Serious Integrated SIM535 User manual

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Revision B2 ©Serious Integrated, Inc. SIM231_TRM_B2ENUS

SIM535

Technical Reference

Manual

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IMPORTANT LEGAL NOTICE

See the latest and complete warranty, licensing and legal information at www.seriousintegrated.com/legal.

Information herein is provided in connection with Serious Integrated, Inc. (“SERIOUS”) products.

The products may comprise components designed and manufactured by SERIOUS as well as other vendors. This

information may refer to a variety of specifications related to those non-SERIOUS components for informational

purposes only, and the user is strongly urged to consult the original manufacturers’ data sheets and other

documentation for authoritative specifications.

No license, express or implied, by estoppel or otherwise, to any intellectual property rights is granted by this

information.

SERIOUS assumes no liability whatsoever, and SERIOUS disclaims any warranties whether express or implied, written,

oral, statutory or otherwise relating to the information and its use, including any liability for warranties relating to

fitness for a particular purpose, performance, quality, merchantability, or noninfringement of any patent, copyright or

other intellectual property right. The user is responsible for determining the suitability of SERIOUS products for the

intended application and that applicable specifications are met.

SERIOUS makes no representations or warranties with respect to the accuracy or completeness of the information and

may make changes to the information, specifications and product descriptions at any time without notice. Designers

should not rely on the absence or characteristics of any features or instructions marked “reserved” or “undefined.”

SERIOUS reserves these for future definition and shall have no responsibility whatsoever for conflicts or incompatibilities

arising from future changes to such features or instructions. SERIOUS products may contain design defects or errors

known as errata which may cause the product to deviate from published specifications. Current characterized errata are

available upon request.

Use of SERIOUS products in automotive, military, aircraft, space, life-saving or life-sustaining applications or in any

systems where failure or malfunction may result in personal injury, death or severe property or environmental damage

is entirely at the buyer’s risk and the buyer agrees to defend, indemnify and hold harmless SERIOUS from any and all

damages, claims, suits or expenses resulting from such use.

TRADEMARKS AND COPYRIGHTS

The “Serious” name and stylized Serious mark are trademarks of Serious Integrated, Inc. The information herein, unless

Third party brands and names are the property of their respective owners.

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CONTENTS

IMPORTANT LEGAL NOTICE ..........................................................................................................................................................................2

TRADEMARKS AND COPYRIGHTS ...............................................................................................................................................................2

Contents ...............................................................................................................................................................................................................3

Document Information and Applicable Products................................................................................................................................6

Change History and Applicable Products ..........................................................................................................................................6

Document Conventions............................................................................................................................................................................6

Introduction ........................................................................................................................................................................................................7

Usage Models................................................................................................................................................................................................7

Hardware.........................................................................................................................................................................................................8

Software ..........................................................................................................................................................................................................8

Getting Started .............................................................................................................................................................................................9

Ordering Information ................................................................................................................................................................................... 10

Order Codes................................................................................................................................................................................................ 10

SIM535 Family Member (Variant) Overview................................................................................................................................... 11

LCD Options................................................................................................................................................................................................ 12

Development Kits ..................................................................................................................................................................................... 13

Specifications................................................................................................................................................................................................... 14

DC Maximum Ratings.............................................................................................................................................................................. 14

DC Operating Characteristics............................................................................................................................................................... 14

Module Level ........................................................................................................................................................................................ 14

By Subsystem........................................................................................................................................................................................ 15

MCU I/O................................................................................................................................................................................................... 15

AC Timing Characteristics...................................................................................................................................................................... 15

Environmental Characteristics............................................................................................................................................................. 16

Handling and Care.................................................................................................................................................................................... 16

Handling ................................................................................................................................................................................................. 16

Pressure and Impact .......................................................................................................................................................................... 17

Storage .................................................................................................................................................................................................... 17

Cleaning.................................................................................................................................................................................................. 17

Physical Characteristics .......................................................................................................................................................................... 18

Daughter Card Physical Guidelines.............................................................................................................................................. 19

Serious Communications Modules.................................................................................................................................................... 20

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Hardware Overview....................................................................................................................................................................................... 22

High Performance Renesas SH2 MCU............................................................................................................................................... 22

Graphic Color LCD Display and Touch Option .............................................................................................................................. 22

On-Module Peripherals .......................................................................................................................................................................... 23

On-Module Memory ................................................................................................................................................................................ 23

Communications and Connectors ..................................................................................................................................................... 23

Power............................................................................................................................................................................................................. 24

Module Feature Detail ................................................................................................................................................................................. 25

Renesas SH7269 MCU ............................................................................................................................................................................. 25

MCU Boot Modes ................................................................................................................................................................................ 25

LCD Display ................................................................................................................................................................................................. 26

Graphics Controller ............................................................................................................................................................................ 26

Touch Controller.................................................................................................................................................................................. 26

Proximity Sensing ............................................................................................................................................................................... 27

Ambient Light Sensing ..................................................................................................................................................................... 27

Haptic Feedback.................................................................................................................................................................................. 27

Power Supplies .......................................................................................................................................................................................... 28

Power Input: +VEXT.......................................................................................................................................................................... 28

Turning SIM535 Off: PWRDWN#...................................................................................................................................................... 28

+3.3V (+3V3) and +1.25V (+1V25) Regulation....................................................................................................................... 28

USB Device (“Function”) Power: USBF_VBUS......................................................................................................................... 29

USB Host Power: USBH_VUSB....................................................................................................................................................... 29

LCD Panel Backlight Power: BLEN and BL_LED+/BL_LED-......................................................................................... 29

Batttery Backed Real Time Clock/Calendar (RTCC): +VBAT................................................................................................ 30

Memory ........................................................................................................................................................................................................ 30

Serial FLASH .......................................................................................................................................................................................... 30

SDRAM..................................................................................................................................................................................................... 31

EEPROM................................................................................................................................................................................................... 32

e-MMC FLASH Memory..................................................................................................................................................................... 32

SD Card Socket..................................................................................................................................................................................... 32

Serious Serial Number............................................................................................................................................................................. 33

Cryptographic/Authentication device ............................................................................................................................................. 34

PCB Temperature Sensing..................................................................................................................................................................... 34

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Clocks, Oscillators, and Time Keeping .............................................................................................................................................. 35

High Speed (MHz) Clocks................................................................................................................................................................. 35

High Speed Clocks and Electromagnetic Interference (EMI) ............................................................................................. 35

MCU Real-Time Clock/Calendar (RTCC)...................................................................................................................................... 35

External RTCC with Optional Battery Backup........................................................................................................................... 36

Audio ............................................................................................................................................................................................................. 36

I2S Inputs and Outputs ..................................................................................................................................................................... 37

Piezo Sounder....................................................................................................................................................................................... 37

10-bit Single Channel DAC.................................................................................................................................................................... 37

User Pushbutton Switch and LEDs..................................................................................................................................................... 38

I2C Device Summary................................................................................................................................................................................ 39

Interrupt Summary................................................................................................................................................................................... 39

Connectors ....................................................................................................................................................................................................... 40

16-pin Power/Communications Connector (J8) ........................................................................................................................... 41

60-Pin Board-to-Board Expansion Connector (J7) ....................................................................................................................... 42

USB A Host Port ......................................................................................................................................................................................... 44

USB Micro B Device Port......................................................................................................................................................................... 44

SHIP Programming Port ......................................................................................................................................................................... 44

SHIP Programming Connector 200 (SPC200)........................................................................................................................... 45

SHIP Programming Adapter 200 (SPA200)................................................................................................................................ 45

Tag-Connect E10 Programming Port................................................................................................................................................ 45

Universial Serial Bus (USB)..................................................................................................................................................................... 46

Device IDs............................................................................................................................................................................................... 46

Software.................................................................................................................................................................................................. 46

USB2.0 High-Speed Device Port.................................................................................................................................................... 46

USB2.0 High Speed Embedded Host Port ................................................................................................................................. 46

Additional Information ................................................................................................................................................................................ 47

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DOCUMENT INFORMATION AND APPLICABLE PRODUCTS

CHANGE HISTORY AND APPLICABLE PRODUCTS

The following table summarizes major changes to this document and the applicable versions of the product

corresponding to this document:

Doc

Version

Date

For HW

Versions

Major

Changes

13 Dec 12

1.0

Initial prerelease version

15 Feb 13

1.0

Updated based on near-final schematics

9 Jul 13

1.x & 2.0

Added preliminary estimated power tables

Revised based on final 1.x schematics

Revised SDRAM max to 32MB

Updated LCD display specifications (NITs and pixel sizes)

Audio rewrite for PCM1774 and Serial FIFO mode

Updated for IDT VersaClock® and switcher

Various other typos and cleanup

Clarified boot mode table

Added Touch Controller and I2C Device Summary section

05 Sep 13

2.0

Updated variant table in with final values

Noted potential memory size changes (SDRAM, e-MMC)

Changed Touch controller, added proximity and ALS



Changed Serious Power/Comms Connector to 16 pin JST ZPD

06 Mar 14

2.0

Replaced PCB Edge Connector with SHIP Programming Port and Tag-Connect

TC2070

Replaced USB Mini-B with Micro B

Replaced IDT clock tree with Si5351, removed SSG option from 7269

Boot mode fixed for Serial Flash

Added LCD Option Tables and SSN decoder for LCD options

Updated physical specs for final outline



Added daughter card and SCM117 sections

20 May 14

2.0,2.1

Added daughter card fastener and standoff electrical recommendations

Added handling and care section



Updated dev kit contents to (5VDC Wall Adapter)

16 Sep 14

2.0-2.2

Added block diagram



TBD add note on alignment holes

DOCUMENT CONVENTIONS

This symbol indicates an advanced tip for hardware or software designers to extract interesting or unique value from the

Serious Integrated Module.

Pay special attention to this note – items especially subject to change, or related to compatibility, functionality, and usage.

WARNING: You can damage your board, damage attached systems, overheat or cause things to catch fire if you do not heed

these warnings.

Notes with this symbol are related to license and associated legal issues you need to understand to use this software. We’re big

believers in honoring license agreements, so please help the industry by respecting intellectual property ownership.

Some hardware features may be preconfigured or permanently reserved for use by the SHIPEngine software (the GUI

management engine component of the Serious Human Interface™ Platform). Notes with this symbol indicate where the

module comes pre-configured or uses these resources.

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INTRODUCTION

The SIM535 family of Serious Integrated Modules is a series of complete intelligent 7.0” WVGA

graphic front panels, some with touch capability.

These cost-effective modules are designed for use by Original Equipment Manufacturers (OEMs),

custom design shops, and hobbyists to add sophisticated and user-friendly graphical user

interfaces to their products.

USAGE MODELS

In most cases, you will be adding a SIM to a system that already has an MCU, I/O, power conditioning, and other custom

interfaces. Perhaps your system already has a membrane keypad and a 2x16 character display or indicator LEDs. Your

current MCU software in your existing system controller manages all aspects of your device, including (as applicable)

belts, pumps, motors, servos, indicators, etc.

Rather than completely redesigning the hardware and software of your existing system to create a merged

hardware/software architecture (LCD front panel plus system controller all-in-one), it is far more common to partition

the problem by retaining your existing system controller and software and using the SIM as an intelligent stand-alone

front panel.

Therefore SIMs typically most often used as stand-alone front panels responsible for managing just the Human Machine

Interface (HMI) in a larger system. The existing, separate, device-specific system controller continues to manage the

main functionality of the system. SIMs are equipped with several methods for simple interconnect to the external

system controller, getting power from that external system, and communicating via a serial type link (SPI, UART, USB) to

that controller to exchange data and commands.

Using the Serious Human Interface™ Platform (SHIP), the software team can leverage the power of the SHIPTide rapid

GUI development tools from Serious, developing a user interface in as little as a few hours and a few dozen lines of code.

The SHIPEngine runtime firmware pre-installed on all SIMs takes care of all the drivers, rendering, communications, and

event handling for the user interface, leaving the GUI development process to be focused on look and feel and

differentiation of your device. You never need to write C code or use a JTAG debugger with a SIM to develop a modern-

looking user interface.

SHIP software and development tools are available at no-cost for users of Serious Integrated Modules.

See www.seriousintegrated.com/SHIP for details.

Adding a simple software protocol driver to your system controller on the other end of the communications link allows

your controller to communicate with the front panel. You can then architect inter-board messages such as “pump is on”

which could be sent over the UART/SPI/etc. causing visual indicators to appear or change on the display. A GUI on the

SIM535 could change user preferences, for instance, sending back messages such as “pump on days: MWF” which the

system controller may store in its configuration EEPROM.

The possibilities are endless: the SIM535 module contains not only a powerful MCU but also a suite of hardware features

that are commonly needed in many designs. An alarm panel, for example, could be as simple as a SIM535 connected to

another PCB with a $0.20 MCU, a few relays and a battery.

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HARDWARE

SIM535 family features include:

7” WQVGA 800x480 color TFT display

Various LCD features and touch panel options

240/266MHz 32-bit Renesas SH7269 MCU with FPU

2.5MB RAM (frame buffer capable) with 2D Graphics Controller

On Module Memory

32MB SDRAM

8MB boot serial FLASH + 2Kbit parameter EEPROM

Up to 4GB e-MMC FLASH memory for file systems, image data, executables, etc.

Extensive I/O & Peripherals

Real Time Clock with coin cell battery backup option

PCB Temp Sensor

SD card socket

60-Pin Board-to-Board Expansion Connector

16-pin Power/Communications Connector

USB2.0 High-Speed Device Port

USB2.0 High Speed Embedded Host Port

Tag-Connect E10 Programming Port

SHIP Programming Port

-20 to 70°C extended operating temperature

-3.6 to 5.5V DC powered

Within the SIM535 are numerous family members, or “variants”. Each variant has a slightly different set of features and

price points for an OEM to select the appropriate feature/cost point for their specific application.

Consult an authorized Serious representative for an up-to-date listing of order codes, family variants, and LCD options

available.

This document version contains prerelease information prior to product introduction and is subject to change.

SOFTWARE

It is very difficult to know, as a designer selecting the hardware for a graphic/touch interface, if the result after many

months of software and graphic design will have acceptable performance. Will the system be responsive? Will it be

visually attractive? Will the look-and-feel be consistent with the company’s brand image? Serious addresses these OEM

designer challenges by delivering video best-of-class GUI examples, fostering community demos and solutions, and

providing software, tools, and consulting services.

The SIM535 is designed for use with the Serious Human Interface™ Platform tools and software. These PC-based tools offer

rapid GUI prototyping, development, and deployment without the use of JTAG debuggers and low level coding. With minimal

custom software you can create attractive and functional GUIs in a fraction of the time of C-based GUIs. See

www.seriousintegrated.com/SHIP for details.

Renesas supports a limited set of customers for C-based development on the SH2 series of processors. For those

applications requiring C-based development, contact Serious.

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GETTING STARTED

The SIM535 comes pre-configured with a boot loader in the boot Serial FLASH and a demo program pre-installed in a

FAT file system on the e-MMC FLASH. When initially powered, the demo will start running and displaying info on the

LCD screen.

Many SIMs can be easily powered in the lab environment using the USB device connector from a PC/hub. However the

SIM535’s power needs exceed the capabilities of PC-based USB ports or hubs, so powering the SIM535 requires an

external power supply. In addition, since the primary mechanism of communicating from the SHIPTide development tool

to the SIM is through that same USB device port, you cannot use a higher-capacity tablet/phone power charger for this

connection or you would obstruct the ability to communicate with the SIM. Therefore, powering the SIM535 requires

delivering approximately 5V@1A to one of the ports that exposes the +VEXT signal:

16-pin Power/Communications Connector

60-Pin Board-to-Board Expansion Connector

SHIP Programming Port

Powering from the 16-pin Power/Communications Connector

All SIM535 development kits come with a 16 pin wire harness for prototyping that can connect in to the 16-pin

Power/Communications Connector. An AC power adapter with fixed 5VDC@1A output or similar lab power supply can

be connected to the power pins of this harness to power the SIM535.

Powering from the 60-Pin Board-to-Board Expansion Connector

A variety of daughter-cards can be plugged into the 60-Pin Board-to-Board Expansion Connector and through this

connector the SIM can be powered. For example, the off-the-shelf SCM117 Intelligent Power/Protocol Converter

daughter card has an on-SCM DC-DC converter that can converter 9-25VDC to the 5VDC needed by both the SCM and

the SIM. An AC power adapter or lab power supply with 9, 12, 15, or 24VDC at 5W or greater can be connected into the

direct-wire-insert connectors on the SCM117.

Powering from the SHIP Programming Port

The SIM535 can be powered via the SHIP Programming Port (SPP). This port is commonly used for GUI development and

connection with the SHIPTide development tool on the PC, since the SPP carries both USB and power to the SIM, and is a

common port across many new SIMs including the SIM115, SIM231, and SIM535. Some SIM535 development kits

include the SHIP Programming Connector 200 (SPC200), a small connector/cable adapter which plugs into the SPP on

one end and on the other end plugs into a SHIP Programming Adapter 200 (SPA200). The SPA200 is connected to the PC

via USB and provides intelligent programming services from SHIPTide and other PC-based software for development and

volume programming. A stand-alone USB AC power adapter (1A minimum) connected to the SPA100 powers not only

the SPA220, but also can power the attached SIM.

Be careful to connect the right power connections on the 16-pin wire harness to avoid damaging your SIM.

Several connectors may be used to power the SIM535. See Power Supplies.

For more getting started information and out-of-the-box tips, see www.seriousintegrated.com/oob.

RELEASE

ORDERING INFORMATION

ORDER CODES

SIM order codes are constructed as follows:

As of the time of this document’s publish date, the current order codes are as follows:

Order Code

Description

Detail

Pkg

Qty

SIM535-A01-DEV- 01

Dev Kit

SIM115-A01-R45ALL

w/SPA200-A00, Cables, Acrylic Case

Includes Serious SHIP Programming

Adapter (SPA200-A00), no JTAG

debugger/adapter included

SIM535-A01-R22ALL-01

Full Featured Color Graphic LCD Module

7.0" WVGA, Res Touch

SH7269, 32MB RAM, 8MB FLASH, 4GB eMMC

USB Host, USB Device, SD Card

Prox, Ambient Light, RTCC

200+ NIT, 20k Hour Backlight, 24bit

SIM535-A01-R22ALL-05

SIM535-A01-R22ALL-25

SIM535-A01-R55ALL-01

500+ NIT, 50k Hour Backlight, 24bit

SIM115-A04-N55ALL-10

SIM115-A04-N55ALL-50

SIM535-A03-R22ALL-01

Low Cost Color Graphic LCD Module

7.0" WVGA, Res Touch

SH7269, 32MB RAM, 8MB FLASH, 2GB eMMC

Prox, Ambient Light, RTCC

200+ NIT, 20k Hour Backlight, 24bit

SIM535-A03-R22ALL-05

SIM535-A03-R22ALL-25

SIM535-A03-R55ALL-01

500+ NIT, 50k Hour Backlight, 24bit

SIM115-A03-N55ALL-10

SIM115-A03-N55ALL-50

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