32-bit RISC Microcontrollers

Transcription

1 SuperH platform brochure 32-bit RISC Microcontrollers

2 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 number one supplier of microcontrollers, is a premier supplier of advanced semiconductor solutions including microcontrollers, SoC solutions and a broad-range of analog and power devices. Business operations began as Renesas Electronics in April 200 through the integration of NEC Electronics Corporation (TSE:6723) and Renesas Technology Corp., with operations spanning research, development, design and manufacturing for a wide range of applications. Headquartered in Japan, Renesas Electronics has subsidiaries in approximately 20 countries worldwide. More information can be found at Renesas Electronics owes its success to its outstanding technology, its excellent quality and to its drive and commitment to listening to customers and meeting their needs. As a result, today Renesas is the world s leading microcontroller company, offering a huge range of 8, 6 and 32-bit microcontrollers. The SuperH family The 32-bit RISC SuperH architecture offers the highest performance through its leading-edge technology. It comprises a wide range of optimised, peripheral-rich 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. These feature: > > A complete product line-up > > Outstanding memory integration > > World-leading embedded Flash technology > > Leading peripheral integration > > High-performance CPU s > > Low power consumption > > Low EMS / EMI > > Advanced packaging options Technical > > 32-bit RISC architecture. > > Superscalar instruction processing. > > Advanced Cache concepts. > > Very high code density through 6-bit instruction length. > > Integrated FPU with up to 4.2GFLOPS performance and DSP extensions. > > Up to 2.5MB integrated RAM Fast > > Performance from 50 to 600MHz, providing up to 2.4DMIPS/MHz with more than 000DMIPS for top-end devices. > > Renesas proprietary MONOS Flash technology, the world s fastest integrated Flash technology supporting 0ns access time. > > SH-2A device architecture supporting the industry benchmark of a 30ns interrupt response time. Scaleable > > Software compatibility across the CPU cores for software re-use from low-end to high-end and scalability throughout the families. > > From 6kB up to MB of Flash (and even up to 3.75MB for specific applications). > > Package options from tiny 7 x 7mm packages up to large 449-pin BGA packages. SuperH controller with Flash SH-2, SH-2A SuperH controller ROMless Increased functionality and performance SH-2, SH-2A SuperH processor SH-3, SH-4A Software compatible from low to high end Connectivity > > With all the connectivity features that you could wish for on a high-end processor, the SuperH family offers,, Ethernet (including up to dual-channel Gbit Ethernet) and PCI. > > Megapixel camera interfaces, SIM card, SD card and TV output options. Low power > > Setting the industry benchmark with leading MIPS/ Watt performance as low as 0.5mW/MIPS. > > Efficient power-saving methodologies that are easy to implement. Future-proof > > Forthcoming multi-core implementations for further performance increase. > > Long-term product availability. > > 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 required. It features from 6kB to MB of integrated MONOS Flash. > > The SuperH controller (ROMless) family has been designed for general purpose, real-time, connectivity and visualisation applications. These devices do not have an MMU and are therefore suitable for running RTOS and Linux. > > SuperH processor solutions (SH-3/SH-4A) from 200 to 000DMIPS provide highly integrated systems comprising various connectivity solutions like, PCI or 2-channel G-Ether, with multimedia processing capabilities for audio/video encoding and decoding

3 SuperH controller ROMless product line up Application examples Performance MHz LCDC EtherNET MB SRAM, LCDC SRAM, LCDC 2,5MB SRAM, LCDC Key benefits of the SuperH controller ROMless platform SRAM Fast The SH-2A core is a superscalar core. This means that it can execute two instructions in a single clock cycle. It achieves up to 630DMIPS performance. Visualisation The SuperH controller family features several peripherals to assist in the driving of TFT screens and is supported by a wide range of software to support this functionality. Including up to 2.5MB of integrated SRAM. Scaleable As the middle-ground of the SuperH platform, the SHC- ROMless family allows for signifi cant further expansion with the SuperH processor while also allowing for cost and feature reductions with SuperH controllers with embedded Flash. Connectivity With all the connectivity features that you could wish for on a high-end processor, the SuperH family offers,, and Ethernet. The SuperH controller ROMless family has all the connectivity features required for a wide variety of applications and fields. The SuperH controller family includes various ROMless parts. These parts provide several connectivity features, as well as support for visualisation applications. As these devices do not have an MMU on board, they are supported by the Linux Operating. Easy With tools including a full Linux Board support package, and several code examples, the SuperH controller ROMless family is very easy to get started with. This, combined with a series of operating systems from a number of vendors to suit all needs means that the SuperH controller family provides an excellent straight out of the box experience. Inverters With fantastic real-time response and high performance, combined with specialist motor control timers and analogue to digital converters, it is no surprise that the SuperH is the MCU of choice for a huge number of inverter customers across Europe. The scalability and flexibility of the family means that whether the inverter requires a single MCU, dual MCU or multiple MCU architecture, there is a SuperH device to suit the application. White goods motor control There is no doubt that the market for low-end motor control is changing. Developers are using more efficient motors which also have a longer lifetime. In order to achieve these efficiency savings, the new motors require much more complicated control algorithms and therefore demand higher performance microcontrollers. This is not a new trend, but is gaining momentum as the cost of energy continues to rise and the drive for lower consumption increases, influenced by pressure from consumers and by new regulations. The SH/Tiny has been designed to meet current trends in the low-end motor control market and facilitate easy implementation. It also brings several advantages when compared to standard digital signal processing solutions. SH/Tiny has been designed with much thought and focus on the details of motor control and thus provides a quantum leap in the cost-performance ratio of low-end motor drives. Visualisation, Graphical User Interfaces and low-power multimedia processing Several of the SuperH processors and SuperH controller ROMless devices integrate special features for controlling 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 display-driving peripherals making it the ideal family to cover the visualisation and the whole application side as well. High Definition video surveillance over IP The SH7724 is the perfect device for video surveillance applications like IP cameras. Two 5 Mpix Camera Interfaces allow the user to capture video from two separate independent video sources. This stream can then be compressed using the integrated Video Processing Unit to MPEG4 or H.264 formats which are small enough for fast and efficient transmission over Ethernet which is also supported on the SH7724. Needless to say all that is facilitated by Renesas software including middleware and Linux as well. 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 SHC Device Interfaces & Peripherals Miscellaneous Information Core Nickname Part Number Size [KB] RAM [Byte] I/O /Pins SPI/ UARTs/ Ethernet Timer Channels (8-bit/6-bit) Special PWMs Clock speed [MHz] Internal Oscillator(s) SH-2 Subclock khz TFT control A/D / D/A- Converter Features DMA Supply Voltage [V] Qualification Features* Starter Kit SH726A SH726B R5S726A0D26FP#V0 - R5S726A0P26FP#VZ - QFP20 6 x Automotive R5S726AD26FP#V0 6mm Industry R5S726AP26FP#VZ 6ch x 0bit Automotive 20pin / 5ch / 4ch R5S726A2D26FP#V0 - / - Industry R5S726A2P26FP#VZ - 6ch 0bit / 5 QFP20 4 x Automotive - 64kB URAM +.25MB SRAM, F/S H+F no - 6ch.2V + 3.3V R5S726A3D26FP#V0 + 6 bit 4mm Industry R5S726A3P26FP#VZ Automotive R5S726B0D26FP#V0 - R5S726B0P26FP#VZ - 8ch x 0bit QFP44 20 x Automotive 44pin 3ch / 5ch /4ch R5S726BD26FP#V0 / - 20mm Industry R5S726BP26FP#VZ Automotive R5S72640W44FP#U0 R5S7264W44FP#U0 64 kb URAM + MB SRAM R5S72640P44FP#U0 R5S7264P44FP#U0 99 I/O / 8ch / 3ch R5S72644W44FP#U0 76-pin R5S72645W44FP#U0 64 kb URAM kb SRAM R5S72644P44FP#U0 R5S72645P44FP#U0. H/S H+F 6 x 0-bit/ x 6-bit x 0-bit/ pin 24x24 mm R5S72620W44FP#U0 R5S7262W44FP#U0 64 kb URAM + MB SRAM R5S72620P44FP#U0 R5S7262P44FP#U0 29 I/O 6 x 0-bit/ 28x28 mm / 8ch / 3ch. H/S H+F x 0-bit/ R5S72624W44FP#U0 208-pin x 6-bit R5S72625W44FP#U0 64 kb URAM kb SRAM R5S72624P44FP#U0 R5S72625P44FP#U0 R5S72660P44FP#UZ R5S7266P44FP#UZ 68 I/O 6 x 0-bit/ 20x20 mm 64 kb URAM +.5 MB SRAM / 5ch / 3ch. H/S H+F x 0-bit/ R5S72660W44FP#U0 44-pin x 6-bit R5S7266W44FP#U0 R5S72670P44FP#UZ R5S7267P44FP#UZ 92 I/O 6 x 0-bit/ 24x24 mm 64 kb URAM +.5 MB SRAM / 8ch / 3ch. H/S H+F x 0-bit/ R5S72670W44FP#U0 76-pin x 6-bit R5S7267W44FP#U0 R5S72680P266FP#VZ Automotive 0 R5S72680W266FP#V0 28x28mm 64kB URAM + 2.5MB SRAM 208pin R5S7268P266FP#VZ 0.5mm Pitch Automotive 3 R5S7268W266FP#V0 R5S72690P266BG#UZ 272 BGA 20x20mm BGA Automotive R5S72690P266FP#VZ x30mm Automotive 0 R5S72690W266BG#U0 272 BGA. 6ch 0bit / 8ch x 0bit.2V + 20x20mm BGA - / 8ch / 4ch yes - 6ch H/S H+F bit / - 3.3V R5S72690W266FP#V x30mm 64kB URAM + 2.5MB SRAM R5S7269P266BG#UZ 272 BGA 20x20mm BGA Automotive R5S7269P266FP#VZ x30mm Automotive 3 R5S7269W266BG#U0 272 BGA 20x20mm BGA R5S7269W266FP#V x30mm R5S76700B200BG R5S76700D33BG R5S7670B200BG R5S7670D33BG 94 I/O 7x7 mm BGA 32 k - / 3ch /. H/S H+F R5S76720B200BG 256-pin 2 x 6-bit R5S76720D33BG R5S76730B200BG R5S76730D33BG R4S7690B25BGV 78 I/O 3x3 mm BGA 6 K / 3ch / - + PHY 2 x 6-bit R4S7690N25BGV 76-pin Industry Industry 4ch SSI, NAND, RTC, SD Host 4ch SSI, NAND, RTC, SD Host 4ch SSI, NAND, RTC, SD Host 4ch SSI, NAND, RTC, SD Host 4ch SSI, NAND, RTC, SD Host OpenVG,PAL/NTSC,RTC;SDHC 4 k HIF integrated PHY, 2 k HIF TBD R0K572643S000BE R0K572643S000BE R0K576700S000BE R0K507269S000BE 6 7

5 Device Interfaces & Peripherals Miscellaneous Information Core Nickname Part Number Size [KB] RAM [Byte] I/O /Pins SPI/ UARTs/ Ethernet Timer Channels (8-bit/6-bit) Special PWMs Clock speed [MHz] Internal Oscillator(s) Subclock khz Dual Core TFT control A/D / D/A- Converter Features DMA Supply Voltage [V] Qualification Features* Starter Kit 7205 R5S72050W200BG 2 k 07 / 272 / 6ch / 4ch 2. H/S H+F x 6-bit 4 2 x x 0-bit 2 x 8-bit x7 mm BGA Dual Core SH2- A 7206 R5S72060W200FPV 28 K 87 / 76 - / 4ch / x 6-bit x 0-bit 2 x 8-bit x24 mm QFP large 28 KB URAM 7203 R5S72030W200FP 64 K 99 / 240 / 4ch / 4ch 2. H/S H+F x 6-bit RTC x 0-bit 2 x 8-bit DS720RB20FPV / 76 - / 8ch / 3ch x 6-bit RTC x 0-bit 2 x 8-bit DS720RW00FPV 32x32 mm QFP 24x24 mm FPU FPU, SSI R0K5720S00BE R0K572030S000BE R5F7245BDFA#V k R5F7246BDFA#V kb R5F7247BDFA#V MB 28 kb R5F7245BDFP#V k R5F7246BDFP#V kb R5F7247BDFP#V MB 28 kb R5F7245BDBG#U k R5F7246BDBG#U kb R5F7247BDBG#U MB 28 kb R5F7245ADFA#V k R5F7246ADFA#V kb R5F7247ADFA#V MB 28 kb R5F7245ADFP#V k R5F7246ADFP#V kb 00 / 76 / 5ch /. F/S F x 6-bit x 2-bit 8 + DTC 3.3 / 5 R5F7247ADFP#V MB 28 kb R5F7245ADBG#U k R5F7246ADBG#U kb R5F7247ADBG#U MB 28 kb R5F7265BDFA#V k R5F7266BDFA#V kb R5F7267BDFA#V MB 28 kb R5F7265BDFP#V k R5F7266BDFP#V kb R5F7267BDFP#V MB 28 kb R5F7265BDBG#U k R5F7266BDBG#U kb R5F7267BDBG#U MB 28 kb R5F7265ADFA#V k R5F7266ADFA#V kb 200 R5F7267ADFA#V MB 28 kb R5F7265ADFP#V k R5F7266ADFP#V kb 200 R5F7267ADFP#V MB 28 kb R5F7265ADBG#U k R5F7266ADBG#U kb 200 R5F7267ADBG#U MB 28 kb 00 / 76 / 5ch /. F/S F x 6-bit 6 8 x 2-bit 8 + DTC 3.3V / 5V R5F7245HDFA#V k R5F7246HDFA#V kb 00 R5F7247HDFA#V MB 28 kb R5F7245HDFP#V k R5F7246HDFP#V kb 00 R5F7247HDFP#V MB 28 kb R5F7245HDBG#U k mm mm 3 3 mm BGA mm mm 3 3 mm BGA mm mm 3 3 mm BGA mm mm 3 3 mm BGA mm mm 3 3 mm BGA 32 kb FPU + 32 kb FPU + 32 kb 32 kb R0K57267S000BE R0K57267S000BE 8 9

6 Device Interfaces & Peripherals Miscellaneous Information Core Nickname Part Number Size [KB] RAM [Byte] I/O /Pins SPI/ UARTs/ Ethernet Timer Channels (8-bit/6-bit) Special PWMs Clock speed [MHz] Internal Oscillator(s) Subclock khz TFT control A/D / D/A- Converter Features DMA Supply Voltage [V] Qualification Features* Starter Kit R5F7246HDBG#U kb R5F7247HDBG#U MB 28 kb R5F7245GDFA#V k mm BGA 726 R5F7246GDFA#V kb R5F7247GDFA#V MB 28 kb R5F7245GDFP#V k R5F7246GDFP#V kb R5F7247GDFP#V MB 28 kb R5F7245GDBG#U k 00 / 76 / 5ch /. F/S F x 6-bit x 2-bit 8 + DTC 3.3V / 5V mm mm 32 kb R0K57267S000BE R5F7246GDBG#U kb R5F7247GDBG#U MB 28 kb mm BGA R5F7265HDFA#V k R5F7266HDFA#V kb R5F7267HDFA#V MB 28 kb mm R5F7265HDFP#V k R5F7266HDFP#V kb R5F7267HDFP#V MB 28 kb mm 726 R5F7265HDBG#U k R5F7266HDBG#U kb R5F7267HDBG#U MB 28 kb R5F7265GDFA#V k R5F7266GDFA#V kb R5F7267GDFA#V MB 28 kb 00 / 76 / 5ch /. F/S F x 6-bit x 2-bit 8 + DTC 3.3 / mm BGA mm FPU + 32 kb R0K57267S000BE R5F7265GDFP#V k R5F7266GDFP#V kb R5F7267GDFP#V MB 28 kb mm R5F7265GDBG#U k R5F7266GDBG#U kb R5F7267GDBG#U MB 28 kb 3 3 mm BGA 72 DF725D60FPV 52 k 32 k 8 / 44 / 4ch / x 6-bit x 2-bit 2 x 8-bit x20 mm QFP faster Flash, 2-bit ADC R0K5725S00BE SH2-A 7286 R5F72865N00FP#U2 R5F72865D00FP#U2 R5F72865N00FA#U2 R5F72865D00FA#U2 R5F72866N00FP#U2 R5F72866D00FP#U2 R5F72866N00FA#U2 R5F72866D00FA#U2 R5F72867N00FP#U2 R5F72867D00FP#U2 R5F72867N00FA#U2 R5F72867D00FA#U2 52 k 24 k 768 k 32 k M 3 /76 / 5ch /. F/S F x 6-bit x 2-bit 2 x 8-bit 8 + DTC 3.3 / 5 24x24 mm QFP 20x20 mm QFP 24x24 mm QFP 20x20 mm QFP 24x24 mm QFP 20x20 mm QFP R0K572867S000BE SH2-A R5F72855N00FP#U2 R5F72855D00FP#U2 R5F72856N00FP#U2 R5F72856D00FP#U2 R5F72433N00FP#U0 R5F72433D00FP#U0 R5F72434N00FP#U0 R5F72434D00FP#U0 52 k 24 k 768 k 32 k 28 k 8 k 256 k 2 k 99 / 44 / 5ch /. F/S F x 6-bit x 2-bit 8 + DTC 3.3 / 5 7 /00 - / 3ch / x 6-bit x 2-bit 8 + DTC 3.3 / 5 20x20 mm QFP 4x4 mm R0K572867S- 000BE R0K572867S- 000BE 0

7 Device Interfaces & Peripherals Miscellaneous Information SH-2 SH-2 Core Nickname Part Number DF7476AK64FPV DF7476BD80FPV DF7476BJ80FPV DF7475AK64FPV DF7475BJ80FPV DF7474AK64FPV DF7474BD80FPV DF7474BJ80FPV R5F7474BJ80FPV Size [KB] 52 k 384 k 256 k RAM [Byte] I/O /Pins SPI/ UARTs/ Ethernet Timer Channels (8-bit/6-bit) 6 k Automotive 4x4 mm 57 / 00 / 3ch / x 6-bit x 8 x 2-bit DTC 3.3 / 5 2 k Automotive 6 k R5F72395AD60FPV 60 6 x2-bit 3.3 FPU + 32 kb R5F72395BD00FPV k 64 k R5F72375AD60FPV kb R5F72375AD00FPV x6 mm 69 / 20 / 4ch / x 6-bit 6 DTC R5F72394AD60FPV 60 2 x 8 x 2-bit 3.3 FPU + 32 kb R5F72394BD00FPV k 32 k R5F72374AD60FPV kb R5F72374AD60FPV 00 5 DF7426AK64FPV DF7426BJ80FPV DF7426BD80FPV 52 k 6 k 57 / 00 / 3ch / x 6-bit x 8 x 2-bit DTC 3.3 / 5 DF7424BJ80FPV 256 k DF7424AK64FPV 2 k Automotive DF7364AN80FPV DF7364AD80FPV DF7374AN80FPV DF7374AD80FPV DF7464AN80FPV DF7464AD80FPV ROM code dependant ROM code dependant DF7464AN80FPV DF7494AD80FPV ROM code dependant ROM code dependant ROM code dependant 256 k 6 k 60 /80 / 3ch / x 6-bit x 2-bit DTC 3.3 / k 6 k 73 / 00 / 3ch / x 6-bit x 2-bit DTC 3.3 / k 8 k 57 - / 3ch / x 6-bit 256 k 8 k 75 - / 3ch / x 6-bit Special 2x MC timer blocks, DTC 2x MC timer blocks, DTC PWMs Clock speed [MHz] Internal Oscillator(s) Subclock khz TFT control A/D / D/A- Converter Features DMA Supply Voltage [V] x 0-bit DTC x 0-bit DTC 5 4x4 mm QFP 4x4 mm QFP 4x4 mm QFP 4x4 mm 0.65 mm pitch 4x4 mm QFP Qualification Automotive Automotive Features* Starter Kit R0K57374S- 000BE 2 3

8 Device Interfaces & Peripherals Miscellaneous Information Core Nickname Part Number Size [KB] RAM [Byte] I/O /Pins SPI/ UARTs/ Ethernet Timer Channels (8-bit/6-bit) Special PWMs Clock speed [MHz] Internal Oscillator(s) Subclock khz TFT control A/D / D/A- Converter Features DMA Supply Voltage [V] Qualification Features* Starter Kit DF7253N50FPV#Z DF7253D50FPV#Z DF7253N50FAV#Z DF7253D50FAV#Z 28 k QFP 0.5mm Pitch DF7253N50NPV#Z DF7253D50NPV#Z DF7252N50FPV#Z DF7252D50FPV#Z DF7252N50FAV#Z 64 k 8 k SH DF7252D50FAV#Z DF725AD50FAV DF725AD50FPV DF725AD50NPV DF725AN50FAV DF725AN50FPV DF725AN50NPV DF7250AD50FAV DF7250AD50FPV DF7250AD50NPV DF7250AN50FAV DF7250AN50FPV DF7250AN50NPV 32 k 4 k 45 - / 3ch / x 6-bit x 4 x 0-bit 5 QFP 0.5mm Pitch QFP 0.5mm Pitch QFP 0.5mm Pitch QFP 0.5mm Pitch R0K57242S00BE DF7243N50FPV#Z DF7243D50FPV#Z DF7242N50FPV#Z 28 k 0.65 mm pitch SH DF7242D50FPV#Z DF7242N50NPV#Z DF7242D50NPV#Z DF724N50FPV DF724D50FPV DF724N50NPV DF724D50NPV 64 k 32 k 8 k 3 - / 3ch / x 6-bit x 4 x 0-bit mm pitch R0K57242S00BE DF7240AD50FPV DF7240AD50NPV DF7240AN50FPV DF724D50NPV 6 k 4 k 0.65 mm pitch 4 5

9 SHP Device Interfaces & Peripherals Miscellaneous Information Core Nickname Part Number Size [KB] RAM [Byte] I/O /Pins SPI/ UARTs/ Ethernet Timer Channels (8 bit/6bit) Special SH3-DSP PWMs Clock Speed [MHz] Internal Oscillator(s) Subclock khz TFT control A/D / D/A Converter Features DMA Supply Voltage [V] Qualification Features* Starter Kit SH772 SH773 HD64772BP HD64772F HD64773BP HD64773F unified Cache unified Cache 6 K 256-pin 6 K 256-pin 2 SCIF 2 SIOF 2 SCIF 2 SIOF 0/00 Mbps (with Bridge) 0/00 Mbps 3 x 32-bit (TMU) 3 x 32-bit (TMU) MHz 260 MIPS 200 MHz 260 MIPS E-DMAC x 4 E-DMAC x 2.5 (int.) (int.) pin BGA 7 x 7 mm 256-pin QFP 28 x 28 mm 0.4 pitch 256-pin BGA 7 x 7 mm 256-pin QFP 28 x 28 mm 0.4 pitch DSP, E-DMAC x 4 DSP, E-DMAC x 2 SH-4A SH7723 R8A77230C400BG R8A77230D400BG 32K (instr.) (data) 256 K (L2 cache) 6 K 28 K (high speed) 449-pin 6 SCIF 2 SPI IrDA 2.0 Select. Host/ Function (high speed support) 4 x 6-bit (TPU) 7 x 32-bit 6 (TMU) (CMT) MHz 720 MIPS, 2.8 GFLOPS 0-bit x 4 / 2.2 (int.) pin BGA 2 x 2 mm Ind. Video processing unit (VPU) for enc/dec MPEG-4 and H.264 with 30 D Video I/O (VIO) with 5 Mpix camera I/F, Video output unit(vou), TS (transport stream) interface, High performance 2D graphic acceralator emtrion SH7724 R8A77240D500BG (instr.) (internal) 256 K L2 8 K SRAM 28 K MERAM 449-pin 6 SCI 2 2 MSIOF 2 select. Host/ Function Highspeed/Fullspeed/Lowspeed ch 0/00 Mbit 4 x 6-bit (TPU) 500 Mhz/ 900MIPS, 3.5 GFLOPS (int.) or pin BGA 2x2 mm Ind. Video Processing Unit (VPU) for enc/dec MPEG-4 and H.264 with 30 fps@720 p 2 x Video IO with 5 Mpix Camera I/F, Video output unit (VOU), TS (transport stream interface), High performance 2D graphics accelerator emtrion SH-4A SH7763 R5S77630AY266BGV R5S7763AY266BGV R5S77632AY266BGV (instr.) (data) 6 K 449-pin 3 SCIF 3 SIOF 2 select. Host/ Function (full speed support) 0/00/ 000 Mbps (Gbit) 4 x 6-bit timers (CMT) 6 x 32-bit (TMU) MHz 478 MIPS,.8 GFLOPS 0-bit x 4 / 8-bit x (int.) (DDR) 449-pin BGA 2 x 2 mm IP sec.accelerator, HAC, Stream interface HAC, Stream interface IP sec.accelerator, HAC, Stream interface SH7764 R5S77640N300BG R5S77640P300BG (instr.) (data) 6 K 404-pin 3 SCIF 2.0 Select. Host/ Function (high speed support) 0/00 Mbps 6 x 32-bit (TMU) MHz 583 MIPS, 2.3 GFLOPS 2.2 (int.) pin BGA 9 x 9 mm Ind. High performance 2D graphic acceralator + display unit ATAPI ATAPI SH7780 R8A77800 (instr.) (data) 6 K (high-speed) (medium-speed) 449-pin 2 SCIF SIOF SPI 4 x 6-bit timers (CMT) 6 x 32-bit (TMU) MHz 720 MIPS, 2.8 GFLOPS 2.25 (int.) (DDR) 449-pin BGA 2 x 2 mm Ind. HAC MMC, SSI emtrion SH-4A SH7785 R8A77850A (instr.) (data) 8 K (high-speed) 6 K (high-speed) 28 K (medium-speed) 436-pin 6 SCIF SIOF SPI 6 x 32-bit (TMU) MHz 080 MIPS, 4.2 GFLOPS Display unit 2. (int.) (DDR2) 436-pin BGA 9 x 9 mm Ind. HAC MMC, SSI emtrion ARM Cortex A9 EM EV2 μpd77642bf-ga9-a 32K (instruction) 32 (internal) 256K L2 cache 64KB ROM 28KB 393-pin 6ch USI / SPI 4ch UART I 2 C SDIO - Host Func. - 4ch 32bit 32bit MHz - - Display unit 2D + 3D graphics H.264 / MPEG4/ decode - - 8ch.V (internal).8,3.3v 393-pin FPBGA 6 x 6 mm 0.65 mm High performance 2D graphic acceralator + display unit Floating Point Unit ATAPI N/A 6 7

10 SH7239F SH726A/6B CPU Core > > 60MHz = 384DMIPS > > 00MHz = 240DMIPS > > 2 instructions executed per clock tick > > Integrated FPU On Chip memory > > 52kB-256kB MONOS Flash > > 64kB-32kB on chip RAM > > BSC for external 40 / 50MHz 6bit > > 32kB DataFlash > > ADC: 2x8ch 2bit.0us Conversion time Connectivity > > x RSPI > > 4 x SCI(F) > > x (R-ET) > > MTU2 6ch 6bit timer for Motor Control > > MTU2S 3ch 6bit timer for Motor Control > > CMT 6bit timer > > Watchdog Timer > > 8ch DMA > > Data Transfer Controller (DTC) Debug > > UBC with 2 break channels > > H-UDI for JTAG Digital I/O > > 9-0 I/O pins (+ 8-2 input only) Power Supply Voltage > > 5.0V +/- 0.5V for > > 5.0V +/- 0.5V OR 3.3V +/- 0.3V for I/O > > -20 (6 x 6 mm 2, ) Zero-wait Flash up to 52KB SRAM up to 64KB Data Flash 32KB DTC/DMA ADC 2bit 2x4ch Temperature ranges -40 -> +85 C MTU2 6bit 6ch MTU2S 6bit 3ch CMT 6bit 8bit 200MHZ 400DMIPS double precision Real time response Superscalar 6 cycle IRQ responce World s fastest Flash MCU 2.0B I2C 3 x SCI SCI w/fifo x RSPI 6bit Ext. Bus with SDRAM GPIO > > CPU (SuperH RISC engine) > > Frequency CPU 26 MHz / External Bus 72 MHz (Max) > > Power Internal.5 to.35v / External 3.3V > > Internal - URAM: 64 Kbyte - SRAM:.25 Mbyte (includes standby RAM: 256 KB) > > External Interface - BUS Width 8bit or 6bit SRAM, NOR Flash, PCMCIA > > Peripheral - DMAC : 6 ch - Host/Function FullSpeed : / 2 ch - Multi Function Timer (MTU2) : 5 ch - 6bit Timer (CMT) : 2 ch - Watch Dog Timer () : ch - Real Time Clock (RTC) : ch - I 2 C bus I/F : 4 ch - Serial I/F with FIFO (SCIF) : 5 ch - Renesas Serial Peripheral I/F (RSPI) : 2 / 3 ch - SPI Multi I/O Bus Controller (SPI Multi) : ch - Serial Sound Interface (SSI) : 4 ch - SPDIF : ch - Sampling Rate Converter (SRC) : 3 ch - CDROM Decoder - 0bit A/D Converter : 6 / 8 ch - SD Card Host IF (SDHI) : ch - R : 2 ch (Option) - IEBus : ch SH726A: 20pin QFP (0.5mm Pitch/) SH726B: 44pin QFP (0.5mm Pitch) SRAM,25MB URAM 64kB cache 8kB + 8kB DMAC 6ch ADC 0bit 6/8ch MTU2 6bit x 6ch 8bit CMT 6bit Sample Rate Conv. 3ch Real-Time CLK 26MHZ 520DMIPS double precision Real time response Superscalar 6 cycle IRQ responce World s fastest Flash MCU 2.0 FS / External Bus ROM, SRAM, SDRAM, PCMCIA RSPI 2/3ch 2C 4ch SIOF SPImulti 5ch SCIF SDHI IEBUS SSI(I2S) 4ch SH726F SH7266 and SH7267 in Detail CPU Core > > 200MHz = 480DMIPS > > 2 instructions executed per clock tick > > Integrated FPU On Chip > > M-52kB MONOS Flash > > 28-64kB on chip RAM > > BSC for external 50MHz 32bit > > 32kB DataFlash > > ADC: 2x4ch 2bit.0us Conversion time Connectivity > > x RSPI > > 5 x SCI(F) > > x IIC > > x (R-ET) > > x Ether MAC with EDMAC 0/00 > > x Full Speed Function > > MTU2 6ch 6bit timer for Motor Control > > MTU2S 3ch 6bit timer for Motor Control > > CMT 6bit timer > > Watchdog Timer > > 8ch DMA > > Data Transfer Controller (DTC) Debug > > UBC with 2 break channels > > H-UDI for JTAG > > Advanced User Debug Digital I/O > > 9-0 I/O pins (+ 8-2 input only) Power Supply Voltage > > 5.0V +/- 0.5V for > > 3.3V +/- 0.3V for I/O > > -76 (20 x 20 mm 2, ) > > -76 (24 x 24 mm 2, ) > > BGA 76 (3 x 3 mm 2, ) Zero-wait Flash up to MB SRAM up to 28KB Data Flash 32KB DTC/DMA ADC 2bit 2x4ch Temperature ranges -40 -> +85 C MTU2 6bit 6ch MTU2S 6bit 3ch CMT 6bit 8bit 200MHZ 400DMIPS double precision Real time response Superscalar 6 cycle IRQ responce World s fastest Flash MCU Ethernet 0/00 MAC with DMA 2.0 FS Device 2.0B I2C 4 x SCI SCI w/fifo x RSPI 32bit Ext. Bus with SDRAM 90 GPIO High Efficient 32bit CPU Core > > 44 MHz CPU Clock Frequency > > 2 Execution Units delivering 356 Dhrystone MIPS Single and Double Floating Point Unit compliant with IEEE754 > > Accelerates e.g. trigonometric operations like rotation High-Density up to.5 MByte internal RAM > > Bus cycle access time Support for Booting from SPI Flash and NAND Flash > > New Approach, lot of SRAM instead of FLASH > > External SPI serial flash is extremly cheap compared to onchip Flash > > Very flexible: 28Kbit - 52Mbit serial Flash LCD Controller VGA and 6bit interface > > 2 Layers available for overlaying image over image > > alpha blending CMOS Camera Sensor Interface > > 27 MHz > > ITU.BT 60/650 (PAL/NTSC) Bus Interface Controller for glue less connection of > > SRAM, SDRAM, NOR Flash > > 6KB cache 2.0 Host and Function Controller with integrated Transceiver Up to 2 channels Low Current Consumption > > Normal operation: Typ 60 ma > > Sleep mode: Typ 35 ma > > Standby mode: Typ ma > > Deep standby mode: Typ 3 ua SRAM,5MB URAM 64kB cache 8kB + 8kB DMAC 6ch ADC 0-bit 6ch Package > > 44-pin QFP (SH7266) > > 76-pin QFP (SH7267) MTU2 6-bit x 6ch 8-bit CMT 6-bit PWM Timer 6ch Real-Time CLK Video Display Controller w./camera i/f 44MHZ 288DMIPS double precision Real time response Superscalar 6 cycle IRQ responce World s fastest Flash MCU 2.0 HS External Bus 6-bit ROM, SRAM, SDRAM, PCMCIA RSPI 2C 3ch SIOF 8ch SCIF SDHI IEBUS SSI(I2S) 4ch 8 9

11 SH7268 and SH7269 in Detail EM/EV2 dual ARM CA-9 and Full HD decode High Efficient 32bit CPU Core > > 266 MHz CPU Clock Frequency > > 2 Execution Units delivering 640 Dhrystone MIPS Single and Double Floating Point Unit compliant with IEEE754 > > Accelerates e.g. trigonometric operations like rotation High-Density up to 2.5 MByte internal RAM > > Bus cycle access time 2D-Graphics Engine (RGPVG): OpenVG. > > Full support for Khronos OpnVG. API > > Reendering, Animation and Acceleration OpenVG w/o CPU Support for Booting from QSPI Flash and NAND Flash > > New Approach. lot of SRAM instead of FLASH > > External SPI serial flash is extremly cheap compared to onchip Flash > > Very flexible: 28Kbit - 52Mbit serial Flash LCD Controller VGA with 24bit interface > > 3 layers overlay > > Dot and window Alpha Blending > > Chroma Keying CMOS Camera Sensor Interface > > 27 MHz > > ITU.BT 60/650 (PAL/NTSC) Bus Interface Controller for glue less connection of > > SRAM, SDRAM, NOR, NAND, emmc Flash > > 6KB cache 2.0 Host and Function Controller with integrated Transceiver Up to 3 channels SRAM 2,5MB URAM 64kB cache 8kB + 8kB DMAC 6ch ADC 0-bit 6/8ch Package > > SH pin QFP (0.5 mm) > > SH pin BGA (0.8mm) /256-pin QFP (0.4mm) MTU2 6-bit x 6ch 8-bit CMT 6-bit PWM Timer 6ch Real-Time CLK Graphics Video Display Controller w./camera i/f RGPVG OpenVG. PAL/NTSC decoder 266MHZ 532DMIPS double precision Real time response Superscalar 6 cycle IRQ responce World s fastest Flash MCU 2.0 HS 3ch External Bus 32-bit ROM, SRAM, SDRAM, PCMCIA RQSPI SCIF 5-8ch 2C 2-4ch SIOF SDHI SPImulti RSPI IEBUS SSI(I2S) 4ch Dual Cortex A9 533MHz > > 2600 DMIPS, Neon ext + VFP > > 32/32 I/D Cache + 256kB L2 cache > > DDR2 / Mobile-DDR support > > 333Mhz up to 52Mbytes Multimedia Support > > 080P30 video decode > > Integrated audio engine > > SGX530 graphic HW accelerator Peripherals / Connectivity > > LCDC : 6/8/24bit RGB and YUV > > 2DG : High performance 2D rendering engine > > 3x SDIO, x SDCARD : (CPRM Option) > > emmc, NAND and NOR Flash support > > PHY (x Host, x Device) Package > > BGA 393 (6 x 6 x.4 mm, 0.65 mm pitch) SRAM 28kB ROM 64kB ARM Dual Neon & VFP ARM PL30 ARM Security Expansion ARM Core Sight DMAC 8ch PL390 JTAG/TP 32bit timer x 4 32bit Multimedia MPEG4/H-264/VC- 080p@30fps Camera Interface LCDC Cortex A9 533MHZ 300DMIPS Vector.GFLOPS MMU 32k 0 cache 32k cache 256k L2 cache x Host x Device Display bus 64bit AXI Async Mem I/F (NAND/NOR, SRAM) 4x UART 2D & 3D Graphic Accelerator Audio Processor Rotator/Resizer Image Composer Cortex A9 533MHZ 300DMIPS Vector.GFLOPS MMU 32k 0 cache 32k cache 256k L2 cache DDR2/ Mobile-DDR x 32 Main system bus Multi layer 64 bit AXI USI (SP/I2SI) 6ch 2x I2C CF SD CARD 2x SDIO SH7724 Leading Edge Multimedia + Connectivity SH7785 Pentium Class CPU/FPU Performance - 080DMIPS / 4.2 GFLOPS + PCI, DDR2, LCDC - SH4A-FPU CPU 500MHz > > 900 DMIPS GFLOPS FPU > > 64kB L Cache + 256kB L2 Cache DDR2 / Mobile-DDR > > 333Mhz up to 52Mbytes Multimedia Support > > VPU5F - Video Codec Engine H.264 / MPEG4 / VC- 720p video Two-stream video enc/dec > > JPU - JPEG Codec Engine > > SPU2 - (24bit Audio DSP) Peripherals / Connectivity > > LCDC : 6/8/24bit RGB and YUV + VOU: > > 2DG : High performance 2D rendering engine > > SDHI : for (CPRM Option) > > MMC4.2 : (CE-ATA/NAND Flash I/F) > > 2.0 HS : ( Host or Function) > > Ethernet MAC : 0/00base Package > > BGA 449 (2 x 2 x.9 mm, ) L2 Cache 256kB DMAC ADC 0bit 4ch 32k 4way 0 cache TMU 32bit x 6ch 8bit TPU 6bit x 4ch CMT 32bit x Real-Time CLK Multimedia VPU5 MPEG4/H-264/VC- Video Processing 720p@30fps JPU JPEG Accelerator 500MHZ 900DMIPS 3.5GFLOPS MMU 256k L2 cache 32k 4way cache ATAPI 2x HS 2.0 Host/Function ETHERNET MAC 0/00 Mbps FSI SOUND I/F SIM SPU Sound Professor 24bit Audio DSP 2 x 5Mpix Camera I/F MMC I/F (emmc Flash I/F) DDR2 / Mobile-DDR Mem Controller External Bus ROM, SRAM, PCMCIA RQSPI SPImulti SIO / IrDA MSIOF (SPI) () SCIF(A) 6ch Key Scan I/F SH-4A CPU 600MHz > > 080 DMIPS GFLOPS FPU DDR2-SDRAM interface > > DDR2-600 (300Mhz),DDR2-400 (200Mhz) > > 256 Mbit, 52 Mbit, Gbit and 2 Gbit 3 external bus system > > DDR2-SDRAM, PCI, Local Bus PCI controller (PCI 2.2) FLCTL (NAND Flash I/F) SCIF (6ch), SIOF (), SPI (), MMC I/F SSI () Serial Sound I/F GDTA Graphics Data Translation Accelerator > > YUV translation, motion compensation processing LCDC / DU Display Unit > > Display Unit with up to 6 planes, RGB output Package > > BGA 436 (9 x 9 mm, ) Key Feature: High system performance > > Superscalar SH-4A CPU/FPU > > External 3 bus system and enhanced internal bus enabling high system performance > > PCI and serial I/Fs for conectivity + Display URAM 28kB ILRAM 8kB OLRAM 6kB DMAC TMU 32bit x 6ch 8bit Graphics GDTA (graphic accelerator) LCDC / DU (display unit) 600MHZ 080DMPIS 32k 4way 0 cache 4.2GFLOPS MMU 32k 4way cache PCI-Bus 32bit width 33/66MHz DDR2-SDRAM Controller External Bus ROM, SRAM, MPX, PCMCIA SSI 6ch SCIF SPI FLCTL (NAND Flash I/F) LCDC 2DG Graphic Accelerator GPIO

12 Tools Renesas Starter Kit (RSK) The kit includes: > > CPU board with target microcontroller > > LCD panel for user/diagnostic interaction > > E0 on-chip debugger > > Trial C compiler and IDE > > Tutorial session > > Sample peripheral driver code High-performance Embedded Workshop Renesas has developed a fully integrated development environment known as High-performance Embedded Workshop (HEW). HEW pulls together all of the development tasks into one easy-to-use application. > > Code development > > Project management > > Integrated debugger > > Compiler integration > > Flash programmer Emulator line up A range of emulators is available for the SuperH family, 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 E0A lite for starterkits as standard. SuperH processors These are supported by a wide range of real-time operating systems from a number of different suppliers, as well as Linux. Renesas and its alliance partners offer complete system solutions. It is acknowledged that an important part of any product development is the early availability of development boards, operating systems and even application software. As such, Renesas and alliance partners have developed scalable development board solutions ranging from 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. The SuperH architecture, through its long history and leadership in the embedded market, has a wide range of support on the market among leading operating system vendors. With the ever-increasing popularity of Embedded Linux, the SuperH processors are supported by a great open source community. In addition, there are board support packages available for the major commercial operating systems like Windows Embedded, QNX, VxWorks. emtrion GmbH Integrator Services Official Partner of MS, QNX Offers starter kits. IVREA SISTEMI Sri Integrator Services Renesas MCU/MPU experience. A wide range of boards and operating systems supported for all SuperH devices TES GUI Design House 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

13 Before purchasing or using any Renesas Electronics products listed herein, please refer to the latest product manual and/or data sheet in advance Renesas Electronics Europe. All rights reserved. Printed in Germany. Document No. R0CL004ED0200