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Microcontrollers and Tools
Highlights 2016
2 Microcontroller Highlights
Our MCU ManufacturersMicrocontroller 8-, 16-, 32-Bit, RL78, V850, 78K0R, R8C, M16C, M32C, R32C, H8S, SH2A, SH4A, RX, RZ, RENESAS Synergy™ Platform (S1, S3, S5, S7, ARM®Cortex®), Flash and CAN Devices, Tools, Compact-Emula-tors, RSK-Boards, Starter Kits, Low Power SRAMs, A/D-, D/A-Converters, Magnet cardreaders ICs, PLL ICs, Reset ICs, Voltageregulators / Detectors, Motor-Control ICs, LCD-Controller, Battery Charger, EEPROMs, Opto-couplers, Power MOSFETs Automotive, Industrial Automation
Microcontroller 8-, 16-, 32-Bit, PSoC®-Family Programmable System-on-Chip (Cortex®-M0, Cortex®-M3, Bluetooth Low Energy 4.2, CapSense®), FM-Family (Cortex®-M0+, Cortex®-M3, Cortex®-M4F), Tools, Starterkits, Embedded Graphic Microcontroller, CapSense® Controller, USB Control-ler and Modules (BLE, etc.), PRoC® BLE 4.2 Chip, SRAM (synchronous, asynchronous, Dual-Port, FiFo, -40 to 125°C), NVRAM (NVSRAM, FRAM), Flash Memories (NOR, NAND, e.MMC™), HyperBus™ Interface (Hyper-Flash™, HyperRAM™), PLL ICs, Reset ICs, DC/DC-Converters, Volt-age-Detectors, Clock-Generators, USB ASSPs (1.1, 2.0, 3.0, Type C)
USB Host Controller ICs, USB to Serial-Adapter and ICs, customised Solutions, USB 3.0 Solutions, USB Hub, Graphic and Audio Controller with resistive or capacitive Touch for up to 17.8 cm (7ʺ) TFT-displays, 32-Bit Microcontroller with Ethernet PHY/CAN/CMOS-Camera Interface/SD-Card Interface
Contents30 Years of MCU First-Class PREMIUM Support..........................................................................3RENESAS – Microcontroller Lineup ..............................................................................................4RENESAS Synergy™ – Concept / MCUs / Tools .................................................................... 5 - 8RENESAS – RX231 – Battery Specialist ......................................................................................9RENESAS – RX71M – The 240 MHz Rocket ..............................................................................10RENESAS – RL78 BLE – IoT for the smallest Sensors ..............................................................11RENESAS – RZ – Linux on a Chip!.............................................................................................12RENESAS – Tools .......................................................................................................................13CYPRESS – Microcontroller Lineup ............................................................................................14CYPRESS – PSoC® Cortex®-Microcontroller for Self-Assembly / Tools .............................. 15 - 17CYPRESS – CapSense® for Sensors and Detectors ..................................................................18CYPRESS – PSoC® Single Chip IoT ...........................................................................................19CYPRESS – FM Flexible MCU / Tools ................................................................................ 20 - 23FTDI – Graphic and Microcontrollers...........................................................................................24FTDI FT900 MCU with VGA Camera Interface ...........................................................................25FTDI EVE – Embedded Video Engine / A.D.A.M. "Intelligent Display" ................................ 26 - 27
330 Years of MCU First-Class PREMIUM Support
Useful to know who to contact if you have any Questions...
30 years of MCU First-Class PREMIUM SupportHigh-quality, complex products also require high-quality support.
Worldwide, there are around 50,000 different microcontroller derivatives and an estimated 10,000 hardware and software development tools supplied by the microcontroller manufac-turers on the market.
Each hardware manual contains over 1,200 pages of infor-mation. The software manual contains another 1,500 pages.
► Which controller has a future, even if it might fi t the application? ► Which tool package is within my budget and is most suited to my requirements? ► How can I successfully and rapidly integrate the necessary peripherals, such as displays,
sensors, motion control, connectivity or memory?
Here you require an experienced and reliable pathfi nder to lead you through the MCU jungle. And the right support is just as important as the product! We at GLYN can offer you 30 years of experience in the fi eld of microcontrollers, tools and peripherals and have excellent contacts to our suppliers. In so doing, we focus on selected microcontroller manufacturers with extended hardware and software support from 3rd party providers.
Quickly get up and running: Starter Kit with tools
Benefi t from our Starter Kit offers, including comprehensive software packages. Here we primarily use "Umbrella" types which cover multiple devices of the respective product family. Most tools are in-house developments from by our application engineers. These clever solutions incorporate both experience and a passion for detail, so that you can get started quickly and easily.
Webinars and workshops provide guidance
We also offer appropriate training courses for our products at our GLYN Academy. The focus is not only on the microcontrollers here. We can provide support and active training in the hardware and software tools as well as selected peripherals.
Adapter board solutions and reference designs
We can offer special proprietary adapter board solutions and reference designs for displays (graphic and audio), communication, drive technology and sensors. You can install these and use them directly in your application. You therefore move from the product idea to the prototype within a very short space of time.
We have summarised the "Highlights" of our manufacturers for you in this brochure.
4 RENESAS Microcontroller Lineup
RENESAS MicrocontrollersThe No. 1 in microcontrollersAs the largest provider and manufacturer of microcontrollers, RENESAS is the world no. 1. RENESAS can offer you the widest range of microcontroller/microprocessor solutions in 16-bit and 32-bit MCU/MPU families:
► Scalable chip solution RL, RX, RZ (on Cortex®-A9 Core), including kit solutions for various areas of application
► Scalable platform solution RENESAS Synergy™ on Cortex®-M Core, including RTOS, communication stacks and comprehensive software packages
Regardless of whether it concerns a chip or a platform, you will fi nd a wide selection of scalable MCU solutions at RENESAS: Low current consumption, high output, a range of housing variants and the largest selection of memory sizes combined with high-quality peripherals.
RL78 series
The RENESAS 16-bit RL78 Low Power Series supports you in the implementation of your low-power applications thanks to an ultra-low current consumption at a compara-tively high output.
RX series
RENESAS EXTREME (RX for short ), an extraordinary 32-bit microcontroller family which covers every base. You can always choose the right solution from low power to high performance.
RZ series
The 32-bit microcontroller platform on the basis of the Cortex®-A9 processor core. The ideal solution for your Human Machine Interface (HMI) applications.
RENESAS Synergy™ Platform
"Smart chips" on the basis of the Cortex®-M processor core. Including RTOS, communica-tion stacks as well as many ready-made soft-ware packages. More time for differentiatingyour product or reducing time-to-market.
True LowPower
0.13u ultra low power 0.2µA standby current 500+ devices
Simply Performance
To 400MHz Cortex A9 Up to 10MB SRAM HMI & Drive Applications
Customer Application
1000+ device family To 4MB Flash/512kB RAM >4.25 Coremark/MHz
Scalable MCU & Software Product quality Software RTOS & Comms stacks Warranted & supported
SmartLow Power
One Core countless options
Simply Performance
CompletePlatform
Customer Middleware, Stacks, Drivers
Silicon – Kit Solution Platform Solution
ARM EcoSystem
Qualified SW & EcoSystem
5RENESAS Synergy™ Concept
RENESAS Synergy™ Concept
RENESAS Synergy™ platform as an integrated hardware and software solutionFrom factory and building automation to wearable computing, the Internet of Things (IoT) offers you a myriad of options. However, the resulting code complexity presents the developer with ever more complex challenges to. An ever increasing number of companies are switching from in-house development to external resources and standard components for this reason. RENESAS has reacted to this trend and the RENESAS Synergy™ platform enables it to offer an integrated hardware and software solution optimised for the embedded IoT application.
Reducing procurement and operating costsOptimise your procurement and operating costs. Avoid expensive licenses and updates from multiple providers. The RENESAS Synergy™ platform offers you:
► An up-to-date RTOS as well as stacks and a wealth of ready-made software ► Simple integration of new updates ► Everything perfectly tailored and optimised from a SINGLE source
Shorter development times - Time for differentiationSynergy can help you save working time during development. This means you have more time available for innovative tasks. Make your product stand out considerably more from those of the competition. Bring your product solution to the marketplace faster than your competitors.
Synergy Integration v2
Syne
rgy
Synergy Integration v1
RTOS
Stacks
Tools
CustomerProducts
Tools Tools
Stacks Stacks Stacks
RTOS RTOS
Gen 1 Gen 2
Time
DifferentiatedCode
SystemCode
ProductDifferentiation
Time Saved
Traditional Development Time
RENESAS Synergy Development Time
HardwareDesign
Driver S/WDesign
MiddlewareDesign
CloudConnect
Integrationegraw/ RTOS
ApplicationpplicaCode
SystemSyTest
SystemSyTest
HWDesign
ApplicationppliCode
AdditionalInnovation
6 RENESAS Synergy™ MCUs
RENESAS Synergy™ MCUs
Compatible and scalable MCUsThe hardware basis of the RENESAS Synergy™ platform is formed by 32-bit MCUs on the basis of ARM® Cortex®-M processor cores. All the products of the Synergy MCU family use the same or similar peripheral devices and pin defi nitions, in order to guarantee software reusability.
Comfortable "S" class – Overview of the Synergy MCU family:
High Performance
► 240 MHz ARM® Cortex® -M4 CPU w/FPU
► Up to 4 MByte Flash, up to 640 KByte SRAM
► Dual Ethernet MAC Controller w/PTP
► USBHS and USBFS ► CAN, SSI, QSPI and SDHI
► 2x 12-bit ADC (25 channels) ► Graphical LCD Controller w/2D
Drawing Engine ► Capacitive Touch Sensing Unit ► Switching Regulator ► Integrated security functions AES/
TRNG/RSA
High Integration
► 120 MHz ARM® Cortex® -M4 CPU w/FPU
► Up to 2 MByte Flash, up to 640 KByte SRAM
► Single Ethernet MAC Controller w/PTP
► USBHS and USBFS ► CAN, SSI, QSPI and SDHI
► 2x 12-bit ADC (21 channels) ► Graphical LCD Controller w/2D
Drawing Engine ► Capacitive Touch Sensing Unit ► Integrated security functions AES/
TRNG/RSA
High Effi ciency
► 48 MHz ARM® Cortex® -M4 CPU ► Up to 1 MByte Flash, up to 192
KByte SRAM ► USBFS ► CAN, SSI, QSPI and SDHI ► 14-bit A/D Converter and 12-bit
D/A Converter ► OPAMP
► High-speed and low-power analogue comparators
► Capacitive Touch Sensing Unit ► TRNG, CYPTO, HASH ► Integrated security functions AES/
TRNG ► 32 MHz ARM® Cortex® -M0+ CPU
Ultra Low Power
► Up to 128 KByte Flash, up to 16 KByte SRAM
► USBFS ► CAN ► 14-bit A/D Converter and 12-bit
D/A Converter
► Low-power analogue comparator ► Capacitive Touch Sensing Unit ► TRNG and AES ► Integrated security functions AES/
TRNG
7RENESAS Synergy™ Tools
RENESAS Synergy™ ToolsSynergy software packages
The software packages (SSP) are a key component of RENESAS Synergy™. These are a delivery component of each Synergy™ microcontroller and are tested for their performance and reliability. The most important component of the software packages is the Multitasking RTOS ThreadX™ from Express Logic. In addition to this, RENESAS can offer TCP/IP stack support with NetX™ and NetX-Duo™, a USB protocol stack with host through USBX™ and an MS-DOS compatible fi le system with FileX™.
RENESAS Synergy™ Online GalleryThe RENESAS Online Gallery forms the core of the Synergy concept and offers you direct access to all Synergy software components, license fi les, tools, documents and components of third-party providers. In addition, it will be possible to launch many applications directly from the Online Gallery to the RENESAS Synergy™ MCUs in future. You can also use cloud services, such as remote updates, function extensions, monitoring and analysis, providing that they are connected to the Internet. You can obtain additional licenses, maintenance agreements, applications, tools, development and test services via eCommerce.
Protection and securityThe RENESAS Synergy™ platform offers a wide range of security and encryption modules. You can use these to securely protect data transferred by the MCU or stored data. The security package offers additional functions, such as secure boot, ECC in RAM, ADC diagnostics, CRC, Flash Code Area Protection, RAM parity error check and RAM guard.
HALPeripheral Drivers
Synergy MCU
BSP
Secu
rity
Lib
DSP
Lib
Tou
ch L
ib
RTOS, Driver, Stacks, Middleware APIs
Customer Application
Boot
Loa
der
ThreadX®
RTOS
X-Ware™
Middle-wareand
Stacks
SynergySoftwarePackage
(SSP)
AMS FrameworkPeripheralFunctions
Qua
lifie
d Ad
d-O
n (Q
SA)
Verif
ied
Add-
On
(VSA
)
Apps
Man
ager
Lib
8 RENESAS Synergy™ Hardware Tools
RENESAS Synergy™ Hardware Tools
Synergy development hardware for every budgetRENESAS offers three types of Synergy Kits for general development covering all aspects of MCUs: Development Kit (DK), Starter Kit (SK) and Promotion Kit (PK).
The RENESAS Synergy™ KitsThe DKs offer you a complete MCU hardware and software development platform with complete access to all MCU functions and pins. They offer additional expansion options based on Pmod modules, as well as a Bluetooth low energy radio connection for testing wireless connections with mobile devices. The DKs serve as a basis for the hardware platforms on which the SSP software is qualifi ed.
The SKs allow access to most MCU functions and pins. They offer additional expansion options based on Pmod modules and the standardised Arduino™ format for Arduino™ Shield plug-in boards. They cost less than the DKs.
The RENESAS Synergy™ PKs are very simple kits for rapid, low-cost testing. They support one or two key features of the MCU, including basic software debugging capabilities.
RENESAS can offer many design examples in the form of Product Examples (PE) and Application Examples (AE) for all developers who want guidance on how to implement a specifi c end-product or use multiple technologies.
Development Kit
Full Development Capability Introduction and First Steps Awareness and Recognition
Starter Kit Promotion KitSK PKDK
MCUMCU MCU MCU
9RENESAS RX231 – Battery Specialist
RENESAS RX231 – Battery SpecialistWith new CPU Core, SDHI, CAN and USB
Performance considerably increased through RXv2 CPU Core and FPUWith the new RXv2 CPU Core and the FPU, the MCU requires 50% less energy than with the fi rst generation core. The MCU can now manage at the same speed with just half of the standby current. Ideal for battery-operated applications:
► Wide voltage range between 1.8 and 5.5 V ► Only 120 µA / MHz current consumption ► 0.8 µA in the Software Standby Mode ► 0.4 µA with active Low-Power Timer
Many assistants relieve the CPUEvent Link Controller
(ELC)Data Transfer Controller
(DTC)Data Operation Circuit
(DOC)
► Reacts to interrupts ► Can feed preprogrammed
peripheral elements with data, and start or stop them
► Can fl exibly transfer data from A to B
► Nested processing of many transfers simultaneously
► Can e.g. compare data with a data fl ow or simply per-form tests like "March-X"
Hardware tools: ► RENESAS RSKRX231 incl. RENESAS E1 debugger
Software tools: ► C Compiler and debugger interface from RENESAS and GNU (Eclipse) as well as IAR
RX210 RXv1 core
Operate longer on a batteryCan also reduce number ofbatteries required
Current
OperatingOperating StandbyStandby OperatingStandby
RX231 RXv2 core
RX210 wakeup time
RX231 wakeup time
RXv2585 cycles**
RXv11088 cycles**
Intermittent operation of repeating operation/standby cycles
** Secondary IIR digital filter: 256-byte data
Time
Faster wakeup fromstandby, and approximately1/20 the wakeup current
Reduce consumption current by 1/2
Reduce standbyconsumption current by 1/2
10 RENESAS RX71M – The 240 MHz Rocket
RENESAS RX71M – The 240 MHz Rocket
Full performance thanks to double clock speedRENESAS doubles the clock speed of the RX64M from 120 MHz to a breathtaking 240 MHz on the RX71M. In addition to this, the long-awaited USB 2.0 High Speed Interface with 480 MBit has found its way into the RX. It goes without saying that the RX71M is pin-compatible with the RX64M.
These values will convince you: ► 240 MHz core clock speed ► 4 MByte MONOS High Speed Flash ► 512 KByte SRAM ► 64 KByte E2 DataFlash
RXv2 Core – 40 nm process for more than 2.0 DMIPS / MHzWith an impressive 2.0 DMIPS / MHz and more than 4 Coremark / MHz and packed full of high-end peripheral modules, the new RX71M can complete even the most complex computing applications with ease.
Many assistants relieve the CPUEvent Link Controller
(ELC)Data Transfer Controller
(DTC)Data Operation Circuit
(DOC)
► Reacts to interrupts ► Can feed preprogrammed
peripheral elements with data, start or stop them
► Can fl exibly transfer data from A to B
► Nested processing of many transfers simultaneously
► Can e.g. compare data with a data fl ow or simply per-form tests like "March-X"
Hardware tools: ► GLYN EVBRX71M
Software tools: ► C Compiler and debugger interface from RENESAS and GNU (Eclipse) as well as IAR
11RENESAS RL78 BLE – IoT for the smallest Sensors
IoT from RENESAS – For the smallest Sensors from 6 x 6 mm
Minute RL78 MCU with integrated BLE antenna and ultra-low current consumptionThere is little space, little battery capacity and a limited budget available for many Bluetooth Low Energy applications. RENESAS has now solved this problem with a new MCU, the RL78/G1D. With dimensions of just 6 x 6 mm, an integrated balun, which only requires a piece of PCB as a 50 Ω antenna and has a current consumption of just 4.0 mA (RF transmission current), you can implement many new applications which were previously inconceivable.
A further power-saving feature is the adaptive RF optimiser. This adjusts the transmission power according to the distance. The circuit can also be fully encapsulated, as the new FOTA function (Firmware Over The Air) permits updates without contacting.
Low Power Features: ► Transmission: 4.0 mA ► Reception: 3.5 mA ► Standby: 0.3 mA ► Sleep: 0.3 µA
Hardware tools: ► RENESAS Evaluation Board RTK0EN0001D01001BZ with E1 Debugger connection
Software tools: ► Bluetooth Low Energy Protocol Stack V4.2
control
control
Receiver
TransmitterM
odem
Logi
c
MCU
BLE MCU
Near distance mode
Reception 3.3 mA
Transmission 2.8 mA at 15 dBm
Normal mode
Reception 3.5 mA
Transmission 4.0 mA at 0 dBm
Far distance mode
Reception 3.7 mA
Transmission 4.0 mA at 0 dBm
12 RENESAS RZ – Linux on a Chip!
RENESAS RZ – Linux on a Chip!
"Linux on Module" is already known. "Linux on Chip" is new and saves you a great deal of money…RENESAS offers "Linux on Chip" with the RZ/A1H and the matching Linux-BSP from Emtrion. The RZ/A1 is based on an ARM® Cortex®-A9 CPU core with a 400 MHz clock speed and has 10 MByte SRAM on chip! In addition to this, a graphics controller for two XGA displays is pre-integrated.
► 2x TFT controllers for XGA (1024 x 768) ► 2D Graphics Engine OpenVG1.1 ► 2x Camera inputs, Video Display Controller ► Booting from SD/MMC Flash or Q-SPI Flash, Execute In Place!
Take advantage of the following benefi ts for your system: ► Space-saving: External memories are no longer required (saves 44 cables!) ► Low-cost: The PCB can be set up more easily. There is a QFP version which manages with
a 2-layer PCB. ► Reduces the power consumption: There is no need for external elements e.g. the power
supply for an external DDR-RAM (1.8 V).
Hardware tools: ► RENESAS RSKRZ/A1H
Software tools: ► Linux BSP from Emtrion: Is tailored to the RENESAS RZ/A1H, so that it runs in the internal
10 MByte SRAM. ► Tara GUI: Runs in the internal SRAM of the RZ/A1H together with the Linux BSP from Emtrion.
10 MBRAM
3.3 V
1.2 V
SPI Flash / SD / MMC RZ/A1H
eMPU
13 RENESAS Tools Concept
RENESAS goes Eclipse
The 4th generation e2studio is the modern IDE RENESAS offers a standardised modern IDE based on Eclipse for all current controller families.
The e2studio unifi es the fl exibility of Eclipse CDT with the known debug functionalities of the RENESAS HEW (High-Performance Embedded Workshop).
RENESAS e2studio offers you integrated code generators and an overview of all RAM and ROM memories of the current project, as well as the option of intervening in the project with virtual input and output displays and sliders.
Free of charge and extremely sociable
No matter which RENESAS MCU family you use, e2studio can handle the compilers of RENESAS IAR or GNU. You can therefore profi t from one frontend for multiple MCU platforms.
Firmware Integration Technology (FIT) – it's never been easierWith the FIT technology, RENESAS now closes the gap between the hardware and software of your application.
With ready-made subcodes, you can easily access existing peripheral codes for new projects.
For this purpose, RENESAS makes a Board Support Package (BSP) available for new MCUs of the RX family.
You can easily integrate your software modules on this basis.
System requirements for e2studio: ► Windows® 10 (32-bit, 64-bit) ► Windows® 8.1 (32-bit, 64-bit) ► Windows® 8 (32-bit, 64-bit) ► Windows® 7 (32-bit, 64-bit)
Firmware Integration Technology (FIT)
RX Driver Package Application User Application(Sample)
RX Driver Package(Package of Free Versions)
POSIX
InterfacesSocket
Various InterfacesMiddleware (Free Versions)CommunicationsCommunications Image ProcessingImage ProcessingImage Processing File System
Security/Encryption Sound/ AudioSound/ Audio
Peripheral Functions(Free Versions)(Free Versions)(Free Versions)(Free Versions)(Free Versions)(Free Versions)
System Timer Communications
Analog Encryption/SafetySafetySafety ImageAnalog
Common Basic SettingsCommon Basic Settings
Board Support Package
14 CYPRESS Microcontroller Lineup
CYPRESS Microcontroller LineupLarge portfolio with an extremely long availabilityCYPRESS products have been widely used in the medical technology, industrial, automotive, home appliances and entertainment, aerospace and telecommunications sectors for years. The manufacturer is one of the world's leading providers of embedded system solutions.
PSoC® and FM ARM® LineupPSoC® microcontrollers:Special focus is placed on the PSoC® microcontrollers (Programmable System on Chip) as well as the Embedded Memory and USB-ASSP solutions. The PSoC® family of microcontrollers includes four subfamilies with more than 500 individual chip solutions. PSoC®4 and PSoC®5 work on a Cortex®-M0 / M0+ or Cortex®-M3 basis and offer additional high-quality hardware such as capacitive touch function or Bluetooth Low Energy. With the PSoC®4 BLE (Bluetooth Low Energy), CYPRESS currently offers the fi rst fully functioning Bluetooth 4.2 “single-chip solution” with best-in-class integration.
FM Family:FM = Flexible MCU – The 32-bit microcontroller platform with over 700 derivatives is based on the ARM® Cortex™- M0+, Cortex®-M3, Cortex®-M4F processor cores. FM Family is intended for use in the industrial sector.
The license for the new ARM® Cortex®-M7 strengthens the PSoC® and FM families to a great extent.
Ana
log
and
Dig
ital I
nteg
ratio
n
High Performance Next GenerationUltra Low-Power
32-Bit Cortex®-M0/M0+
32-Bit Cortex®-M3
32-Bit Cortex®-M4
32-Bit Cortex®-M7
Mid-RangePerformance
Flexible MCU (FM) is a portfolio of high-performance ARM® Cortex®-M-based MCUs for industrial and consumer applications
Programmable System-on-Chip PSoC® is the world´s only programmable embedded system-on-chip integrating an MCU core, PABs, PDBs, programmable
interconnect and routing and CapSense™ capacitive sensing
PSoC® 4Cortex®-M0 / M0+
48 MHz, 256 KB Flash
FM0+Cortex®-M0+
40 MHz, 512 KB Flash
PSoC® 5LPCortex®-M3
80 MHz, 256 KB Flash
FM3Cortex®-M3
144 MHz, 1,5 MB Flash
PSoC® 7Cortex®-M7
FM7Cortex®-M7
FM4Cortex®-M4
200 MHz, 2 MB Flash
15CYPRESS PSoC Cortex®-Microcontrollers for Self-Assembly
CYPRESS Cortex®-Microcontroller for Self-Assembly!
Be your own semiconductor manufacturer –Design your own chip!PSoC® = Programmable System on Chip.What is the biggest advantage of using the modern PSoC® MCUs? You can now integrate your digital and analogue components directly in the IC rather than having to attach them externally.
This saves space and a lot of money on external elements:
Your own digital hardware:You can now realise numerous digital functions which run in real time, leaving the CPU free for other tasks. Implement your own interfaces, counters, oscillators and much more according to your own requirements. Special register elements create data connections in both directions between the CPU and the digital circuit. A powerful library with more than 150 circuit elements is available. You can individually create and easily add additional elements.
Your own analogue hardware:For analogue functions, the PSoC® is equipped with e.g. low power comparators, op-amps, tem-perature sensors, ADC, DAC, analogue multiplexers and much more besides. These enable you to relocate numerous external analogue elements onto the chip and wire them up individually.
16 CYPRESS PSoC® Microcontrollers – 3 Families
CYPRESS PSoC® Microcontrollers
3 families for each area of applicationFeature PSoC® 4 PSoC® 4 BLE PSoC® 5LP
CPU Core Cortex®-M0 / M0+16 to 48 MHz
Cortex® -M024 to 48 MHz
Cortex®-M367 to 80 MHz
Code Storage (Flash)
8 to 256 KByte 128 to 256 KByte 64 to 256 KByte
Operating Voltage 1.71 - 5.5 V 1.71 - 5.5 V 0.5 - 5.5 V
Cap-Sense Pins Up to 55 pins Up to 36 pins Up to 72 pins
Programmableanalogue logic
4x OPV2x Comparator1x 12-bit ADC2x 8-bit IDAC2x 7-bit IDAC1x CapSense®
4x OPV2x Comparator1x 12-bit ADC1x CapSense®
4x OPV4x Comparator2x 12-bit ADC1x 20-bit ADC4x 8-bit DAC
2x CapSense®
1x Voltage reference1.024 V, +/-0.1%
Programmabledigital logic
4x UDB8x 16-bit Timer/PWM1x RTC2x UART/I2C/SPI2x CANLCD driver
4x UDB4x 16-bit timer/PWM1x RTC2x UART/I2C/SPI2x CANLCD driver
24x UDB4x 16-bit timer/PWM
1x RTC2x UART/I2C/SPI
2x CANLCD driver
Special feature Wide range of housings
BLE 4.2 with integrated balun
Digital Filter Block
Housing 8/16 SOIC28 SSOP16/24/40/56/68 QFN48 LQFP44/64 TQFP
56 QFN68 CSP
68 QFN99 WLCSP
100TQFP
The PSoC® series: ► PSoC 4000 (low cost with CapSense® function) ► PSoC 4100 / PSoC 4200 (with expanded analogue and digital functional blocks) ► PSoC 4100M / PSoC 4200M (expanded analogue and digital functional blocks, CAN) ► PSoC 4100 BLE / PSoC 4200 BLE (Bluetooth Low Energy) ► PSoC 5LP (greatly expanded analogue and digital functional blocks, 24-bit digital fi lter)
17CYPRESS PSoC® Tools
Tools for CYPRESS PSoC® MCUs
Powerful tool for software, analogue and digital designThe PSoC® Creator offers a tool for the C project as well as for analogue and digital design.
The Creator enables you to develop your own digital and analogue circuits as if on a drawing-board and also implement the software project.
During compilation, the layout is loaded together with the software program into the PSoC® at the touch of a button. It is also possible to design and add the circuit using Verilog.
There is a confi guration window for each hardware component, along with a link to describe the component:
Component Confi guration window Datasheet
UARTUART
Standard
GNU and Keil are available as compilers.
18 CYPRESS CapSense®
CapSense® from CYPRESS…For Sensors and Detectors
Simple implementation of button, slider and proximity sensors in PSoC®
With the CapSense® function, you can replace mechanical structural elements and switches with simple, touch-sensitive sensors. This allows wear-free, reliable switching, which is both robust and resistant to interference. Besides simple touch functions, container levels can also be detected or low-power proximity switches implemented e.g. for soap dispensers.
The revolutionary SmartSense™ Autotuning function of new PSoC® MCUs makes the design of touch buttons child's play. All the values for the largest possible signal to noise ratio (SNR) are determined automatically here and are adjusted continuously.
Hardware tools:CapSense® Proximity Shield CY8CKIT-040
or -042 with CY8CKIT-024
PSoC® 4M-Series Pioneer Kit
CY8CKIT-044
PSoC® 4000 Pioneer Development Kit
CY8CKIT-040
More about CapSense® at: www.cypress.com/capsense
Software tool: ► The CapSense® Customizer allows implementation of the CapSense® Design in just a few
minutes. This is an integral component of the PSoC® Creator.
19CYPRESS PSoC® Single-Chip IoT
Single-Chip IoT from CYPRESS…PSoC® 4 BLE MCU and MCU Module
Freely-programmable MCU measuring only 3.9 x 3.5 mm with integrated BLE antenna.CYPRESS PSoC® 4 BLE (Bluetooth Low Energy) is the fi rst fully-functioning Bluetooth 4.2 compatible one-chip solution with best-in-class integration:
Space-saving with an integrated balun, 5 different power modes and simple to open APIs for optimisation of the battery lifespan.
The Protocol Stack can be confi gured in just a few minutes with the BLE Component Confi guration Tool in the PSoC® Creator. In addition, you can test the Protocol Stack of the application using the CySmart BLE Host Emulator:
Optionally, you can completely encapsulate your circuit - the new function "OTA" (Over-the-Air) allows updates without contacting.
Values which cannot be ignored:
Low Power: Current avg: 17.1 µA Deep-Sleep: 1.3 µA Hibernate: 150 nA Stop: 60 nA
Hardware tools: ► Bluetooth Low Energy Pioneer Kit (CY8CKIT-042-BLE)
Software tools: ► PSoC® Creator with BLE Component Confi guration Tool, CySmart BLE Emulator
Also available as
a certifi edmodule
available as a certifi ed
module
20 CYPRESS FM - Flexible MCU
CYPRESS FM0+
For Ultra Low Power and cost-sensitive applications
The FM0+ family is designed for low-end applications. It is suitable for use in comparatively com-pact, energy-effi cient products with low loss currents. They are particularly good value compared to other Cortex®-M derivatives.
► ARM® Cortex®-M0+ ► Max. clock: 40 MHz ► Run Mode current consumption 70 μA / MHz ► RTC Mode current consumption 0.7 μA ► Simplifi ed bus structure for reduced power consumption ► CPU and peripherals with own clock supply ► Analogue functions: Comparator, temperature sensor ► Motor control: Quadrature encoder and multi-function timer ► Space-saving with small memory ► Voltage range from 1.65 V to 5.5 V (depending on the derivative)
Hardware tools: ► CYPRESS Starter Kit FM0-100L-S6E1B8
Software tools: ► C Compiler and debugger interface from IAR, Keil and GNU, CooCox®, iSYSTEM
DMIPs
250
200
180
50
25
FM4
FM3High Performance
FM3Basic Group
FM3Low Power Group
FM3Ultra Low Leakage
FM0+Ultra Low Power
FM0+Entry Level
DSP & FPU Embedded
Broad LineupOver 570 Products
Low Voltage Operation,Low Power & Cost Efficient
21CYPRESS FM - Flexible MCU
CYPRESS FM3
The all-rounder!
Currently the fastest Cortex®-M3 Core with the fastest Flash. Speed is just one of the many benefi ts of this 32-bit MCU family. FM3 with Cortex®-M3 offers a real added value strategy for the heart of your application.
► ARM® Cortex®-M3 ► Max. clock: 144 MHz ► 100,000 read/write cycles and data preservation for 20 years ► 2x Ethernet, 2x CAN, 2x USB ► 3x Motorcontrol ► 32 to 176 pins ► 64 KByte to 1.5 MByte Flash ► LCD, TFT ► Voltage range from 1.65 V to 5.5 V (depending on the derivative) ► 570 derivatives
Hardware tools: ► CYPRESS Starter Kit SK-FM3-176PMC-ETHERNET
Software tools: ► C Compiler and debugger interface from IAR, Keil and GNU, CooCox®, iSYSTEM®
DMIPs
250
200
180
50
25
FM4
FM3High Performance
FM3Basic Group
FM3Low Power Group
FM3Ultra Low Leakage
FM0+Ultra Low Power
FM0+Entry Level
DSP & FPU Embedded
Broad LineupOver 570 Products
Low Voltage Operation,Low Power & Cost Efficient
22 CYPRESS FM - Flexible MCU
CYPRESS FM4
The king of computing!
The king of computing and a real energy-saver amongst the 32-bit ARM® Cortex®-M4F MCUs:The CYPRESS FM4 family with fl oating point hardware manages with just half the energy requirement of the FM3 family. The MCUs were developed for applications, in which a very high CPU computing power is required. These include inverters, servomotors, PLCs and other devices for industrial automation, as well as energy-saving building device technology with inverter control.
► Max. clock: 200 MHz ► FPU / DSP ► Run Mode current consumption 0.4 mA / MHz ► Vbat Mode current consumption limited to 1.5 μA ► 3 V or 5 V operating voltage ► 48 to 216 pins ► Up to 2 MByte Flash ► HDMI-CEC ► Same peripherals as FM3 with improvements to SPI, 12-bit A/D converter with ► 2 Msps and interface for SD Card, SDRAM, NOR & NAND Flash
Hardware tools: ► CYPRESS Starter Kit FM4-176L-S6E2CC-ETH and FM4-176L-S6E2H
Software tools: ► C Compiler and debugger interface from IAR, Keil and GNU, CooCox®, iSYSTEM®
DMIPs
250
200
180
50
25
FM4
FM3High Performance
FM3Basic Group
FM3Low Power Group
FM3Ultra Low Leakage
FM0+Ultra Low Power
FM0+Entry Level
DSP & FPU Embedded
Broad LineupOver 570 Products
Low Voltage Operation,Low Power & Cost Efficient
23CYPRESS FM - Tools
CYPRESS FM Family Tools
Rapid familiarisation thanks to tried-and-trusted software toolsDevelopment environments from IAR, Keil and Open Source-based tools will meet all your requirements for a professional tool chain.
Here is an overview of the 3rd party providers:
IAR Systems Keil Sourcery CodeBench Atollic TrueSTUDIO
Rowley CrossWorks Altium TASKING iSYSTEM® winIDEA CooCox® CoIDE
Excellent debug interfaces
CYPRESS FM Family MCUs have a wide range of debug interfaces.
► Serial Wire Debug Port (SWD) ► JTAG ► Embedded Trace Macrocell™ (ETM) from ARM®
This means that complex debug functions can be confi gured with simple tools.
Low-cost hardware for development
A matching development board for each MCU is available from CYPRESS, including J-Link or on-board debuggers.
FM solution packages - Develop quickly and simply
The useful FM solutions help you to reduce development times considerably and reduce your time-to-market" in the long term.
Profi t from countless software packages from CYPRESS. This guarantees a rapid project start and a short time-to-market.
FMtouch FMconnect USB FMconnect Ethernet FMinverter
Tailor-made for Touch applications
Tailor-made for USB applications
Tailor-made for Ethernet applications
For 3-phasemotor control
FMsafety FMcolor FMconnect Fieldbus FMprint
For applications with a security function
TFT control without an additional graphic
controller
Reference designs for Fieldbus protocols
Reference designs forthermoprinters
24 FTDI Graphic and Microcontroller
FTDI USB Interfaces, Display Control and MCUsFTDI Design Made EasyFTDI was founded in Scotland in the early 1990s by the experienced ASIC developer, Fred Dart.
The Head Offi ce is located in Glasgow, with regional sales and support offi ces in the USA, Taiwan and China and a development centre in Singapore.
FTDI are specialists in the design of chips and software. They are primarily known for their USB solutions. The basic idea is to develop simple-to-use, robust products. True to their philosophy:
"Design Made Easy" and "Bridging Technologies".
They can now look back on over 15 years of USB experience. Even in the future, USB will remain a major topic for FTDI. Through its new USB 3.0 products, FTDI shows the course for the coming years.
"FTDI Chip puts itself in the position of the hardware developers, so that each module not only offers the highest performance but also guarantees simple implementation and a minimum development cost," says Fred Dart, CEO of FTDI Chip.
The latest additions to their portfolio are the graphics chips and microcontrollers. The "EVE" FT800 graphics chip is the fi rst "non-USB product" to be developed. The aim is to replace the segment LCDs with full-colour TFT displays without using expensive controllers to control the display. With the FT900, a powerful controller with its own 32-bit core has been developed. The motto is also valid here: Design Made Easy! Many simple examples and good documentation allow a quick start with the new product.
MCU
USB DISPLAY
25FTDI FT900 MCU with VGA Camera Interface
FTDI FT900 with high-speed CPU CoreIncluding parallel camera interface for VGA camerasBased on the new FT32 Core, a high-performance 32-bit RISC core, the FT90X can offer a wide range of connection options. The FT90X can manage without any waiting cycles by executing commands directly from the Shadow RAM instead of from the Flash memory. At up to 100 MHz, it can achieve a performance of no less than 310 DMIPS. By using the GCC Compiler combined with the Eclipse IDE, you can use many items of 3rd party and open source software.
FT900 – "Connectivity Made Easier"
What makes the FT900 so "special"?
It offers many interfaces in "all-inclusive" form which could easily cost a fortune:
► Powerful 32-bit RISC Core with 3.1 DMIPS/MHz
► One parallel camera interface for VGA cameras
► One Ethernet interface with integrated PHY! ► High-Speed USB Host and Device with
480 MBit/s. The interface can also monitor the USB charging.
► Two CAN interfaces ► SD card interface (2.0) ► With its 256 KByte Shadow RAM, the FT900 can execute its program code without wait
cycles and is therefore very fast. The 100 MHz clock facilitates this. ► 64 KByte of RAM is available for data ► I2S Master/Slave Interface (24.57 / 22.57 MHz) for high-quality audio output ► 100QFN, 100LQFP, 76QFN and 80LQFP ► 10-bit ADCs and 10-bit DACs
Hardware tools: ► FTDI MM900EV incl. 1-wire debugger and optional front or rear camera
Software tools: ► C compiler and debugger interface from GNU (Eclipse)
26 FTDI EVE – Embedded Video Engine
FTDI EVE – Embedded Video Engine
EVE1 (up to 512 x 512 pixels) and EVE2 (up to 2048 x 2048 pixels) The EVE graphics chip combines 3 functions in a small 7 x 7 mm housing: Display control, touch evaluation and sound output/audio output. It can control 18-bit colours as an FT810/811, and 24-bit colours as an FT812/FT813.
► Simple programming ► Graphical operation for customer applications
implemented quickly ► Simple change-over from LCD to TFT ► Shorter development times ► Works with every microcontroller (QSPI/SPI/I2C) ► Reduces system costs by 40 - 60 %
It goes without saying that you can also use modern 32-bit microcontrollers to control displays. However, you require a lot of memory, a large number of pins and a high level of computing power. With EVE, you can conjure up extremely good graphics , on the full-colour TFT display of your application even with a small and "weak" 8-bit MCU. The EVE chip supports the direct integration of space-saving JPG fi les. Theoretically, the EVE2 supports up to 2048 x 2048 pixels and a pixel clock of 30 MHz. This allows simple control of all typical displays up to 10.1" (25.65 cm).
Comfortable Tool – The FTDI EVE Screen Editor
The EVE graphic controllers can be programmed independently of the development envi-ronments, as they are controlled via QSPI/SPI or I2C. The free EVE Screen Editor,by means of which you can easily edit the screen, is available for this purpose. EVE transposes the drawn image to your display via the subsequently generated code.
27A.D.A.M. – "Intelligent Display"
A.D.A.M. – "Intelligent Display"
Intelligent display with integrated FTDI EVE ► The A.D.A.M. (Advanced Display
Application Module) is a proprietary GLYN display concept
► TFT + graphics controller combined on a single board
► The FT80x and FT81x A.D.A.M. displays are controlled with QSPI, SPI or I²C
► Display control + touch evaluation are automatically provided by the FT80x/FT81x
► The sound is also output (must be externally amplifi ed)
► All the required cables to the A.D.A.M. are routed on a 16-pin FPC fl at cable and can thus communicate directly with the target application.
► The A.D.A.M. family is intercompatible as a result of the standardised connection and standardised commands of the FT80x/FT81x and can be easily exchanged
► Rapid change-over between the different display sizes 2.8" to 7", no matter whether resistive or capacitive or without touch
Intelligent displays ADAM - Advanced Display Application Module
ADAM28LNNQVEDT TFT 2.8ʺ QVGA portrait format, approx. 350 cd/m²
ADAM28LRNQVEDT TFT 2.8ʺ QVGA portrait format, resistive touch, approx. 350 cd/m²
ADAM35LNNQVEDT TFT 3.5ʺ QVGA landscape format, 385 cd/m²
ADAM35LRHQVSGD TFT 3.5ʺ QVGA landscape format, resistive touch, approx. 650 cd/m²
ADAM35LRNQVEDT TFT 3.5ʺ QVGA landscape format, resistive touch, approx. 350 cd/m²
ADAM43LCNWQEDT TFT 4.3ʺ WQVGA landscape format, PCAP touch, approx. 390 cd/m²
ADAM43LCNWQEDTFM3 TFT 4.3ʺ WQVGA landscape format, PCAP touch, approx. 390 cd/m² incl. FM3 MCU
ADAM43LNHGWQSGD TFT 4.3ʺ WQVGA landscape format, approx. 800 cd/m²
ADAM43LNHWQSGD TFT 4.3ʺ WQVGA landscape format, approx. 800 cd/m²
ADAM43LNHWQSGDRX6 TFT 4.3ʺ WQVGA landscape format, approx. 800 cd/m² incl. RX630 MCU
ADAM43LNNWQEDT TFT 4.3ʺ WQVGA landscape format, approx. 390 cd/m²
ADAM43LRHWQSGD TFT 4.3ʺ WQVGA landscape format, resistive touch, approx. 800 cd/m²
ADAM43LRHNWQEDT TFT 4.3ʺ WQVGA landscape format, resistive touch, approx. 385 cd/m²
ADAM70LCNWVGAEDT TFT 7.0ʺ VGA landscape format, PCAP touch, approx. 350 cd/m²
Independent of the display size, identical
16-pin connection
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International GLYN Network
Germany Head Offi ceGLYN GmbH & Co. KG
Am Wörtzgarten 8D-65510 Idsteinwww.glyn.de
Tel.: +49 6126 [email protected]
© 2016-02 by GLYN GmbH & Co. KG
Attention! This overview only presents a selection of our product portfolio.With some manufacturers we may have special regulations and / or restrictions for some European countries.
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