEST Header
Header for BT and Wi-Fi Disable.

Figure 19: PL502 Test Header for LGA Module
PL502 1-2: LGA module BT_DIS pin for functional test. PL502 3-4: LGA module WL_DIS pin for functional test. PL502 5-6: LGA module BT_WAKE_HOST pin for functional test.
Not e: Do not place the jumpers on this connector for normal operation.

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Figure 20: PL503 Test Header for M.2
PL503 1-2: M.2 BT_DIS pin for functional test. PL503 3-4: M.2 WL_DIS pin for functional test. PL503 5-6: M.2 BT_WAKE_HOST pin for functional test.
Not e: Do not place the jumpers on this connector for normal operation.

Figure 21: PL501 Test Header for LGA and M.2
PL501 1-2: M.2 HOST_WAKE_WL pin for functional test. PL501 3-4: M.2 HOST_WAKE_BT pin for functional test. PL501 5-6: LGA module HOST_WAKE_WL pin for functional test (Default jumper config). PL501 7-8: LGA module HOST_WAKE_BT pin for functional test (Default jumper config).
Not e: Either LGA module or M.2 card must be present on EVB. Test only one form factor.

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WE310K6-P EVB (CS2446a-A) Hardware User Guide
6 WE310K6-P Basic Operations
6.1 General Information on Power Supply
The EVB can be powered in two ways. 1 3.3V power can be supplied from the HOST PCIe slot. 2 3.3V power can be supplied from external DC power supply. Make sure to place jumper on PL400 2-3 if the EVB should be powered from external power supply.

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WE310K6-P EVB (CS2446a-A) Hardware User Guide

7 Acronyms and Abbreviations

Table 4: Acronyms and Abbreviations

Acronym Definition

PCIe

Peripheral Component Interconnect Express

CLK

Clock

HCI

Host Controller Interface

HS

High Speed

I/O

Input Output

PCB

Printed Circuit Board

PWM

Pulse Width Modulation

BT

Bluetooth

UART

Universal Asynchronous Receiver Transmitter

WLAN

Wireless LAN

USB

Universal Serial Bus

I2C

Inter-integrated circuit

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WE310K6-P EVB (CS2446a-A) Hardware User Guide

8 Related Documents

Refer to https://dz.telit.com/ for current documentation and downloads.

Table 5: Related Documents

S.noBook Code

Document Title

1 1VV0301856

WE310K6-P Module Hardware User Guide

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9 Document History

Table 6: Document History

Revision Date

0

2023-08-09

Changes First Issue

WE310K6-P EVB (CS2446a-A) Hardware User Guide
From Mod.0818 Rev.11

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WE310K6-P EVB (CS2446a-A) Hardware User Guide
/

© Telit 2023 All rights reserved.

Technical Documentation

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References

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