32-Bit RISC Microcontrollers

SuperH platform brochure 32-bit RISC Microcontrollers

www.renesas.eu 2012.10 Introduction The SuperH family

About Renesas Electronics Corporation Key features and advantages of the SuperH device families

Renesas Electronics Corporation (TSE: 6723), the world’s Technical number one supplier of microcontrollers, is a premier >>32-bit RISC architecture. supplier of advanced semiconductor solutions including >>Superscalar instruction processing. SuperH microcontrollers, SoC solutions and a broad-range of processor analog and power devices. Business operations began >>Advanced Cache concepts. SH-3, SH-4A SuperH controller as Renesas Electronics in April 2010 through the inte- >>Very high code density through 16-bit instruction Increased functionality and performanceROMless gration of NEC Electronics Corporation (TSE:6723) and length. SH-2, SH-2A SuperH controller Renesas Technology Corp., with operations spanning >>Integrated FPU with up to 4.2GFLOPS performance with Flash research, development, design and manufacturing for and DSP extensions. SH-2, SH-2A a wide range of applications. Headquartered in Japan, >>Up to 2.5MB integrated RAM Renesas Electronics has subsidiaries in approximately Software compatible from low to high end 20 countries worldwide. Fast More information can be found at www.renesas.com >>Performance from 50 to 600MHz, providing up to These feature: 2.4DMIPS/MHz with more than 1000DMIPS for top-end Connectivity Renesas Electronics owes its success to its outstand- >>A complete product line-up devices. >>With all the connectivity features that you could wish ing technology, its excellent quality and to its drive and >>Outstanding memory integration >>Renesas’ proprietary MONOS Flash technology, for on a high-end processor, the SuperH family offers commitment to listening to customers and meeting their >>World-leading embedded Flash technology the world’s fastest integrated Flash technology CAN, USB, Ethernet (including up to dual-channel Gbit needs. As a result, today Renesas is the world’s leading supporting 10ns access time. Ethernet) and PCI. microcontroller company, offering a huge range of 8, 16 >>Leading peripheral integration and 32-bit microcontrollers. >>High-performance CPU’s >>SH-2A device architecture supporting the industry >>Megapixel camera interfaces, SIM card, SD card and >>Low power consumption benchmark of a 30ns interrupt response time. TV output options. >>Low EMS / EMI >>Advanced packaging options Scaleable Low power >>Software compatibility across the CPU cores for >>Setting the industry benchmark with leading MIPS/ software re-use from low-end to high-end and Watt performance as low as 0.5mW/MIPS. scalability throughout the families. >>Efficient power-saving methodologies that are easy >>From 16kB up to 1MB of Flash (and even up to 3.75MB to implement. for specific applications). The SuperH family >>Package options from tiny 7 x 7mm QFN packages up Future-proof to large 449-pin BGA packages. The 32-bit RISC SuperH architecture offers the highest >>Forthcoming multi-core implementations for further performance through its leading-edge technology. It performance increase. comprises a wide range of optimised, peripheral-rich >>Long-term product availability. devices designed for an optimum cost/performance ratio, making it suitable for a wide range of applications including real-time control, high end motor control, multimedia and highly sophisticated user interfaces. The SuperH family is based on three device families which offer upward scalability, software re-usability and an optimised performance, as well as peripheral match for dedicated applications.

>>The SuperH controller (Flash) family is suitable for all high-speed applications, such as factory automation, motor control, induction heating, connectivity and any development where a fast real-time response is >>SuperH processor solutions (SH-3/SH-4A) from 200 to required. It features from 16kB to 1MB of integrated 1000DMIPS provide highly integrated systems MONOS Flash. comprising various connectivity solutions like USB, >>The SuperH controller (ROMless) family has been PCI or 2-channel G-Ether, with multimedia processing designed for general purpose, real-time, connectivity capabilities for audio/video encoding and decoding. and visualisation applications. These devices do not have an MMU and are therefore suitable for running RTOS and Linux.

2 www.renesas.eu 3 SuperH controller ROMless product line up Application examples

The SuperH controller family includes various ROMless Inverters The SH/Tiny has been designed to meet current trends parts. These parts provide several connectivity features, With fantastic real-time response and high performance, in the low-end motor control market and facilitate easy as well as support for visualisation applications. As combined with specialist motor control timers and ana- implementation. It also brings several advantages when these devices do not have an MMU on board, they are logue to digital converters, it is no surprise that the Su- compared to standard digital signal processing solu- SH7268/9 @266MHz supported by the Linux Operating System. perH is the MCU of choice for a huge number of inverter tions. SH/Tiny has been designed with much thought 2,5MB SRAM USB, LCDC customers across Europe. The scalability and flexibility and focus on the details of motor control and thus pro- Performance MHz vides a quantum leap in the cost-performance ratio of SH7203 SH7267 of the family means that whether the inverter requires @200MHz @200MHz SH726A/B low-end motor drives. CAN EtherNET @216MHz a single MCU, dual MCU or multiple MCU architecture, USB, LCDC USB 1,25MB SRAM USB there is a SuperH device to suit the application.

SH7262/4 SH7266/7 @144MHz @144MHz 1MB SRAM 1,5MB SRAM Visualisation, Graphical User Interfaces and USB, LCDC USB, LCDC low-power multimedia processing Several of the SuperH processors and SuperH controller ROMless devices integrate special features for control- ling displays, inc luding up to 2.5MB of SRAM for use as a video buffer For visualisation and multimedia, many microcontroller and processor users immediately turn to SuperH, with its high-performance and dedicated Key benefits of the SuperH controller Easy display-driving peripherals making it the ideal family to ROMless platform With tools including a full Linux Board support package, cover the visualisation and the whole application side as and several code examples, the SuperH controller ROM- well. Fast less family is very easy to get started with. This, com- The SH-2A core is a superscalar core. This means that bined with a series of operating systems from a number it can execute two instructions in a single clock cycle. It of vendors to suit all needs means that the SuperH con- achieves up to 630DMIPS performance. troller family provides an excellent ‘straight out of the box’ experience. White goods motor control Visualisation There is no doubt that the market for low-end motor The SuperH controller family features several peripher- control is changing. Developers are using more efficient als to assist in the driving of TFT screens and is sup- motors which also have a longer lifetime. In order ported by a wide range of software to support this to achieve these efficiency savings, the new motors functionality. Including up to 2.5MB of integrated SRAM. require much more complicated control algorithms and therefore demand higher performance microcontrollers. Scaleable This is not a new trend, but is gaining momentum as the High Definition video surveillance over IP As the middle-ground of the SuperH platform, the SHC- cost of energy continues to rise and the drive for lower The SH7724 is the perfect device for video surveillance ROMless family allows for signifi cant further expansion consumption increases, applications like IP cameras. Two 5 Mpix Camera Inter- with the SuperH processor while also allowing for cost influenced by pressure from faces allow the user to capture video from two separate and feature reductions with SuperH controllers with em- consumers and by new independent video sources. This stream can then be bedded Flash. regulations. compressed using the integrated Video Processing Unit to MPEG4 or H.264 formats which are small enough for Connectivity fast and efficient transmission over Ethernet which is With all the connectivity features that you could wish for also supported on the SH7724. Needless to say all that on a high-end processor, the SuperH family offers CAN, is facilitated by Renesas software including middleware USB, and Ethernet. The SuperH controller ROMless fam- and Linux as well. ily has all the connectivity features required for a wide variety of applications and fields.

Integration The SH Romless controller family also incorporates devices with up to 2.5MB of integrated RAM meaning that you can replace the external RAM and video buffer with this internal RAM. Additionally because these devices can run the code from this internal RAM, the external NOR Flash can be replaced by a cheaper serial Flash. This can offer a signifi cant BOM cost saving.

4 www.renesas.eu 5 SHC Device Memory Interfaces Timers & Other Peripherals Miscellaneous Information I²C [V] I/O SPI/ Size [KB] USB CAN Core RAM DMA /Pins Other Timer [MHz] [Byte] PWMs Supply Timers Analog UARTs/ Special Voltage Internal Ethernet Features Channels Channels Subclock Packages Features* Converter A/D / D/A- Nickname Starter Kit Starter 32.768 kHz TFT control Clock speed Clock (8-bit/16-bit) Oscillator(s) Qualification Part Number R5S726A0D216FP#V0 - Industry R5S726A0P216FP#VZ - QFP120 16 x Automotive R5S726A1D216FP#V0 2ch 16mm Industry R5S726A1P216FP#VZ 2ch 6ch x 10bit Automotive SH726A 120pin 2ch / 5ch / 4ch R5S726A2D216FP#V0 - / - Industry 4ch SSI, R5S726A2P216FP#VZ - 16ch 10bit / 5 QFP120 14 x Automotive - 64kB URAM + 1.25MB SRAM 1ch, F/S H+F - - 21 216 - - no - 16ch 1.2V + 3.3V NAND, RTC, TBD + 2ch 16 bit 14mm R5S726A3D216FP#V0 2ch Industry SD Host R5S726A3P216FP#VZ 2ch Automotive R5S726B0D216FP#V0 - Industry R5S726B0P216FP#VZ - 8ch x 10bit QFP144 20 x Automotive SH726B 144pin 3ch / 5ch /4ch R5S726B1D216FP#V0 2ch / - 20mm Industry R5S726B1P216FP#VZ 2ch Automotive R5S72640W144FP#U0 – Standard R5S72641W144FP#U0 1 64 kB URAM + 1 MB SRAM R5S72640P144FP#U0 – Industrial

SH2A-FPU 176-pin 4ch SSI, R5S72641P144FP#U0 99 I/O 1 16 x 10-bit/ 7264 – 2ch / 8ch / 3ch 1ch. H/S H+F – – 21 144 – –  4 x 10-bit/- – 16 1.2 + 3.3 24x24 mm LQFP NAND, RTC, R5S72644W144FP#U0 176-pin – 5 + 2 x 16-bit 0.5 mm pitch Standard SD Host R5S72645W144FP#U0 1 64 kB URAM + 640 kB SRAM

R5S72644P144FP#U0 – R0K572643S000BE Industrial R5S72645P144FP#U0 1 R5S72620W144FP#U0 – Standard R5S72621W144FP#U0 1 64 kB URAM + 1 MB SRAM R5S72620P144FP#U0 – Industrial 4ch SSI, R5S72621P144FP#U0 129 I/O 1 16 x 10-bit/ 28x28 mm LQFP 7262 – 2ch / 8ch / 3ch 1ch. H/S H+F – – 21 144 – –  8 x 10-bit/- – 16 1.2 + 3.3 NAND, RTC, R5S72624W144FP#U0 208-pin – 5 + 2 x 16-bit 0.5 mm pitch Standard SD Host R5S72625W144FP#U0 1 64 kB URAM + 640 kB SRAM

R5S72624P144FP#U0 – R0K572643S000BE Industrial R5S72625P144FP#U0 1 R5S72660P144FP#UZ – Industrial 4ch SSI, R5S72661P144FP#UZ 68 I/O 1 16 x 10-bit/ 20x20 mm LQFP 7266 – 64 kB URAM + 1.5 MB SRAM 2ch / 5ch / 3ch 1ch. H/S H+F – – 21 144 – –  6 x 10-bit/- – 16 1.2 + 3.3 NAND, RTC, – R5S72660W144FP#U0 144-pin – 5 + 2 x 16-bit 0.5 mm pitch Standard SD Host R5S72661W144FP#U0 1 R5S72670P144FP#UZ – Industrial 4ch SSI, R5S72671P144FP#UZ 92 I/O 1 16 x 10-bit/ 24x24 mm LQFP 7267 – 64 kB URAM + 1.5 MB SRAM 2ch / 8ch / 3ch 1ch. H/S H+F – – 21 144 – –  6 x 10-bit/- – 16 1.2 + 3.3 NAND, RTC, – R5S72670W144FP#U0 176-pin – 5 + 2 x 16-bit 0.5 mm pitch Standard SD Host R5S72671W144FP#U0 1 R5S72680P266FP#VZ Automotive 0 R5S72680W266FP#V0 28x28mm LQFP Industrial 7268 64kB URAM + 2.5MB SRAM 208pin R5S72681P266FP#VZ 0.5mm Pitch Automotive 3 R5S72681W266FP#V0 Industrial 20x20mm BGA R5S72690P266BG#UZ 272 BGA 0.8mm Pitch Automotive 30x30mm LQFP R5S72690P266FP#VZ 256 LQFP 0.4mm Pitch Automotive 0 1ch. 16ch 10bit / 8ch x 10bit 1.2V + 20x20mm BGA R5S72690W266BG#U0 - 272 BGA 2ch / 8ch / 4ch - - 21 266 - - yes - 16ch 0.8mm Pitch Industrial H/S H+F 5 + 2ch 16 bit / - 3.3V 256 LQFP 30x30mm LQFP Industrial SH2A-FPU R5S72690W266FP#V0 0.4mm Pitch 7269 64kB URAM + 2.5MB SRAM

20x20mm BGA R0K507269S000BE R5S72691P266BG#UZ 272 BGA 0.8mm Pitch Automotive 30x30mm LQFP R5S72691P266FP#VZ 256 LQFP 0.4mm Pitch Automotive OpenVG,PAL/NTSC,RTC;SDHC 3 20x20mm BGA R5S72691W266BG#U0 272 BGA 0.8mm Pitch Industrial 30x30mm LQFP R5S72691W266FP#V0 256 LQFP 0.4mm Pitch Industrial R5S76700B200BG Standard R5S76700D133BG Industrial R5S76710B200BG Standard R5S76710D133BG 94 I/O 17x17 mm BGA Industrial 7670 – 32 k - / 3ch / 1ch – 1ch. H/S H+F 1 – 2 200 – – – – – 8 1.2 + 3.3 4 k HIF R5S76720B200BG 256-pin 2 x 16-bit 0.8 mm pitch Standard R5S76720D133BG Industrial

R5S76730B200BG Standard R0K576700S000BE R5S76730D133BG Industrial R4S76190B125BGV 78 I/O 13x13 mm BGA Standard integrated 7619 – 16 K 1ch / 3ch / - – – 1 + PHY 2 x 16-bit – 2 125 – – – – – 4 1.8 + 3.3 –

SH-2 R4S76190N125BGV 176-pin 0.8 mm pitch Industrial PHY, 2 k HIF

6 www.renesas.eu 7 Device Memory Interfaces Timers & Other Peripherals Miscellaneous Information I²C [V] I/O SPI/ Size [KB] USB CAN Core RAM DMA /Pins Other Timer [MHz] [Byte] PWMs Supply Timers Analog UARTs/ Special Voltage Internal Ethernet Features Channels Channels Subclock Packages Features* Converter A/D / D/A- Nickname Starter Kit Starter 32.768 kHz TFT control Clock speed Clock (8-bit/16-bit) Oscillator(s) Qualification Part Number

17x17 mm BGA 7205 R5S72050W200BG – 112 k 107 / 272 2ch / 6ch / 4ch 2 1ch. H/S H+F – 5 + 4 x 16-bit – 14 2 x 200 – –  8 x 10-bit 2 x 8-bit 14 1.2 + 3.3 Industrial Dual Core – 0.8 mm pitch Dual Core Dual SH2A-FPU SH2A-FPU

24x24 mm QFP large 128 KB A 7206 R5S72060W200FPV – 128 K 87 / 176 - / 4ch / 1ch – – – 5+3+2 x 16-bit – 14 200 – – – 8 x 10-bit 2 x 8-bit 8 1.2 + 3.3 Industrial –

SH2- 0.5 mm pitch URAM

32x32 mm QFP 7203 R5S72030W200FP – 64 K 99 / 240 2ch / 4ch / 4ch 2 1ch. H/S H+F – 5 + 2 x 16-bit RTC 10 200 – –  8 x 10-bit 2 x 8-bit 8 1.2 + 3.3 Industrial FPU 0.5 mm pitch R0K572030S000BE

SH2A-FPU SH2A-FPU DS72011RB120FPV Standard 24x24 mm LQFP 7201 – 32 K 123 / 176 - / 8ch / 3ch 2 – – 5 + 2 x 16-bit RTC 10 120 – – – 8 x 10-bit 2 x 8-bit 8 3.3 FPU, SSI 0.5 mm pitch DS72011RW100FPV Industrial R0K572011S001BE R5F72145BDFA#V1 512 64 k 20×20 mm LQFP R5F72146BDFA#V1 768 96 kB – 0.4 mm pitch R5F72147BDFA#V1 1 MB 128 kB R5F72145BDFP#V1 512 64 k 24×24 mm LQFP R5F72146BDFP#V1 768 96 kB – 0.5 mm pitch R5F72147BDFP#V1 1MB 128 kB R5F72145BDBG#U1 512 64 k 13×13 mm BGA R5F72146BDBG#U1 768 96 kB – 0.8 mm pitch R5F72147BDBG#U1 1 MB 128 kB 32 kB R5F72145ADFA#V1 512 64 k Dataflash 20×20 mm LQFP R5F72146ADFA#V1 768 96 kB 1 0.4 mm pitch R5F72147ADFA#V1 1 MB 128 kB R5F72145ADFP#V1 512 64 k 24×24 mm LQFP 7216 R5F72146ADFP#V1 768 96 kB 100 / 176 1ch / 5ch / 1ch 1 1ch. F/S F 1 6+3+2 x 16-bit – 16 200 – – – 8 x 12-bit – 8 + DTC 3.3 / 5 Industrial 0.5 mm pitch R5F72147ADFP#V1 1 MB 128 kB SH2A-FPU R5F72145ADBG#U1 512 64 k 13×13 mm BGA R0K572167S000BE R5F72146ADBG#U1 768 96 kB 1 0.8 mm pitch R5F72147ADBG#U1 1 MB 128 kB R5F72165BDFA#V1 512 64 k 20×20 mm LQFP R5F72166BDFA#V1 768 96 kB – 0.4 mm pitch R5F72167BDFA#V1 1 MB 128 kB R5F72165BDFP#V1 512 64 k 24×24 mm LQFP FPU + 32 kB R5F72166BDFP#V1 768 96 kB – 0.5 mm pitch Dataflash R5F72167BDFP#V1 1 MB 128 kB R5F72165BDBG#U1 512 64 k 13×13 mm BGA R5F72166BDBG#U1 768 96 kB – 0.8 mm pitch R5F72167BDBG#U1 1 MB 128 kB R5F72165ADFA#V1 512 64 k 20×20 mm LQFP R5F72166ADFA#V1 768 96 kB 1 200 0.4 mm pitch R5F72167ADFA#V1 1 MB 128 kB R5F72165ADFP#V1 512 64 k 24×24 mm LQFP FPU + 32 kB R5F72166ADFP#V1 768 96 kB 1 200 0.5 mm pitch Dataflash R5F72167ADFP#V1 1 MB 128 kB R5F72165ADBG#U1 512 64 k 13×13 mm BGA R5F72166ADBG#U1 768 96 kB 1 200 0.8 mm pitch 7216 R5F72167ADBG#U1 1 MB 128 kB 100 / 176 1ch / 5ch / 1ch 1 1ch. F/S F 6+3+2 x 16-bit – 16 – – – 8 x 12-bit – 8 + DTC 3.3V / 5V Industrial

SH2A-FPU R5F72145HDFA#V1 512 64 k 20×20 mm LQFP

R5F72146HDFA#V1 768 96 kB – 100 R0K572167S000BE 0.4 mm pitch R5F72147HDFA#V1 1 MB 128 kB R5F72145HDFP#V1 512 64 k 32 kB 24×24 mm LQFP Dataflash R5F72146HDFP#V1 768 96 kB – 100 0.5 mm pitch R5F72147HDFP#V1 1 MB 128 kB 13×13 mm BGA R5F72145HDBG#U1 512 64 k – 100 0.8 mm pitch

8 www.renesas.eu 9 Device Memory Interfaces Timers & Other Peripherals Miscellaneous Information I²C [V] I/O SPI/ Size [KB] USB CAN Core RAM DMA /Pins Other Timer [MHz] [Byte] PWMs Supply Timers Analog UARTs/ Special Voltage Internal Ethernet Features Channels Channels Subclock Packages Features* Converter A/D / D/A- Nickname Starter Kit Starter 32.768 kHz TFT control Clock speed Clock (8-bit/16-bit) Oscillator(s) Qualification Part Number R5F72146HDBG#U1 768 96 kB 13×13 mm BGA R5F72147HDBG#U1 1 MB 128 kB 1 100 0.8 mm pitch R5F72145GDFA#V1 512 64 k R5F72146GDFA#V1 768 96 kB 20×20 mm LQFP R5F72147GDFA#V1 1MB 128 kB 1 100 0.4 mm pitch 32 kB 7216 R5F72145GDFP#V1 512 64 k 100 / 176 1ch / 5ch / 1ch 1 1ch. F/S F 6+3+2 x 16-bit – 16 – – – 8 x 12-bit – 8 + DTC 3.3V / 5V Industrial Dataflash R5F72146GDFP#V1 768 96 kB SH2A-FPU 24×24 mm LQFP R5F72147GDFP#V1 1 MB 128 kB 1 100

0.5 mm pitch R0K572167S000BE R5F72145GDBG#U1 512 64 k R5F72146GDBG#U1 768 96 kB 13×13 mm BGA – 100 R5F72147GDBG#U1 1 MB 128 kB 0.8 mm pitch R5F72165HDFA#V1 512 64 k 20×20 mm LQFP R5F72166HDFA#V1 768 96 kB – 0.4 mm pitch R5F72167HDFA#V1 1 MB 128 kB R5F72165HDFP#V1 512 64 k 24×24 mm LQFP R5F72166HDFP#V1 768 96 kB – 0.5 mm pitch R5F72167HDFP#V1 1 MB 128 kB R5F72165HDBG#U1 512 64 k 13×13 mm BGA R5F72166HDBG#U1 768 96 kB – 0.8 mm pitch R5F72167HDBG#U1 1 MB 128 kB FPU + 32 kB 7216 100 / 176 1ch / 5ch / 1ch 1 1ch. F/S F 6+3+2 x 16-bit – 16 100 – – – 8 x 12-bit – 8 + DTC 3.3 / 5 Industrial R5F72165GDFA#V1 512 64 k Dataflash 20×20 mm LQFP SH2A-FPU R5F72166GDFA#V1 768 96 kB 1 0.4 mm pitch

R5F72167GDFA#V1 1 MB 128 kB R0K572167S000BE R5F72165GDFP#V1 512 64 k 24×24 mm LQFP R5F72166GDFP#V1 768 96 kB 1 0.5 mm pitch R5F72167GDFP#V1 1 MB 128 kB R5F72165GDBG#U1 512 64 k 13×13 mm BGA R5F72166GDBG#U1 768 96 kB 1 0.8 mm pitch R5F72167GDBG#U1 1 MB 128 kB

6 + 1.2 + 20x20 mm QFP faster Flash, 7211 DF72115D160FPV 512 k 32 k 81 / 144 1ch / 4ch / 1ch – – – 6+3+2 x 16-bit 3 + 16 160 – – – 8 x 12-bit 2 x 8-bit 8 3.3 + Industrial 0.5 mm pitch 12-bit ADC 2 5 R0K572115S001BE

R5F72865N100FP#U2 24x24 mm QFP Standard R5F72865D100FP#U2 0.5 mm pitch Industrial 512 k 24 k R5F72865N100FA#U2 20x20 mm QFP Standard R5F72865D100FA#U2 0.4 mm pitch Industrial SH2-A R5F72866N100FP#U2 24x24 mm QFP Standard R5F72866D100FP#U2 0.5 mm pitch Industrial 7286 768 k 113 /176 1ch / 5ch / 1ch 1 1ch. F/S F – 6+3+2 x 16-bit – 16 100 – – – 12 x 12-bit 2 x 8-bit 8 + DTC 3.3 / 5 – R5F72866N100FA#U2 20x20 mm QFP Standard R5F72866D100FA#U2 0.4 mm pitch Industrial

32 k R0K572867S000BE R5F72867N100FP#U2 24x24 mm QFP Standard R5F72867D100FP#U2 0.5 mm pitch Industrial 1 M R5F72867N100FA#U2 20x20 mm QFP Standard R5F72867D100FA#U2 0.4 mm pitch Industrial

R5F72855N100FP#U2 Standard - 512 k 24 k R5F72855D100FP#U2 20x20 mm QFP Industrial 7285 99 / 144 1ch / 5ch / 1ch – 1ch. F/S F – 6+3+2 x 16-bit – 16 100 – – – 8 x 12-bit – 8 + DTC 3.3 / 5 – 0.5 mm pitch R5F72856N100FP#U2 Standard 000BE 768 k 32 k

R5F72856D100FP#U2 Industrial R0K572867S -

SH2-A R5F72433N100FP#U0 Standard 128 k 8 k R5F72433D100FP#U0 14x14 mm LQFP Industrial 7243 71 /100 - / 3ch / - – – – 6+3+2 x 16-bit – 16 100 – – – 8 x 12-bit – 8 + DTC 3.3 / 5 – 0.5 mm pitch R5F72434N100FP#U0 Standard 000BE 256 k 12 k

R5F72434D100FP#U0 Industrial R0K572867S

10 www.renesas.eu 11 Device Memory Interfaces Timers & Other Peripherals Miscellaneous Information I²C [V] I/O SPI/ Size [KB] USB CAN Core RAM DMA /Pins Other Timer [MHz] [Byte] PWMs Supply Timers Analog UARTs/ Special Voltage Internal Ethernet Features Channels Channels Subclock Packages Features* Converter A/D / D/A- Nickname Starter Kit Starter 32.768 kHz TFT control Clock speed Clock (8-bit/16-bit) Oscillator(s) Qualification Part Number DF71476AK64FPV Automotive DF71476BD80FPV 512 k Industrial DF71476BJ80FPV 16 k Industrial DF71475AK64FPV Automotive 384 k 14x14 mm LQFP 7147 DF71475BJ80FPV 57 / 100 1ch / 3ch / 1ch 1 – – 6+3+2 x 16-bit – 16 80 – – – 2 x 8 x 12-bit – DTC 3.3 / 5 Industrial – –

SH-2 0.5 mm pitch DF71474AK64FPV 12 k Automotive DF71474BD80FPV Industrial 256 k DF71474BJ80FPV 16 k Industrial R5F71474BJ80FPV R5F72395AD160FPV 160 16 x12-bit 3.3 FPU + 32 kB R5F72395BD100FPV 100 5 Dataflash 512 k 64 k R5F72375AD160FPV 160 3.3 32 kB R5F72375AD100FPV 100 5 16x16 mm LQFP Dataflash 7239 69 / 120 1ch / 4ch / - 1 – – 6+3+2 x 16-bit – 16 – – – – DTC Industrial – R5F72394AD160FPV 160 2 x 8 x 12-bit 3.3 0.5 mm pitch FPU + 32 kB

SH2A-FPU R5F72394BD100FPV 100 5 Dataflash 256 k 32 k R5F72374AD160FPV 160 3.3 32 kB R5F72374AD160FPV 100 5 Dataflash DF71426AK64FPV Industrial DF71426BJ80FPV 512 k Automotive 16 k 14x14 mm QFP 7142 DF71426BD80FPV 57 / 100 1ch / 3ch / 1ch 2 – – 6+3+2 x 16-bit – 16 80 – – – 2 x 8 x 12-bit – DTC 3.3 / 5 Industrial – – 0.5 mm pitch DF71424BJ80FPV Industrial 256 k DF71424AK64FPV 12 k Automotive DF71364AN80FPV 14x14 mm QFP Standard - 7136 256 k 16 k 60 /180 1ch / 3ch / 1ch – – – 6+3+2 x 16-bit – 16 80 – – – 12 x 12-bit – DTC 3.3 / 5 – DF71364AD80FPV 0.5 mm pitch Industrial

DF71374AN80FPV 14x14 mm QFP Standard 000BE 7137 256 k 16 k 73 / 100 1ch / 3ch / 1ch – – – 6+3+2 x 16-bit – 16 80 – – – 16 x 12-bit – DTC 3.3 / 5 – 0.5 mm pitch DF71374AD80FPV Industrial R0K571374S

SH-2 DF71464AN80FPV 2x MC Standard DF71464AD80FPV timer 14x14 mm LQFP Industrial 7146 256 k 8 k 57 - / 3ch / - – – – 6+3+2 x 16-bit 16 80 – – – 12 x 10-bit – DTC 5 – – ROM code dependant blocks, 0.65 mm pitch Standard ROM code dependant DTC Industrial DF71464AN80FPV Standard DF71494AD80FPV 2x MC Industrial timer 14x14 mm QFP 7149 ROM code dependant 256 k 8 k 75 - / 3ch / - – – – 6+3+2 x 16-bit 16 80 – – – 12 x 10-bit – DTC 5 Standard – – blocks, 0.5 mm pitch ROM code dependant DTC Industrial ROM code dependant Standard

12 www.renesas.eu 13 Device Memory Interfaces Timers & Other Peripherals Miscellaneous Information I²C [V] I/O SPI/ Size [KB] USB CAN Core RAM DMA /Pins Other Timer [MHz] [Byte] PWMs Supply Timers Analog UARTs/ Special Voltage Internal Ethernet Features Channels Channels Subclock Packages Features* Converter A/D / D/A- Nickname Starter Kit Starter 32.768 kHz TFT control Clock speed Clock (8-bit/16-bit) Oscillator(s) Qualification Part Number

DF71253N50FPV#Z1 Standard LQFP 0.8mm Pitch DF71253D50FPV#Z1 Industrial

DF71253N50FAV#Z1 Standard QFP 128 k 0.5mm Pitch DF71253D50FAV#Z1 Industrial

DF71253N50NPV#Z1 Standard QFN 0.4mm Pitch DF71253D50NPV#Z1 Industrial

DF71252N50FPV#Z1 Standard LQFP 0.8mm Pitch DF71252D50FPV#Z1 Industrial 64 k 8 k DF71252N50FAV#Z1 Standard QFP DF71252D50FAV#Z1 Industrial 0.5mm Pitch DF71251AD50FAV Industrial 7125 45 - / 3ch / - – – – 6+2 x 16-bit – 14 50 – – – 2 x 4 x 10-bit – – 5 –

SH-2 LQFP DF71251AD50FPV Industrial 0.8mm Pitch QFN DF71251AD50NPV Industrial R0K571242S001BE 0.4mm Pitch QFP DF71251AN50FAV Standard 0.5mm Pitch LQFP DF71251AN50FPV Standard 0.8mm Pitch QFN DF71251AN50NPV Standard 0.4mm Pitch 32 k QFP DF71250AD50FAV Industrial 0.5mm Pitch LQFP DF71250AD50FPV Industrial 0.8mm Pitch QFN DF71250AD50NPV Industrial 0.4mm Pitch 4 k QFP DF71250AN50FAV Standard 0.5mm Pitch LQFP DF71250AN50FPV Standard 0.8mm Pitch QFN DF71250AN50NPV Standard 0.4mm Pitch DF71243N50FPV#Z1 Standard 128 k DF71243D50FPV#Z1 Industrial LQFP 0.65 mm pitch DF71242N50FPV#Z1 Standard

DF71242D50FPV#Z1 Industrial 64 k DF71242N50NPV#Z1 Standard QFN 8 k 0.4 mm pitch DF71242D50NPV#Z1 Industrial

DF71241N50FPV Standard LQFP 7124 31 - / 3ch / - – – – 6+2 x 16-bit – 14 50 – – – 2 x 4 x 10-bit – – 5 –

SH-2 0.65 mm pitch DF71241D50FPV Industrial 32 k

DF71241N50NPV Standard R0K571242S001BE QFN 0.4 mm pitch DF71241D50NPV Industrial

DF71240AD50FPV Standard LQFP 0.65 mm pitch DF71240AD50NPV Industrial 16 k 4 k DF71240AN50FPV Standard QFN 0.4 mm pitch DF71241D50NPV Industrial

14 www.renesas.eu 15 SHP Device Memory Interfaces Timers & Other Peripherals Miscellaneous Information - I²C [V] I/O SPI/ Size [KB] USB CAN Core RAM DMA /Pins Other [MHz] [Byte] PWMs Supply Timers Analog UARTs/ Special Voltage Internal nels (8– Ethernet Features Subclock Packages Features* Converter Nickname Starter Kit Starter bit/16–bit) A/D / D/A– 32.768 kHz TFT control Timer Chan Oscillator(s) Clock Speed Clock Qualification Part Number 256-pin BGA 2ch HD6417712BP 1.5 17 x 17 mm 32 K 10/100 3 x 32-bit 2 SCIF 200 MHz E-DMAC (int.) 0.8 pitch DSP, SH7712 unified 16 K 256-pin – – Mbps – timer blocks 6 – – – – – Std. – 2 SIOF 260 MIPS x 4 3.3 E-DMAC x 4 Cache (with (TMU) 256-pin QFP (I/O) HD6417712F Bridge) 28 x 28 mm 0.4 pitch 256-pin BGA SH3-DSP HD6417713BP 1.5 17 x 17 mm 32 K 1ch 3 x 32-bit 2 SCIF 200 MHz E-DMAC (int.) 0.8 pitch DSP, SH7713 unified 16 K 256-pin – – 10/100 – timer blocks 6 – – – – – Std. – 2 SIOF 260 MIPS x 2 3.3 E-DMAC x 2 Cache Mbps (TMU) 256-pin QFP HD6417713F (I/O) 28 x 28 mm 0.4 pitch Floating Point Unit Video processing unit R8A77230C400BG 32K Std. (VPU) for enc/dec MPEG-4 (instr.) 1 USB 2.0 and H.264 with 30 fps @ D1 6 SCIF 7 x 32-bit 1.2 32 K Select. Host/ 400 MHz 449-pin BGA Video I/O (VIO) with 5 Mpix 16 K 2 SPI 4 x 16-bit timer blocks 10-bit x 4 / (int.) SH7723 (data) 449-pin – Function – 21 720 MIPS, – –  12 21 x 21 mm camera I/F, 128 K (high speed) I²C (TPU) 6 (TMU) – 3.3 SH-4A 256 K (high speed sup- 2.8 GFLOPS 0.8 pitch Video output unit(VOU), TS emtrion IrDA 1 (CMT) (I/O) (L2 port) (transport stream) R8A77230D400BG cache) Ind. interface, High performance 2D graphic acceralator Floating Point Unit Video Processing Unit (VPU) for enc/dec 32 K 1.15 -1.30 MPEG-4 and H.264 with (instr.) 2 select. Host/ (int.) 30 fps@720 p 6 SCI 1 ch 500 Mhz/ 449-pin BGA 32 K 18 K SRAM Function 4 x 16-bit 1.65-1.95 2 x Video IO with 5 Mpix SH7724 R8A77240D500BG 449-pin 2 I²C – 10/100 900MIPS, – –  – 12 21x21 mm Ind. (internal) 128 K MERAM Highspeed/Full- (TPU) or Camera I/F,

2 MSIOF Mbit 3.5 GFLOPS 0.8 pitch emtrion 256 K speed/Lowspeed 2.7-3.6 Video output unit (VOU), L2 (I/O) TS (transport stream interface), High performance 2D graphics accelerator IP sec.accelerator, HAC, R5S77630AY266BGV 1.25 Stream interface 2ch 32 K 1 select. Host/ (int.) Floating Point Unit 3 SCIF 10/100/ 6 x 32-bit 266 MHz 449-pin BGA (instr.) Function 4 x 16-bit tim- 10-bit x 4 / 3.3 HAC, Stream interface

SH-4A SH7763 R5S77631AY266BGV 16 K 449-pin 3 SIOF – 1000 timer blocks 16 478 MIPS, – –  – 6 21 x 21 mm Std. – 32 K (full speed sup- ers (CMT) 8-bit x 2 (I/O) Floating Point Unit 2 I²C Mbps (TMU) 1.8 GFLOPS 0.8 pitch (data) port) 2.5 (Gbit) IP sec.accelerator, HAC, R5S77632AY266BGV (DDR) Stream interface Floating Point Unit High performance 2D graphic 1 USB 2.0 32 K 1.2 acceralator + display unit R5S77640N300BG Select. Host/ 1ch 6 x 32-bit 324 MHz 404-pin BGA Std. (instr.) 3 SCIF (int.) Floating Point Unit SH7764 16 K 404-pin – Function 10/100 – timer blocks 12 583 MIPS, – –  – – 12 19 x 19 mm – 32 K 1 I²C 3.3 ATAPI (high speed sup- Mbps (TMU) 2.3 GFLOPS 0.8 pitch (data) (I/O) Floating Point Unit R5S77640P300BG port) Ind. ATAPI 32 K 2 SCIF 6 x 32-bit 400 MHz 1.25 (int.) 449-pin BGA HAC (instr.) 16 K (high-speed) 4 x 16-bit Std. SH7780 R8A77800 449-pin 1 SIOF – – – timer blocks 16 720 MIPS, – – – – – 12 3.3 (I/O) 21 x 21 mm Floating Point Unit 32 K 32 K (medium-speed) timers (CMT) Ind.

1 SPI (TMU) 2.8 GFLOPS 2.5 (DDR) 0.8 pitch MMC, SSI emtrion (data) 32 K 1.1 (int.) 8 K (high-speed) 6 SCIF 6 x 32-bit 600 MHz 436-pin BGA HAC (instr.) Display 3.3 (I/O) Std. SH7785 R8A77850A 16 K (high-speed) 436-pin 1 SIOF – – – – timer blocks 12 1080 MIPS, – – – – 12 19 x 19 mm Floating Point Unit 32 K unit 1.8 Ind. SH-4A 128 K (medium-speed) 1 SPI (TMU) 4.2 GFLOPS 0.8 pitch MMC, SSI emtrion (data) (DDR2)

32K (instruction) 6ch USI / 1ch 1.1V 393-pin High performance 2D 32 14ch 32bit SPI 4ch UART USB Host (internal) FPBGA graphic acceralator + EM EV2 μPD77642BF1-GA9-A (internal) 128KB 393-pin - - 1ch 32bit - 14 533MHz - - - - 8ch 1ch I C 2ch 1ch 1.8,3.3V 16 x 16 mm display unit Floating Point N/A 256K L2 2 WDT SDIO USB Func. (I/O) 0.65 mm Standard Unit ATAPI cache ARM Cortex A9 64KB ROM Display unit 2D + 3D graphics H.264 / MPEG4/ VC1 @1080p decode

16 www.renesas.eu 17 SH7239F SH726A/6B

SH2A CPU Core Timers Packages Temperature ranges >>CPU SH2A-FPU (SuperH RISC engine) - SD Card Host IF (SDHI) : 1 ch >>160MHz = 384DMIPS >>MTU2 – 6ch 16bit timer >>LQFP-120 (16 x 16 mm2, -40 -> +85°C >>Frequency CPU 216 MHz / External Bus 72 MHz (Max) - RCAN : 2 ch (Option) >>100MHz = 240DMIPS for Motor Control 0.5 mm pitch) >>Power Internal 1.15 to 1.35V / External 3.3V - IEBus : 1 ch >>2 instructions executed >>MTU2S – 3ch 16bit timer >>Internal Memory per clock tick for Motor Control - URAM: 64 Kbyte SH726A: 120pin QFP (0.5mm Pitch/0.4mm Pitch) >>Integrated FPU >>CMT – 2ch 16bit timer - SRAM: 1.25 Mbyte SH726B: 144pin QFP (0.5mm Pitch) >>Watchdog Timer (includes standby RAM: 256 KB) On Chip memory SH2A >>External Memory Interface SH2A >>512kB-256kB MONOS Other 200MHZ 400DMIPS - BUS Width 8bit or 16bit 216MHZ 520DMIPS Floating Point Unit Floating Point Unit Flash >>8ch DMA Memory double precision SRAM, NOR Flash, PCMCIA Memory double precision >>64kB-32kB on chip RAM >>Data Transfer Controller Zero-wait Flash Real time response >>Peripheral SRAM Real time response up to 512KB 1,25MB Superscalar Superscalar >>BSC for external (DTC) 6 cycle - DMAC : 16 ch 6 cycle SRAM IRQ responce URAM IRQ responce Memory 40 / 50MHz 16bit up to 64KB World’s fastest Flash MCU - USB Host/Function FullSpeed : 1 / 2 ch 64kB World’s fastest Flash MCU >>32kB DataFlash Debug Data Flash - Multi Function Timer (MTU2) : 5 ch cache 32KB 8kB + 8kB >>UBC with 2 break channels - 16bit Timer (CMT) : 2 ch Analogue >>H-UDI for JTAG System Timers Communication - Watch Dog Timer (WDT) : 1 ch System Timers Communication Data Management MTU2 CAN 2.0B Data Management MTU2 USB2.0 >>ADC: 2x8ch 12bit DTC/DMA 16bit 6ch - Real Time Clock (RTC) : 1 ch DMAC 16ch 16bit x 6ch FS 1/2ch – 1.0us Conversion time Digital I/O - I2C bus I/F : 4 ch Interrupt Cont. MTU2S I2C Interrupt Cont. WDT CAN >>91-101 I/O pins 16bit 3ch - Serial Communication I/F 8bit 1ch 2ch Clock Generation CMT 3 x SCI Clock Generation CMT External Bus Connectivity (+ 8-12 input only) PLL IRC with FIFO (SCIF) : 5 ch ROM, SRAM, 16bit 2ch 1ch SCI w/FIFO PLL IRC 16bit 2ch SDRAM, PCMCIA >>1 x RSPI - Renesas Serial Peripheral I/F (RSPI) : 2 / 3 ch UBC/H-UDI WDT 1 x RSPI UBC/H-UDI Sample Rate Conv. RSPI SPImulti >>4 x SCI(F) Power Supply Voltage 8bit 1ch - SPI Multi I/O Bus Controller 3ch 2/3ch 1ch 16bit Ext. Bus Real-Time CLK 5ch SCIF >>1x CAN (RCAN-ET) >>5.0V +/- 0.5V for Analogue with SDRAM (SPI Multi) : 1 ch Analogue Analogue ADC - Serial Sound Interface (SSI) : 4 ch ADC 12C IEBUS 12bit 2x4ch GPIO 10bit 6/8ch 4ch 1ch >>5.0V +/- 0.5V OR 3.3V - SPDIF : 1 ch SIOF SSI(I2S) +/- 0.3V for I/O - Sampling Rate Converter (SRC) : 3 ch 1ch 4ch - CDROM Decoder SDHI 1ch - 10bit A/D Converter : 6 / 8 ch

SH7216F SH7266 and SH7267 in Detail

SH2A CPU Core Timers Packages Temperature ranges High Efficient 32bit LCD Controller VGA and Low Current Consumption Package >>200MHz = 480DMIPS >>MTU2 – 6ch 16bit timer >>LQFP-176 (20 x 20 mm2, -40 -> +85°C CPU Core 16bit interface >>Normal operation: >>144-pin QFP (SH7266) >>2 instructions executed for Motor Control 0.4 mm pitch) >>144 MHz CPU Clock >>2 Layers available for Typ 60 mA >>176-pin QFP (SH7267) per clock tick >>MTU2S – 3ch 16bit timer >>LQFP-176 (24 x 24 mm2, Frequency overlaying image over >>Sleep mode: Typ 35 mA >>Integrated FPU for Motor Control 0.5 mm pitch) >>2 Execution Units deliver- image >>Standby mode: Typ 1 mA >>CMT – 2ch 16bit timer >>BGA 176 (13 x 13 mm2, ing 356 Dhrystone MIPS >>alpha blending >>Deep standby mode: On Chip Memory >>Watchdog Timer 0.8 mm pitch) Typ 3 uA >>1M-512kB MONOS Flash SH2A Single and Double Float- CMOS Camera Sensor SH2A >>128-64kB on chip RAM Other 200MHZ 400DMIPS ing Point Unit compliant Interface 144MHZ 288DMIPS Floating Point Unit Floating Point Unit >>BSC for external >>8ch DMA Memory double precision with IEEE754 >>8bit @ 27 MHz Memory double precision Memory 50MHz 32bit >>Data Transfer Controller Zero-wait Flash Real time response >>Accelerates e.g. >>ITU.BT 601/650 SRAM Real time response up to 1MB 1,5MB Superscalar Superscalar >>32kB DataFlash (DTC) 6 cycle trigonometric (PAL/NTSC) 6 cycle SRAM IRQ responce URAM IRQ responce up to 128KB World’s fastest Flash MCU operations like rotation 64kB World’s fastest Flash MCU Analogue Debug Data Flash Bus Interface Controller cache 32KB 8kB + 8kB >>ADC: 2x4ch 12bit >>UBC with 2 break channels High-Density up to for glue less connection of – 1.0us Conversion time >>H-UDI for JTAG System Timers Communication 1.5 MByte internal RAM >>SRAM, SDRAM, NOR System Timers Communication >>Advanced User Debug Data Management MTU2 Ethernet 10/100 >>1 Bus cycle access time Flash Memory Data Management MTU2 USB2.0 DTC/DMA 16bit 6ch MAC with DMA DMAC 16ch 16-bit x 6ch HS 1ch Connectivity >>16KB cache Interrupt Cont. MTU2S USB 2.0 FS Interrupt Cont. WDT CAN >>1 x RSPI Digital I/O 16bit 3ch Device Support for Booting from 8-bit 1ch 2ch Clock Generation External Bus 16-bit >>5 x SCI(F) >>91-101 I/O pins Clock Generation CMT CAN 2.0B SPI Flash Memory and USB 2.0 Host and Function CMT ROM, SRAM, PLL IRC 16bit 2ch PLL IRC 16-bit 2ch SDRAM, PCMCIA NAND Flash Memory Controller with integrated >>1 x IIC (+ 8-12 input only) PWM Timer RSPI UBC/H-UDI WDT I2C UBC/H-UDI >>1x CAN (RCAN-ET) 8bit 1ch >>New Approach, lot of USB Transceiver 16ch 2ch 4 x SCI SRAM instead of FLASH Real-Time CLK 8ch SCIF >>1x Ether MAC with Power Supply Voltage Analogue 1ch SCI w/FIFO Analog EDMAC 10/100 >>5.0V +/- 0.5V for ADC >>External SPI serial flash is Up to 2 CAN channels ADC 12C IEBUS 1 x RSPI 10-bit 6ch 3ch 1ch >>1x USB Full Speed Analogue 12bit 2x4ch extremly cheap com- Analog 32bit Ext. Bus Video Display SIOF SSI(I2S) Function >>3.3V +/- 0.3V for I/O with SDRAM pared to onChip Flash Controller 1ch 4ch w./camera i/f 91–101 >>Very flexible: 128Kbit - SDHI GPIO 1ch 512Mbit serial Flash

18 www.renesas.eu 19 SH7268 and SH7269 in Detail EM/EV2 – dual ARM CA-9 and Full HD decode

High Efficient 32bit Support for Booting from USB 2.0 Host and Function Package Dual Cortex A9 Core @ 533MHz CPU Core QSPI Flash Memory and Controller with integrated >>SH7268 208-pin QFP >>2600 DMIPS, Neon ext + VFP >>266 MHz CPU Clock NAND Flash Memory USB Transceiver (0.5 mm) >>32/32 I/D Cache + 256kB L2 cache Frequency >>New Approach. lot of >>SH7269 272-pin BGA >>2 Execution Units deliver- SRAM instead of FLASH Up to 3 CAN channels (0.8mm) /256-pin QFP >>DDR2 / Mobile-DDR support ing 640 Dhrystone MIPS >>External SPI serial flash is (0.4mm) >>333Mhz up to 512Mbytes extremly cheap com- Cortex A9 Cortex A9 SH2A 533MHZ 1300DMIPS 533MHZ 1300DMIPS Single and Double Float- pared to onChip Flash 266MHZ 532DMIPS Multimedia Support Vector Floating Point Unit Vector Floating Point Unit 1.1GFLOPS 1.1GFLOPS Floating Point Unit Memory ing Point Unit compliant >>Very flexible: 128Kbit - Memory double precision >>1080P30 video decode MMU MMU 32k 0 cache 32k 0 cache SRAM 32k 1 cache 32k 1 cache with IEEE754 512Mbit serial Flash SRAM Real time response >>Integrated audio engine 128kB 2,5MB Superscalar 256k L2 cache 256k L2 cache >>Accelerates e.g. 6 cycle >>SGX530 graphic HW accelerator URAM IRQ responce ROM 64kB trigonometric LCD Controller VGA with 64kB World’s fastest Flash MCU

operations like rotation 24bit interface cache Peripherals / Connectivity System Timers Communication Communication 8kB + 8kB >>3 layers overlay >>LCDC : 16/18/24bit RGB and YUV ARM Dual Neon 32bit timer x 14 1x USB Host DDR2/ & VFP 1x USB Device Mobile-DDR x 32 High-Density up to >>Dot and window Alpha System Timers Communication >>2DG : High performance 2D rendering Display bus Main system bus Data Management MTU2 USB2.0 ARM PL310 WDT Multi layer 2.5 MByte internal RAM Blending engine 32bit 1ch 64bit AXI DMAC 16ch 16-bit x 6ch HS 1ch 64 bit AXI >>1 Bus cycle access time >>Chroma Keying >>3x SDIO, 1x SDCARD : 2ch (CPRM Option) ARM Security Async Mem I/F USI (SP/I2SI) Interrupt Cont. WDT CAN Expansion (NAND/NOR, SRAM) 6ch 8-bit 1ch 3ch >>eMMC, NAND and NOR Flash support External Bus 32-bit ARM Core Sight 4x UART 2x I2C 2D-Graphics Engine CMOS Camera Sensor Clock Generation CMT ROM, SRAM, >>USB PHY (1x Host, 1x Device) PLL IRC 16-bit 2ch SDRAM, PCMCIA (RGPVG): OpenVG 1.1 Interface Data Management DMAC 8ch CF UBC/H-UDI PWM Timer RQSPI SPImulti Multimedia 16ch >>Full support for Khronos >>8bit @ 27 MHz 2ch 1ch Package Interrupt Cont. PL390 MPEG4/H-264/VC-1 2D & 3D SD CARD OpnVG1.1 API >>ITU.BT 601/650 (PAL/NTSC) Real-Time CLK SCIF RSPI >>BGA 393 (16 x 16 x 1.41 mm, 0.65 mm pitch) 1080p@30fps Graphic Accelerator Analogue 5-8ch 2ch >>Reendering, Animation JTAG/TP ADC 12C IEBUS Camera Interface Audio Processor 2x SDIO 10-bit 6/8ch 2-4ch 1ch and Acceleration Bus Interface Controller Graphics Rotator/Resizer Video Display SIOF SSI(I2S) LCDC Image Composer OpenVG w/o CPU for glue less connection of Controller 1ch 4ch w./camera i/f >>SRAM, SDRAM, NOR, SDHI RGPVG 1ch NAND, eMMC Flash OpenVG 1.1 Memory PAL/NTSC decoder >>16KB cache SH7724 – Leading Edge Multimedia + Connectivity SH7785 – Pentium Class CPU/FPU Performance - 1080DMIPS / 4.2 GFLOPS + PCI, DDR2, LCDC -

SH4A-FPU CPU Core @ 500MHz SH-4A CPU Core @ 600MHz Key Feature: High system performance >>900 DMIPS + 3.5 GFLOPS FPU >>1080 DMIPS + 4.2 GFLOPS FPU >>Superscalar SH-4A CPU/FPU >>64kB L1 Cache + 256kB L2 Cache >>External 3 bus system and enhanced internal bus DDR2-SDRAM interface enabling high system performance DDR2 / Mobile-DDR >>DDR2-600 (300Mhz),DDR2-400 (200Mhz) >>PCI and serial I/Fs for conectivity + Display >>333Mhz up to 512Mbytes >>256 Mbit, 512 Mbit, 1 Gbit and 2 Gbit SH2A 500MHZ 900DMIPS

Floating Point Unit Multimedia Support 3.5GFLOPS 3 external bus system SH2A > >>DDR2-SDRAM, PCI, Local Bus 600MHZ 1080DMPIS >VPU5F - Video Codec Engine MMU 32k 4way Floating Point Unit Memory 4.2GFLOPS – H.264 / MPEG4 / VC-1 0 cache 32k 4way 1 cache URAM – 720p video processing @30fps Memory 256k L2 cache PCI controller (PCI 2.2) MMU 128kB 32k 4way – Two-stream video enc/dec L2 Cache 0 cache 32k 4way 1 cache 256kB ILRAM >>JPU - JPEG Codec Engine FLCTL (NAND Flash I/F) 8kB

>>SPU2 - (24bit Audio DSP) System Timers Communication Communication OLRAM 16kB Data Management TMU ATAPI MMC I/F SCIF (6ch), SIOF (1), SPI (1), MMC I/F DMAC 12ch 32bit x 6ch (eMMC Flash I/F) Peripherals / Connectivity System Timers Communication Interrupt Cont. WDT 2x USB HS 2.0 DDR2 / Mobile-DDR Data Management TMU PCI-Bus 32bit >>LCDC : 16/18/24bit RGB and YUV + VOU: 1ch 8bit 1ch Host/Function Mem Controller SSI (1ch) – Serial Sound I/F DMAC 12ch 32bit x 6ch width 33/66MHz >>2DG : High performance 2D rendering engine Clock Generation TPU ETHERNET MAC External Bus PLL IRC 16bit x 4ch 10/100 Mbps ROM, SRAM, PCMCIA Interrupt Cont. WDT DDR2-SDRAM >>SDHI : 2ch for (CPRM Option) GDTA – Graphics Data Translation Accelerator 8bit 1ch Controller UBC/H-UDI CMT FSI SOUND I/F RQSPI SPImulti Clock Generation External Bus >>MMC4.2 : 1ch (CE-ATA/NAND Flash I/F) 32bit x 1ch 2ch 1ch >>YUV translation, motion compensation processing ROM, SRAM, PLL IRC Graphics MPX, PCMCIA >>USB2.0 HS : 2ch (2ch Host or 1ch Function) Analogue Real-Time CLK SIM SIO / IrDA UBC/H-UDI GDTA 1ch SSI >>Ethernet MAC : 1ch 10/100base LCDC / DU – Display Unit (graphic accelerator) ADC MSIOF (SPI) 10bit 4ch LCDC / DU Multimedia (2ch) >>Display Unit with up to 6 planes, RGB output (display unit) 6ch SCIF VPU5 Package MPEG4/H-264/VC-1 SPU SCIF(A) 6ch Video Processing Sound Professor 1ch SPI >>BGA 449 (21 x 21 x 1.9 mm, 0.8 mm pitch) 720p@30fps 24bit Audio DSP Package JPU 2 x 5Mpix Key Scan I/F FLCTL JPEG Accelerator Camera I/F >>BGA 436 (19 x 19 mm, 0.8 mm pitch) (NAND Flash I/F) 2DG LCDC Graphic Accelerator GPIO

20 www.renesas.eu 21 Tools

Renesas Starter Kit (RSK)

The kit includes: SuperH processors These are supported by a wide range of real-time >>CPU board with target microcontroller operating systems from a number of different suppliers, as well as Linux. >>LCD panel for user/diagnostic interaction >>E10 on-chip debugger Renesas and its alliance partners offer complete system >>Trial C compiler and IDE solutions. It is acknowledged that an important part of >>Tutorial session any product development is the early availability of >>Sample peripheral driver code development boards, operating systems and even emtrion GmbH application software. System Integrator Services As such, Renesas and alliance partners have developed Official Partner of MS, QNX scalable development board solutions ranging from Offers starter kits. generalpurpose boards for device evaluation to more comprehensive application specific boards for prototypes, and end-application developments up to complete reference systems for specific markets or applications.

High-performance Embedded Workshop The SuperH architecture, through its long history and leadership in the embedded market, has a wide range of Renesas has developed a fully integrated development support on the market among leading operating system environment known as High-performance Embedded vendors. With the ever-increasing popularity of IVREA SISTEMI Sri Workshop (HEW). HEW pulls together all of the Embedded Linux, the SuperH processors are supported System Integrator Services development tasks into one easy-to-use application. by a great open source community. In addition, there Renesas MCU/MPU are board support packages available for the major experience. >>Code development commercial operating systems like Windows Embedded, >>Project management QNX, VxWorks. >>Integrated debugger Emulator line up >>Compiler integration A range of emulators is available for the SuperH family, >>Flash programmer ranging from the low-cost E8 Flash programmer up to the E200F tool, integrating all the real-time trace required for an application. All RSKs now come with an ‘E10A lite – for starterkits’ as standard. TES GUI Design House A wide range of boards and operating systems supported for all SuperH devices GUI Dev. tools: Giulliani

SuperH controllers These are supported by a wide range of real-time operating systems from a number of different suppliers, as well as Linux.

22 www.renesas.eu 23 Before purchasing or using any Renesas Electronics products listed herein, please refer to the latest product manual and/or data sheet in advance.