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Analog Devices' MicroConverter® family of precision analog microcontrollers combine precision analog functions, such as high resolution ADCs and DACs, a voltage reference, and temperature sensor specifications, with an industry-standard microcontroller and embedded flash memory. The ADuC7000 series of products feature an ARM7® 32-bit RISC MCU while the ADuC800 series features an industry standard 8052 MCU core.
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ARM is the industry's leading provider of 32-bit embedded RISC microprocessors with almost 75% of the market*. ARM offers a wide range of professional processors based on a common architecture and delivering high performance together with low power consumption and system cost.
The ARM processor range provides solutions for:
- Open platforms running complex operating systems for wireless, consumer and imaging applications.
- Embedded real-time systems for mass storage, automotive, industrial and networking applications.
- Secure applications including smart cards and SIMs.
The Processor Selection Guide lists the key features of each ARM processor. The ARM Connected Community now provides a wealth of standard development tools, operating systems, optimized application professional software, and design services which together ensure rapid time to market for ARM processor-based designs.
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The DANA23 (Digital Adaptive Neuro ASIC) neurochip implements a universal neurocontroller. The chip contains a complete feed-forward network with integrated weight storage. Furthermore, there is also a modified backpropagation learning algorithm integrated into the ASIC.
The DANAsim programme is a simulation tool for neural networks developed at the GEMAC mbH and specifically adopted for the DANA23 neuro-ASIC.
With DANAsim, feed-forward networks with up to four layers (one input layer, one or two hidden layers, and one output layer) can be processed. The maximum number of neurones per layer is 64. All neurones have a quadratic activation function.
Learning and testing data for the neural network are to be supplied in the form of an appropriate pattern-file. All learning parameters for a modified form of the standard back-propagation algorithm can be adjusted easily in the program menus.
It is possible to connect the simulator to the DANA23 neuro-ASIC PCI-board, developed at GEMAC mbH. In this way, neural networks developed using the simulator can be tested on corresponding hardware. |
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Tensilica's Diamond Standard Series processor family of synthesizable cores range from the industry's smallest 32-bit, ultra-low power, cache-less RISC controller to the industry's highest performance licensable INDUSTRIAL DSP and most popular professional audio processor and an exciting professional video processor family. The Diamond Standard family covers the broadest range of performance of any embedded professional computing architecture and have been proven in our customers designs.
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Intel offers a wide range of chipset covering desktop chipset, notebook chipset, Server and industrial workstation chipset, Embedded chipset, consumer electronics chipsets.
Enhance your audio, digital video, and communications capabilities with Intel® chipset technologies for desktop Professional pcs.
Boost your audio, digital video, and communications capabilities with chipset technologies for notebooks.
Maximize the power of processor-based systems with enterprise-class chipsets enhanced with the newest technologies.
Experience the performance, power, stability, features, and reliability you expect from the embedded professional computing applications.
Get the power and performance you need to connect a new generation of networked media platforms. |
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| The Station Automation Series COM600 is a dedicated system for providing interoperability between industrial or utility substation IEDs (Intelligent Electronic Devices) and local or higher-level systems, such as local operator interfaces or higher-level Network Control Centres (NCC) or Distributed Control Systems (DCS). The series features industrial gateway functionality supporting a variety of commonly used substation device communication protocols. The COM600 series comprises three products, the Control and Monitoring Unit COM605, the Communication Gateway COM610 and the Station Computer COM615. |
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Don't Settle for an RTU - Use a Complete SEL Integrated Solution for Remote SCADA, Protection Settings Maintenance, Oscillographic Event Retrieval and Analysis, Sequential Event Reporting, and More. Simple, Complete Integration. Link all substation Intelligent Electronic Devices (IEDs) into a single, low-cost configurable contact point for SCADA, local Human-Machine Interface (HMI), dial-in access, dial-out notification, and overall substation integration applications. Link multiple communications professional processors to provide redundant communications paths when necessary. Sixteen additional optoisolated inputs and four programmable output contacts. SEL-2701 Ethernet Processor. SEL-2711 Modbus Plus Protocol Card. Connect IEDs that do not support Modbus to a Distributed Control System (DCS). The communications processor provides faster updates to the DCS than would a multidrop system because it groups data for more efficient multiple-register or block access. Arithmetic functions can change scaling, calculate virtual analog inputs, and compare analog values to thresholds. Use SELOGIC control equations to combine digital inputs to initiate and qualify automatic control, or for interlocks.
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The Intel® IXC1100 control plane processor extends the benefits of Intel XScale® technology, including its rich set of development tools, to meet the processing needs of multi-service switches, VoIP media gateways, wireless infrastructure and other networking equipment.
The Intel® IXC1100 Control Plane Processor offers a choice of multiple clock speeds up to 533 MHz, with both commercial and extended temperature options. The Intel IXC1100 control plane processor feature
set integrates an Intel XScale core, highperformance PCI interface, Professional usb controller and two 10/100 Ethernet MACs. The control plane processor enables cost-effective implementations that extend the performance and flexibility of the processor into targeted markets.
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| LSI offers a diverse portfolio of tributary aggregation devices aimed at processing data and voice into PDH and SONET/SDH transmission protocols. |
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- Blackfin® Professional processors embody a new breed of 16/32-bit embedded processor, ideally suited for products where a convergence of capabilities are necessary - multi-format audio, video, voice and image processing.
- SHARC® Processors, dominate the floating-point Digital Signal Processing market, delivering exceptional core and memory performance complemented by outstanding I/O throughput.
- TigerSHARC® Processors provide the highest performance density for multiprocessing applications with peak performance well above a billion floating-point operations per second.
- ADSP-21xx Processors, are code- and pin-compatible families of Digital Signal Processors with performance up to 160MHz and power as low as 184 micro-amps. |
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| The PC202, PC203, and PC205 family of multi-core INDUSTRIAL DSP chips provides designers with an unprecedented ability to meet the complete range of wireless systems solutions in applications like WiMAX and WCDMA. The new family incorporates picoChip's innovative high performance picoArray™ for flexible signal processing along with accelerator blocks and an ARM9 processor for integration of MAC functions. The picoChip devices give a 10x performance advantage compared with standard DSP's and competitive pricing of $1/GMAC in high volume. The new family of devices is based on the same proven DSP technology already in service in high performance WiMAX basestations. |
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Fully integrated, high performance, 8-bit MCUs based on an advanced 40 MIPs platform with USB-JTAG interface for Flash programming/debugging. The ideal "single-chip solution" for instrumentation and control applications in the embedded data acquisition market.
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Tensilica's Xtensa LX2 processor takes application performance to new heights. It is the only processor core for system-on-chip (SOC) designs that provides the I/O bandwidth, compute parallelism, and low-power optimization equivalent to hand-optimized, RTL-designed non-programmable hardware blocks.
With Tensilica's unique XPRES Professional compiler and automated processor professional generator, every Tensilica customer is able to quickly generate a tailored version of the Xtensa LX2 optimized for their particular application, Ideal for handling traditional SOC embedded processor control tasks as well as compute-intensive datapath hardware tasks, the Xtensa LX2 processor is the basic building block for complex SOC design.
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Turbo Ethernet for PLC Oldie Simatic S5
Are you still using S5 controllers?
Do you want to link these to Industrial Ethernet for visualizing process data for example? Does the 10 Mbps data transmission speed affect your Fast Industrial ethernet switches?
S5-TCP/IP 100 is the high performance Ethernet interface for SIMATIC S5 Manufacturers of plcs. With the universal communication processor the connection to TCP/IP as well as to ISO (H1) networks is possible with 10/100 Mbps. The Ethernet CP communicates with the S7 and S5 controllers of Siemens as well as with Modbus on TCP interfaces of Schneider, Wago, and others. Raw data (Send/Receive) can also be transmitted.
Connect your S5 PLC with other controllers in the field, visualize operational and machine data on your PC with OPC or program your S5 with TCP/IP and Sinec H1.
You can connect additional field devices with the integrated 4-port Switch ans establish small local networks, for example.
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Many storage, networking, and embedded applications require fast I/O throughput for optimal performance. Intel® I/O professional processors allow professional servers, professional workstations and storage subsystems to transfer data faster, reduce communication bottlenecks, and improve overall system performance by offloading I/O processing functions from the host CPU.
The table below provides a quick overview of the Intel I/O processor family. The Intel® IOP34x family of processors, with Intel XScale® microarchitecture, builds on more than a decade of leadership in I/O processor technology.
Learn more about Intel I/O Processors based on Intel XScale® Technology, or get an overview of all our I/O processors in our I/O Processor Overview brochure. |
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The flexibility afforded by a synthesizable core is often countered by the additional configuration and implementation time required to produce a reusable component.
ARM%u2019s core hardening service is a flexible, low risk service for licensees of ARM synthesizable CPU cores (Listed in the See Also box) who require a fixed configuration, hardened CPU core, optimized for area, power and speed that provides the advantages of the synthesizable CPU core with the IP re-use convenience of hard macro deliverables. Early access to the company%u2019s emerging technology, CPU development teams and latest design flows, combined with an in-depth understanding of ARM CPU design, enables ARM core hardening teams to provide a unique, dedicated service to meet each Partner's specific requirements. |
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The MLX10108 is a vehicle designed for software development of the MLX16201. The MLX10108 is intended to be used only on samll sample basis for software evaluation and software qualification of the MLX16201. Volume production is intended to be with the MLX16201.
The MLX10108 is a multiple purpose intelligent relay driver ASIC designed for automotive applications. It uses the RX16000-16 Bit parallel µC of Melexis. Integrated analog and digital features allow ease of design for various automotive applications using minimal external components. 10 different interrupts allow real time events, 4 of which are accessible via the extrnal pins. The circuit is load-dump protected for a 80V load dump pulse.
Availability:
The MLX10108 is availlable as engineering samples.
The MLX10108 is not qualified for series production. |
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Atmel's AT91SAM7S, AT91SAM7SE, AT91SAM7L, AT91SAM7X and AT91SAM9, AT91SAM9XE Smart ARM®-based microcontrollers offer:
- Proven architecture based on ten years' experience in ARM-based standard products
- Deterministic behavior:
Predictable response to a real-time event within a specified number of clock cycles
- Significant enhancements to the basic ARM processor:
Peripheral DMA eliminates bottlenecks in memory-to-peripheral transfers
Advanced interrupt control enhances real-time performance
Single-instruction bit set/reset simplifies application code
- Embedded Flash memory for flexible code and reference data storage
- Connectivity: USB, Ethernet, SPI, USART, etc.
- Security: AES/TDES accelerators, memory lock bits, etc.
- Code compatibility across all products
- Low-cost development tools
- Extensive professional compiler, operating system, compiler and application support from industry-leading third parties |
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Epson offers a wide variety of different microcontrollers all incorporating one of Epson's original CPUs.
The S1C60/62/6S series includes a 4-bit, the S1C88 series an 8-bit and S1C33 series a 32-bit core. In addition there is a wide variety of peripherals available to build a complete microcomputer system: RAM, ROM, LCD-drivers/-controllers, I/O-ports, serial interfaces, etc. All our microcontrollers are fabricated in highly developed process technologies. This enables Epson to serve all our customers with extremly power saving products.
For all the microcontroller families Epson provides its own in-circuit emulators and all the needed software tool chains to sucessfully support the customer's development of any microcomputer system using either a 4-, 8-, or 32-bit CPU core. |
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The JN513x are a family of low power, low cost wireless microcontrollers suitable for IEEE802.15.4 and ZigBee applications. Each device integrates a 32-bit RISC processor, with a fully compliant 2.4GHz IEEE802.15.4 professional transceiver, 192kB of ROM, a selection of RAM sizes from 8kB to 96kB, and a rich mixture of analogue and digital peripherals.
The cost-sensitive ROM/RAM architecture supports the storage of system software, including protocol stacks, routing tables and application code/data. Each device integrates hardware MAC and AES encryption accelerators, power saving and timed sleep modes, and mechanisms for security key and program code encryption. These features all make for a highly efficient, low power, single chip wireless microcontroller for battery-powered applications. |
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MAXQ 16-Bit RISC Microcontrollers
The MAXQ® family is an innovative step in embedded microcontroller design. Combining high-performance with quiet operation enables integration of high-performance analog circuits and battery powered operation.
TINI Networked Microcontrollers
Networked microcontrollers include features for network enabling embedded systems, both in the classical sense of Ethernet and a wide variety of lower level networks.
Secure Microcontrollers
Highly-secure microcontrollers encrypt program and data memory to prevent unauthorized access of up to 4MB program and 4MB data memory. Tamper/environmental sensors can automatically erase internal program, data, and encryption keys.
These are the processors of choice for applications that require absolute protection of code and data, such as passwords, PINs, and public/private keys.
8051 Drop-In Microcontrollers
Dallas Semiconductor's 8051-drop-in microcontrollers have the same code and are pin compatible with older 8051 devices, but deliver up to 33 times the performance.
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| WEBENCH for COP8® - A complete online development environment for producing fully functional COP8 applications code, featuring Processor Expert™ from Unis. |
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Fully integrated, high performance, 8-bit MCUs based on an advanced 40 MIPs platform with USB-JTAG interface for Flash programming/debugging. The ideal "single-chip solution" for instrumentation and control applications in the embedded manufacturers of data acquisition market.
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SAMSUNG MCU solution covers 4-bit to 32-bit products and has a variety of product line-ups. Also the designers can easily realize their devices. In particular, Home Appliance, Consumer, Professional remote control, LCD, Telecom, Voice, and Audio products have strong features and have OTP/MTP. Moreover, Low Power Consumption makes it even more popular in the worldwide market.
SAMSUNG designs, manufactures, and sells a variety of microcontrollers with SAMSUNG's high technology such as flash memory, highly integrated RISC cores, and complete product testing.
SAMSUNG's products feature all the microcontrollers for system design solutions, especially focusing on application-specific, OTP, and flash microcontrollers along with integrated functionality, ease of development, and technical support.
Our advanced designs and patented process technology allow users to create systems of high performance, high reliability, and low power consumption at competitive prices. |
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Toshiba, a world leader in semiconductor technology, offers an extensive line of 8-, 16- and 32-bit CISC and 32-bit RISC microcontrollers with embedded Flash and Professional mask ROM memory.
Toshiba's microcontrollers are part of a total Microcontroller System Solution, supported by expert-trained technical professionals ready to answer your design questions, provide application support and even modify existing devices to meet your growing application needs.
The Toshiba Total System Solution includes an extensive line of microcontrollers that feature low-power consumption and a variety of memory, peripheral and performance options required by today's embedded designs. To help you get to market faster, easier and with a more affordable product, Toshiba also offers a selection of sophisticated yet easy-to-use development tools and reference boards. |
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Processors and Controllers (MPUs, MCUs, DSPs)
