Epson S1R72V17 Mode d’emploi

Rev. 1.0

S1R72V17

CPU Connection Guide

NOTICE

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Scope

This document applies to the S1R72V17 USB2.0 host/device controller LSI.

S1R72V17 CPU Connection Guide EPSON i

(Rev. 1.0)

Table of Contents

1. Introduction....................................................................................................................................... 1

1.1 Overview..................................................................................................................................... 1

1.2 Related Documents .................................................................................................................... 1

2. Connection Example with Standard CPU ....................................................................................... 2

3. Endian Settings for 16-bit Bus Width Connection ......................................................................... 4

3.1 Connection to Big-endian CPU................................................................................................... 4

3.2 Connection to Little-endian CPU ................................................................................................ 7

4. CPUIF Verification Procedure ........................................................................................................ 10

5. Connection Example with FreeScale iMX21 ................................................................................. 14

5.1 Connection Example ................................................................................................................ 14

5.2 iMX21 Bus Cycle Setting Example ........................................................................................... 16

5.3 Checking S1R72V17 AC Spec and iMX21 Bus Cycle .............................................................. 18

1. Introduction

S1R72V17 CPU Connection Guide EPSON 1

(Rev. 1.0)

1. Introduction

1.1 Overview

This document contains information required for actual use of the S1R72V17 by the customer,

focusing on the details necessary to connect the S1R72V17 to the control CPU.

This document describes typical connection methods. No guarantees are made regarding the

suitability of these methods. The connection methods must be modified to suit specific customer

system configurations.

The contents of this document are subject to change without notice.

1.2 Related Documents

•S1R72V17 Technical Manual (Hardware Specifications)

2. Connection Example with Standard CPU

2 EPSON S1R72V17 CPU Connection Guide

(Rev. 1.0)

2. Connection Example with Standard CPU

This section illustrates a typical connection with a standard CPU.

1) 16-bit bus, Strobe mode connection example

Set CPU_Config register (0x075h address) BusMode bit to “0” and Bus8x16 bit to “0.”

16bit Strobe mode

CPU S1R72V17

IOVDD CVDD

Address[8:1] CA[8:1]

XBEL(CA[0])

DATA[15:0] CD[15:0]

XCS XCS

XRD XRD

XWRH XWRH(XBEH)

XWRL XWRL(XWR)

XDREQ

DREQ *1

XDACK

DACK *2

XINT

INT

*1: Open

*2: Fixed at High or Low

1.65 V to 3.6 V

Fig. 2-1 16-bit bus, Strobe mode connection example

2. Connection Example with Standard CPU

S1R72V17 CPU Connection Guide EPSON 3

(Rev. 1.0)

2) 16-bit bus, BE mode connection example

Set CPU_Config register (0x075h address) BusMode bit to “1” and Bus8x16 bit to “0.”

16bit BE mode

CPU S1R72V17

IOVDD CVDD

Address[8:1] CA[8:1]

XBEL XBEL(CA[0])

DATA[15:0] CD[15:0]

XCS XCS

XRD XRD

XBEH XWRH(XBEH)

XWR XWRL(XWR)

XDREQ

DREQ *1

XDACK

DACK *2

XINT

INT

*1: Open

*2: Fixed at High or Low

1.65 V to 3.6 V

Fig. 2-2 16-bit bus, BE mode connection example

3) 8-bit bus mode connection example

Set CPU_Config register (0x075h address) BusMode bit to “0” and Bus8x16 bit to “1.”

8bit mode

CPU S1R72V17

IOVDD CVDD

Address[8:1] CA[8:1]

Address[0] XBEL(CA[0])

CD[15:8]

DATA[7:0] CD[7:0]

XCS XCS

XRD XRD

XWRH(XBEH)

XWR XWRL(XWR)

XDREQ

DREQ *1

XDACK

DACK *2

XINT

INT

*1: Open

*2: Fixed at High or Low

1.65 V to 3.6 V

Fig. 2-3 8-bit bus mode connection example

3. Endian Settings for 16-bit Bus Width Connection

4 EPSON S1R72V17 CPU Connection Guide

(Rev. 1.0)

3. Endian Settings for 16-bit Bus Width Connection

This section describes endian settings when connecting to a CPU with a 16-bit bus width.

The discussion of the S1R72V17 registers divides them into the following three types. For register details,

refer to the S1R72V17 Technical Manual.

1) Word register: Registers with _H/_L/_HH/_HL/_LH/_LL at the end of the register name

2) Byte register: Registers not corresponding to Word or FIFO registers

3) FIFO register: RAM_Rd_00 to _1F/RAM_WrDoor_0,1/FIFO_Rd_0,1/FIFO_Wr_0,1/

FIFO_ByteRd registers

3.1 Connection to Big-endian CPU

Access is normally in the mode with “0” set in the CPU_Config register (0x075h address)

CPU_Endian bit.

1) Access to Word register

The S1R72V17 connects the D[15:8] bus to the first byte of the Word register and the D[7:0]

bus to the last byte of the Word register.

The example below illustrates the writing and reading of 0x1234h data to/from the Word register.

Writing: The data (12h) in the CPU memory even-number address is saved to the first byte

of the S1R72V17 Word register.

Reading: The first byte data (12h) of the S1R72V17 Word register is saved to the

even-number address in CPU memory.

CPU

Data

・・・・

12h

Even-number address

34h

Odd-number address

Data in CPU memory

・・・・

Higher byte [15:8] Lower byte [7:0]

12h 34h CPU register

D[15:8] D[7:0] CPU data bus

D[15:0] bus connected unchanged

S1R72V17 D[15:8] D[7:0] V17 data bus

12h 34h V17 Word register

Higher byte [15:8] Lower byte [7:0]

_H, _HH, _LH registers _L, _HL, _LL registers

Fig. 3-1 Access to Word registers (big-endian CPU)

3. Endian Settings for 16-bit Bus Width Connection

S1R72V17 CPU Connection Guide EPSON 5

(Rev. 1.0)

2) Access to Byte register

The S1R72V17 connects the D[15:8] bus to the even-number address register and the D[7:0] bus

to the odd-number address register when the CPU_Endian bit is set to “0.”

The example below illustrates the writing and reading of F1h to/from the Byte register

even-number address register and of F2h to/from the Byte register odd-number address register.

Writing: The data (F1h) in the CPU memory even-number address is saved to the

S1R72V17 even-number address register.

Reading: The S1R72V17 even-number address register data (F1h) is saved to the

even-number address in CPU memory.

CPU

Data

・・・・

F1h

Even-number address

F2h

Odd-number address

Data in CPU memory

・・・・

Higher byte [15:8] Lower byte [7:0]

F1h F2h CPU register

D[15:8] D[7:0] CPU data bus

D[15:0] bus connected unchanged

S1R72V17 D[15:8] D[7:0] V17 data bus

F2h F1h V17 Byte register

Odd-number address Even-number address

ister register

Fig. 3-2 Access to Byte registers (big-endian CPU)

3. Endian Settings for 16-bit Bus Width Connection

6 EPSON S1R72V17 CPU Connection Guide

(Rev. 1.0)

3) Access to FIFO register

The S1R72V17 connects the D[15:8] bus to the even-number address register and the D[7:0] bus

to the odd-number address register when the CPU_Endian bit is set to “0.”

The example below illustrates transmission from the USB bus in the sequence C1h/C2h and

receiving in the sequence C1h/C2h.

Writing: The data (C1h) in the CPU memory even-number address is sent from the USB

bus as the first data.

Reading: The first data received from the USB bus (C1h) is saved to the even-number

address in CPU memory.

CPU

Data

・・・・

C1h

Even-number address

C2h

Odd-number address

Data in CPU memory

・・・・

Higher byte [15:8] Lower byte [7:0]

C1h C2h CPU register

D[15:8] D[7:0] CPU data bus

D[15:0] bus connected unchanged

S1R72V17 D[15:8] D[7:0] V17 data bus

C2h C1h V17 Byte register

Odd-number address Even-number address

ister register

Data[15:8] Data[7:0]

・・・・・・・・ V17 FIFO data

・・・・・・・・

(2) C2h (1) C1h Sent via USB bus in order (1), (2).

(4) ・・・・ (3) ・・・・

・・・・・・・・

Fig. 3-3 Access to FIFO registers (big-endian CPU)

Table des matières

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