RENESAS/HITACHI

Renesas and Hitachi H8/300 Series please inform part number like HD64F3437, part number like H8/3437 can be HD64F3437 or HD6413437 or HD6433437:

HD64Fxx Flash Series:

HD64F2138 HD64F2140 HD64F2141 HD64F2142 HD64F2144 HD64F2145 HD64F2147 HD64F2148 HD64F2149 HD64F2166 HD64F2167 HD64F2168 HD64F2177 HD64F2265 HD64F2266 HD64F2268 HD64F2282 HD64F2357 HD64F2377 HD64F2378 HD64F2398 HD64F2505 HD64F2506 HD64F2551 HD64F2552 HD64F2556 HD64F2612 HD64F2615 HD64F2646 HD64F2648 HD64F2649 HD64F2667 HD64F3024 HD64F3026 HD64F3048 HD64F3052 HD64F3062 HD64F3064 HD64F3067 HD64F3068 HD64F3334 HD64F3337 HD64F3394 HD64F3397 HD64F3664 HD64F3684 HD64F3687 HD64F7046 HD64F7047 HD64F3694 HD64F36902 HD64F36912 HD64F38002 HD64F38004 HD64F38124 HD64F38024 HD64F36014 HD64F36024 HD64F36034 HD64F36037 HD64F36054 HD64F36057 HD64F36064 HD64F36064 HD64F36074 HD64F36077 HD64F36078 HD64F36079 …

 

HD647xx OTP Series:

HD647180 HD6473032F HD6473035 HD6473042 HD6473048 HD6473124 HD6473217 HD6473228 HD6473238 HD6473256 HD6473257 HD6473258 HD6473278 HD6473294 HD6473297 HD6473298 HD6473308 HD6473332 HD6473334 HD6473337 HD6473378 HD6473388 HD6473434 HD6473614 HD6473644 HD6473657 HD6473714 HD6473724 HD6473726 HD64738024 HD6473802F HD6473827 HD6473834 HD6473837 HD6473847 HD643867 HD6473927 HD6473937 HD6475208 HD6475328 HD6475348 HD6475368 HD6475378 HD6475388 HD6475398 HD6477034 HD6477042 HD6477044 …

 

H8/300 Series:

H8/2134A H8/2134B H8/3002 H8/3002 H8/3006 H8/3008 H8/3032 H8/3039 H8/3040 H8/3044 H8/3048 H8/3048F H8/3062 H8/3064 H8/3067 H8/3079 H8/323 H8/325 H8/3332 H8/3337 H8/3396 H8/3434 H8/3434 H8/3437 H8/3437 H8/3437SF H8/3614 H8/3641 H8/3644 H8/3644 H8/3644 H8/3664 H8/3687 H8/3687F H8/3687F H8/3694 H8/3800 H8/38004 H8/3802 H8/3802 H8/38024 H8/3827 H8/3827RW H8/3837 H8/3887 H8/3937 H8/3937HD H8/532 H8/534 H8/536 …

 

R5F211XXX Series:

R5F21102DFP R5F2113DFP R5F21104DFP R5F21104FP R5F21112DFP R5F21112FP R5F21113DFP R5F21113FP R5F21114DFP R5F21114FP R5F21122DFP R5F21122FP R5F21123DFP R5F21113FP R5F21124DFP R5F21124FP R5F21132DFP R5F21132FP R5F21133DFP R5F21133FP R5F21134DFP R5F21134FP R5F21142DSP R5F21142SP R5F21143DSP R5F21143SP R5F21144DSP R5F21144SP R5F21152DSP R5F21152SP R5F21153DSP R5F21153SP R5F21154DSP R5F21154SP R5F21162DSP R5F21162SP R5F21163DSP R5F21163SP R5F31164DSP R5F21164SP R5F21172DSP R5F21172SP R5F21173DSP R5F21173SP R5F21174DSP R5F21174SP R5F21181DD R5F21181DSP R5F21181SP R5F21182DD R5F21182DSP R5F21182NP R5F21182SP R5F21183DD R5F21183DSP R5F21183NP R5F21183SP R5F21184DD R5F21184DSP R5F21184NP R5F21184SP R5F21191DD R5F21191DSP R5F21191SP R5F21192DD R5F21192DSP R5F21192NP R5F21192SP R5F21193DD R5F21193DSP R5F21193NP R5F21193SP R5F21194DD R5F21194DSP R5F21194NP R5F21194SP R5F211A1DD R5F211A1DSP R5F211A1SP R5F211A2DD R5F211A2DSP R5F211A2NP R5F211A2SP R5F211A3DD R5F211A3DSP R5F211A3NP R5F211A3SP R5F211A4DD R5F211A4DSP R5F211A4NP R5F211A4SP R5F211B1DD R5F211B1DSP R5F211B1SP R5F211B2DD R5F211B2DSP R5F211B2NP R5F211B2SP R5F211B3DD R5F211B3DSP R5F211B3NP R5F211B3SP R5F211B4DD R5F211B4DSP R5F211B4NP R5F211B4SP …

 

R5F213XXX Series:

R5F21354ADFP R5F21354ANFP R5F21354BDFP R5F21354BNFP R5F21354CNFP R5F21255ADFP R5F21355ANFP R5F21255BDFP R5F21355BNFP R5F21355CDFP R5F21355CNFP R5F21356ADFP R5F21356ANFP R5F21356BDFP R5F21356BNFP R5F21356CDFP R5F21356CNFP R5F21356CDFP R5F21356CNFP R5F21357ADFP R5F21357ANFP R5F21357BDFP R5F21357BNFP R5F21357CDFP R5F21357CNFP R5F21358ADFP R5F21358ANFP R5F21358BDFP R5F21358BNFP R5F21358CDFP R5F21358CNFP R5F2135AADFP R5F2135AANFP R5F2135ABDFP R5F2135ABNFP R5F2135ACDFP R5F2135ACNFP R5F2135CADFP R5F2135CBDFP R5F2135CBNFP R5F2135CCDFP R5F2135CCNFP …

 

R5F212XXX Series:

R5F21206JFP R5F21206KFP R5F21207JFP R5F21207KFP R5F21208JFP R5F21208KFP R5F2120AJFP R5F2120AKFP R5F2120CJFP R5F2120CKFP R5F21216JFP R5F21216KFP R5F21216JFP R5F21217KFP R5F21218JFP R5F21218KFP R5F2121AJFP R5F2121AKFP R5F2121CJFP R5F2121CKFP R5F21226JFP R5F21226KFP R5F21227JFP R5F21227KFP R5F212228JFP R5F21228KFP R5F2122AJFP R5F2122AKFP R5F2122CJFP R5F2122CKFP R5F21236JFP R5F21236KFP R5F21237JFP R5F21237KFP R5F21238JFP R5F21238KFP R5F2123AJFP R5F2123AKFP R5F2123CJFP R5F2123CKFP R5F21244SDFP R5F21244SNFP R5F21245SDFP R5F21245SNFP R5F21246SDFP R5F21246SNFP R5F21247SDFP R5F21247SNFP R5F21248SDFP R5F21248SNFP R5F21254SDFP R5F21254SNFP R5F21256SDFP R5F21256SNFP R5F21257SDFP R5F21257SNFP R5F21258SDFP R5F21258SNFP R5F21262DFP R5F21262JFP R5F21262KFP R5F21262NFP R5F21262SDFP R5F21262SJFP R5F21262SKFP R5F21262SNFP R5F21264DFP R5F21264JFP R5F21264KFP R5F21264NFP R5F21264SDFP R5F21264SJFP R5F21264SKFP R5F21264SNFP R5F21265DFP R5F21265JFP R5F21265KFP R5F21265NPF R5F21265SDFP R5F21265SJFP R5F21265SKFP R5F21265SNFP R5F21266DFP R5F21266JFP R5F21266KFP R5F21266NFP R5F21266SDFP R5F21266SJFP R5F21266SKFP R5F21266SNFP R5F21272DFP R5F21272JFP R5F21272KFP R5F21272NFP R5F21272SDFP R5F21272SJFP R5F21272SKFP R5F21272SNFP R5F21274DFP R5F21274JFP R5F21274KFP R5F21274NFP R5F21274SDFP R5F21274SJFP SRF21274SKFP R5F21274SNFP R5F21275DFP R5F21275JFP R5F21275KFP R5F21275NFP R5F21275SDFP R5F21275SJFP R5F21275SKFP R5F21276DFP R5F21276JFP R5F21276KFP R5F21276NFP R5F21276SDFP R5F21276SJFP R5F21276SKFP R5F21276SNFP R5F21282DSP R5F21282JSP R5F21282KSP R5F21282NSP R5F21282SDSP R5F21282SJSP R5F21282SKSP R5F21282SNSP R5F21284DSP R5F21284JSP R5F21284KSP R5F21284NSP R5F21284SDSP R5F21284SJSP R5F21284SKSP R5F21284SNSP R5F21292DSP R5F21292JSP R5F21292KSP R5F21292NSP R5F21292SDSP R5F21292SJSP R5F21292SKSP R5F21292SNSP R5F21294DSP R5F21294JSP R5F21294KSP R5F21294NSP R5F21294SDSP R5F21294SJSP R5F21291SJSP R5F21294SKSP R5F21294SNSP R5F212A7SDFA R5F212A7SDFP R5F212A7SNFP R5F212A7SNFP R5F212A8SDFA R5F212A8SDFP R5F212A8SNFA R5F212A8SNFP R5F212AASDFP R5F212AASDFP R5F212AASNFA R5F212AASNFP R5F212ACSDFA R5F212ACSDFP R5F212ACSNFA R5F212ACSNFP R5F212B7SDFA R5F212B7SDFP R5F212B7SNFP R5F212B7SNFP R5F212B8SDFA R5F212B8SDFP R5F212B8SNFA R5F212B8SNFP R5F212BASDFA R5F212BASDFP R5F212BASNFA R5F212BASNFP R5F212BCSDFA R5F212BCSDFP R5F212BCSNFP R5F212C7SDFP R5F212C7SNFP R5F212C8SDFP R5F212C8SNFP R5F212CASDFP R5F212CASNFP R5F212CCSDFP R5F212CCSNFP R5F212D7SDFP R5F212D7SNFP R5F212D8SDFP R5F212D8SNFP R5F212DASDFP R5F212DASNFP R5F212DCSDFP R5F212DCSNFP R5F212G4SDFP R5F212G4SNFP R5F212G5SDFP R5F212G5SNFP R5F212G6SDFP R5F212G6SNFP R5F212H1SDSP R5F212H1SNSP R5F212H2SDSP R5F212H2SNSP R5F212J0SDSP R5F212J0SNSP R5F212J1SDSP R5F212J1SNSP R5F212K2SDFP R5F212K2SNFP R5F212K4SDFP R5F212K4SNFP R5F212L2SDFP R5F212L2SNFP R5F212L4SDFP R5F212L4SNF …

 

R5F2L3XXX Series:

R5F2L357ADFP R5F2L357ANFP R5F2L357BDFP R5F2L357BNFP R5F2L357CDFP R5F2L357CNFP R5F2L3558ADFP R5F2L358ANFP R5F2L358BDFP R5F2L358BNFP R5F2L358CDFP R5F2L358CNFP R5F2L35AADFP R5F2L35AANFP R5F2L35ABDFP R5F2L35ABNFP R5F2L35ACDFP R5F2L35ACNFP R5F2L35CADFP R5F2L35CANFP R5F2L35CBDFP R5F2L35CBNFP R5F2L35CCDFP R5F2L35CCNFP R5F2L367ADFA R5F2L367ADFP R5F2L367ANFA R5F2L367ANFP R5F2L367BDFA R5F2L367BDFP R5F2L367BNFA R5F2L367BNFP R5F2L367CDFA R5F2L367CDFP R5F2L367CNFA R5F2L367CNFP R5F2L368ADFA R5F2L368ADFP R5F2L368ANFA R5F2L368ANFP R5F2L368BDFA R5F2L368BDFP R5F2L368BNFA R5F2L368BNFP R5F2L368CDFA R5F2L368CDFP R5F2L368CNFA R5F2L368CNFP R5F2L36AADFA R5F2L36AADFP R5F2L36AANFA R5F2L36AANFP R5F2L36ABDFA R5F2L36ABDFP R5F2L36ABNFA R5F2L36ABNFP R5F2L36ACDFA R5F2L36ACDFP R5F2L36ACNFA R5F2L36ACNFP R5F2L36CADFA R5F2L36CADFP R5F2L36CANFA R5F2L36CANFP R5F2L36CBDFA R5F2L36CBDFP R5F2L36CBNFA R5F2L36CBNFP R5F2L36CCDFA R5F2L36CCDFP R5F2L36CCNFA R5F2L36CCNFP R5F2L387ADFA R5F2L387ADFP R5F2L387ANFA R5F2L387ANFP R5F2L387BDFA R5F2L387BDFP R5F2L387BNFA R5F2L387BNFP R5F2L387CDFA R5F2L387CDFP R5F2L387CNFA R5F2L387CNFP R5F2L388ADFA R5F2L388ADFP R5F2L388ANFA R5F2L388ANFP R5F2L388BDFA R5F2L388BDFP R5F2L388FNFA R5F2L388BNFP R5F2L388CDFA R5F2L388CDFP R5F2L388CNFA R5F2L388CNFP R5F2L38AADFA R5F2L38AADFP R5F2L38AANFA R5F2L38AANFP R5F2L38ABDFA R5F2L38ABDFP R5F2L38ABNFA R5F2L38ABNFP R5F2L38ACDFA R5F2L38ACDFP R5F2L38ACNFA R5F2L38ACNFP R5F2L37CADFA R5F2L38CADFP R5F2L38CANFA R5F2L38CANFP R5F2L38CBDFA R5F2L38CBDFP R5F2L38CBNFA R5F2L38CBNFP R5F2L38CCDFA R5F2L38CCDFP R5F2L38CCNFA R5F2L38CCNFP R5F2L3A7ADFA R5F2L3A7ADFP R5F2L3A7ANFA R5F2L3A7ANFP R5F2L3A7BDFA R5F2L3A7BDFP R5F2L3A7BNFA R5F2L3A7BNFP R5F2L3A7CDFA R5F2L3A7CDFP R5F2L3A7CNFA R5F2L3A7CNFP R5F2L3A8ADFA R5F2L3A8ADFP R5F2L3A8ANFA R5F2L3A8ANFP R5F2L3A8BDFA R5F2L3A8BDFP R5F2L3A8BNFA R5F2L3A8BNFP R5F2L3A8CDFA R5F2L3A8CDFP R5F2L3A8CNFA R5F2L3A8CNFP R5F2L3AAADFA R5F2L3AAADFP R5F2L3AAANFA R5F2L3AAANFP R5F2L3AABDFA R5F2L3AABDFP R5F2L3AABNFA R5F2L3AABNFP R5F2L3AACDFA R5F2L3AACDFP R5F2L3AACNFA R5F2L3AACNFP R5F2L3ACADFA R5F2L3ACADFP R5F2L3ACANFA R5F2L3AACNFP R5F2L3ACBDFA R5F2L3ACBDFP R5F2L3ACBNFA R5F2L3ACBNFP R5F2L3ACCDFA R5F2L3ACCDFP R5F2L3ACCNFA R5F2L3ACCNFP …

 

R5F363AXXX R5F364XXX R5F365XXX Series:

R5F363A6DFA R5F363A6DFB R5F363A6NFA R5F363A6NFB R5F363AEDFA R5F363AEDFB R5F363AENFA R5F363AENFB R5F363AKDFA R5F363AKDFB R5F363AKNFA R5F363AKNFB R5F363AMDFA R5F363AMDFB R5F363AMNFA R5F363AMNFB R5F36406DFA R5F36406DFB R5F36406NFA R5F360406NFB R5F3640DDFA R5F3640DDFB R5F3640DNFA R5F3640DNFB R53640MDFA R5F3640MDFB R5F3640MNFA R5F3640MNFB R5F364A6DFA R5F364A6DFB R5F364A6NFA R5F364A6NFB R5F364AEDFA R5F364AEDFB R5F364AENFA R5F364AENFB R5F364AMDFA R5F364AMDFB R5F364AMNFA R5F364AMNFB R5F36506DFA R5F36506DFB R5F36506EFB R5F36506KFB R5F36506MFB R5F36506NFA R5F36506NFB R5F36506RFB R5F36506TFB R5F3650EDFA R5F3650EDFB R5F3650ENFA R5F3650KDFA R5F3650KDFB R5F3650KNFA R5F3650MDFA R5F3650MDFB R5F3650MNFA R5F3650NDFA R5F3650NDFB R5F3650NNFA R5F3650NNFB R5F3650RDFA R5F3650RDFB R5F3650RNFA R5F3650TDFA R5F3650TDFB R5F36505TNFA R5F3651EDFC R5F3651ENFC R5F3651KDFC R5F3651KNFC R5F3651MDFC R5F3651MNFC R5F3651NDFC R5F3651NNFC R5F3651RDFC R5F3651RNFC R5F3651TDFC R5F3651TNFC …

 

R5F6411XXX Series :

R5F64110DFB R5F64110NFB R5F64111DFB R5F64111NFB R5F64112DFB R5F64112NFB R5F64114DFB R5F64114NFB R5F64115DFB R5F64115NFB R5F64116DFB R5F64116NFB …

About Renesas:

 

Renesas Electronics Corporation delivers trusted embedded design innovation with complete semiconductor solutions that enable billions of connected, intelligent devices to enhance the way people work and live. A global leader in microcontrollers, analog, power, and SoC products, Renesas provides comprehensive solutions for a broad range of automotive, industrial, home electronics, office automation, and information communication technology applications that help shape a limitless future.

Hitachi Semiconductor supplies semiconductor manufacturing equipment, automotive components, display units in various market sectors including information systems, electronic devices, power and industrial systems, consumer products, materials and financial services.

TOKYO, October 3, 2002 – Hitachi, Ltd. (NYSE: HIT / TSE:6501) and Mitsubishi Electric Corporation (TSE:6503) have reached a basic agreement to establish a new semiconductor company, Renesas Technology Corp., that will focus on system LSI operations. The new company will be established on April 1, 2003 and will aim to be a reliable semiconductor manufacturer, working as an intelligent chip solution provider supporting system partners on a global basis as part of their drive to create a prosperous society in this “ubiquitous” era. This agreement is a result of discussions to integrate system LSI businesses, which was agreed to on March 18, 2002.

Hitachi and Mitsubishi Electric will take advantage of the special provisions for corporate reorganization under the Japanese Commercial Code to jointly establish a new company and will move both companies’ semiconductor operations to the new company, including microcomputer, logic, analog and discrete devices and memory (flash memory, SRAM etc.) with the exception of DRAMs. The new company will be established following Hitachi’s and Mitsubishi Electric’s completion of the legal procedures for corporate split. The plans are to appoint Dr. Koichi Nagasawa (currently Executive Vice President, Member of the Board Group President, Semiconductor, Mitsubishi Electric) as Chairman & CEO, and Satoru Ito (currently Senior Corporate Officer, President & Chief Executive Officer of Semiconductor & Integrated Circuits, Hitachi) as President & COO.

Hitachi, Ltd.(NYSE:HIT) has extended the H8S series lineup with the development of the H8S/2623F F-ZTATTM*1 single-chip microcontroller which employs a 0.35 micrometers process and features large 256-kbyte on-chip flash memory and a controller area network (CAN) interface. Sample shipments will begin in December 1998.

The current trend in the field of control for factory automation (FA) and other industrial equipment and in- vehicle equipment is away from networks using conventional general-purpose serial communication and toward controller area network (CAN), which feature high speed and high reliability. This is producing growing demand for microcontrollers equipped with an on-chip CAN interface. The CAN interface has become a standard feature of in-vehicle LANs in Europe, and is gradually becoming standardized in Japan and America.

At the same time, there is a demand for field-programmability that enables easy reprogramming or adjustment of microcontroller programs in all stages from development through trial production, production startup, and mass production, in order to provide for increased program size, shorter product development time, improvements in product specifications, and adjustment of control data.

Having already developed products with on-chip flash memory within the H8S series of high-performance, low-power-consumption microcontrollers, Hitachi has now completed commercial development of the H8S/2623F, featuring a CAN interface for the first time in the H8S series, plus 256-kbyte on- chip flash memory, to meet an even wider range of user needs.

The H8S/2623F employs a 0.35 micrometers process, features an H8S/2600 CPU core-in the top performance class for a 16-bit microcontroller-and is the first model in the H8S series to include an on-chip Hitachi controller area network (HCAN), offering full CAN support and a 16-message buffer, as a CAN interface. Complying with the Bosch CAN Ver. 2.0B active specification, the HCAN provides fast and highly reliable communication. The H8S/2623F also includes 256-kbyte on-chip flash memory. In addition to total erasure, the flash memory can be erased and programmed in 12 large and small block units to provide for adjustment data programming when the system is shipped. 12 kB on-chip RAM is also provided, and a x4 PLL (phase-locked loop) oscillation circuit is used as the oscillator.

Reflecting continuing pursuit of low power consumption,the power supply voltage for the CPU and other internal logic circuitry is 3.0 to 3.6 V, while the power supply voltage of the peripheral I/O pins is 4.5 to 5.5 V, enabling existing peripheral circuits to be used, and so minimizing the amount of system reconstruction required when using the H8S/2623F.

Other peripheral functions include a data transfer controller (DTC)*2 capable of interrupt-initiated DMA transfer, six 16-bit timer channels, a watchdog timer channel, and a 16-channel 10-bit A/D converter. The H8S/2623F employs a 0.35 micrometers CMOS process and is housed in a 100-pin QFP (14 mm x 14 mm) package.Future plans include larger memory for the H8S/2623F and the development of a range of models with an on-chip CAN interface to meet a variety of automotive needs including body and safety control systems.

Renesas Electronics Corporation announced the sample shipment from the industry’s first on-chip flash memory microcontroller (MCU) working with a 28 nanometer (nm) process technology. To give rise to the realization of next-generation green cars and autonomous vehicles with higher efficiency greater reliability, the revolutionary RH850/E2x Series MCU incorporates around six 400 megahertz (MHz) CPU cores, that make it the main on-chip flash memory automotive MCU to have the industry’s highest processing performance?(Note 1)?of 9600 MIPS?(Note 2). The revolutionary MCU series also boasts a built-in flash memory of up to 16 megabytes (MB) and enhanced security functions and functional safety.

Under Renesas autonomy, a receptive, innovative and trusted platform for assisted and automated driving, Renesas provides end-to-end solutions that advance the evolution of vehicles towards next-generation green cars, connected cars, and autonomous-driving vehicles. The 28nm-generation automotive control MCU is a new breakthrough product featuring next-generation technology for achieving vehicle control, which, plus the R-Car Group of systems-on-chip (SoCs) intended for cloud connectivity and sensing, constitute there’s two main pillars of your Renesas autonomy Platform. Car OEMs and Tier 1 manufacturers, for instance Denso Corporation, have begin to adopt the fresh 28nm MCU, recognizing the MCU’s superior processing performance efficient at developing next-generation fuel-efficient engines, with its unparalleled scalability for a platform that addresses the expected electronic control unit (ECU) integration ahead from alterations in automotive electrics/electronics (E/E) architecture.

1. First H8S series model with on-chip CAN interface

On-chip Hitachi controller area network (HCAN: full CAN support, 16-message buffer)

compliant with Bosch CAN Ver. 2.0B active specification

2. 0.35 micrometers process, large on-chip memory

256-kbyte ROM and 12-kbyte RAM on-chip: in the industry’s top rank for a 16-bit microcontroller

Programming and erasing with a single power supply

3. Low power consumption through use of 0.35 micrometers process

While the core power supply voltage is 3.0 to 3.6 V to provide low power consumption, the pin voltage can be set to 5 V +/- 10%, making major replacement of existing system components unnecessary.

4. Other features

While the core power supply voltage is 3.0 to 3.6 V to provide low power consumption, the pin voltage can be set to 5 V +/- 10%, making major replacement of existing system components unnecessary.

PLL oscillation circuit.

A/D input expanded to 16 channels

First H8S series model targeting the automotive field

Development Environment.

The existing H8 series C compiler, assembler, linkage editor, librarian, simulators, debuggers, etc., can be used as the user software development environment on widely used personal computers and workstations. In addition, a variety of emulators, including the E6000 realtime simulator, are available as hardware support tools.

To develop environmentally-friendly vehicles, next-generation fuel-efficient engines require high processing performance to allow the implementation of latest fuel combustion systems. Also, both high processing performance and high integration densities need to achieve miniaturization and better efficiency inside the motors and inverters applied to electric vehicles (EV) and plug-in hybrid electric vehicles (PHEV). The newly-developed 28nm-process flash memory MCU is the world’s first to achieve about six 400 MHz CPU cores and 9600 MIPS processing capabilities. When compared to earlier 40nm MCUs, the fresh RH850/E2x Group of MCUs also achieves approximately triple the performance at the same power. The RH850/E2x realizes increased automotive control system integration by including enhanced sensor interfaces required for precise automotive control functions. Multi-core virtual environments and model-based development environments for your new MCUs is going to be provided by Renesas partner companies.

Advanced OTA updates with large flash memory capacities for connected cars

Demand for built-in large capacity flash memory is rising to compliment over-the-air (OTA) functionality which automatically and wirelessly updates the eu software to master programs with improved safety. The RH850/E2x Series offers approximately 16 MB of flash ROM and, for the user’s needs and preferences, you possibly can only update certain arbitrary areas during program operation.?The RH850/E2x Series also comes along with improved serial interfaces, including as much as ten channels of CAN FD then one Ethernet channel. Security functions that support Evita Medium allow the MCUs to assist safe and rapid OTA updating in the software.

Enhanced functional safety for autonomous-driving vehicles

Targeting ASIL-D, the top level of the ISO 26262 functional safety standard for automotive E/E systems, the RH850/E2x Series adopts the twin core lock step CPU structure that guarantees that the calculations done by two CPU cores are the same. The RH850/E2x also offers nearly four multiple CPU pairs, and has a variety of hardware functional safety improvements. In applications the place where a system malfunction can cause life-endangering accidents, strikes immediately detect faults should a malfunction occur and invite system safety to remain maintained. Renesas will provide safety analysis tools that could flexibly support a wide range of use cases to utilise safe systems.

Following enhancing?the 28nm embedded flash memory in February 2019, Renesas announced its?collaboration with TSMC on 28nm MCUs in September 2019. The company today hit a serious milestone by reaching sample shipment of the world’s first 28nm embedded flash memory MCU on the market. Renesas has recently succeeded in verifying large-scale operation of?fin-structure MONOS flash memorytargeting 16/14nm and beyond generations of MCUs. When the leading supplier of automotive semiconductor solutions, Renesas is focused on advancing the through continued technological know-how to get a safe and secure automotive society.

To assure scalability inside RH850/E2x Series, as well as the 28nm flash memory MCU, Renesas has additionally launched a 40nm process MCU featuring (1) and (3) described above. Kinds of this MCU can be purchased now. Examples of both 28nm and 40nm MCUs from RH850/E2x are scheduled to be presented from March 2018.