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Die CISIUM Entwicklungsplattformen sind Hardware-Frameworks mit der besten Lösung im Markt für bestimmte Produktanforderungen. Auf Grundlagen von Ergebnissen aus durchgeführten Marktuntersuchungen fuer die meisstgefragtesten Funktionalitaten, konnen wir Ihnen schnell die beste Produktlösung fur ihre Produktideen geben.
Der Schlüssel hierzu sind unsere Entwicklungsplattformen, die CISIUM einen Wettbewerbsvorteil bezüglich "time to market, Preis, Funktionalität, Kompatibilität, reibungslose Migration zu höherer Leistung und Verfügbarkeit vieler Halbleiterhersteller werden bieten.
Sie können sich unsere Entwicklungsplattformen als ein komplexes Puzzle von Funktionalitäten vorstellen. Unsere Kunden wählen die Stücke, und wir passen die Funktionalität an, um Ihre Anforderungen zu erfüllen. Wenn die Funktionalität, die gebraucht wird nicht zur Verfügung steht, dann kann CISIUM zusammen mit uns kollaborierenden Ingenieursbüros Ihnen die beste Option anbieten.
Die Entwicklungsplattformen sind rund um einen ARM Mikrocontroller entwickelt. Diese 32-Bit-Architektur ist die für Embedded-Anwendung am meisten auf dem Markt verwendete Architektur und wird von allen großen Halbleiterfabrikanten wie: NXP, Atmel, Texas Instruments, ST Microelectronics, Samsung, Texas Instruments, Toshiba,... genutzt.
Der Einsatz der ARM-Mikrocontroller ermöglichen CISIUM eine Auswahl der besten Mikrocontroller im Markt, sicherstellend erstaunlichen Preis, gute Leistung, geringer Batterieverbrauch, große Kompatibilität zwischen den Herstellern, Wiederverwendung von Software-Entwicklungswerkzeugen, reibunglose Migration zwischen Plattformen und Silizium-Hersteller, langfristige Verfügbarkeit der Halbleiter und eine riesige Entwickler-Community.
Wir haben zwei Standard-Entwicklungsplattformen.,die je nach Produktanforderung Einsatz finden:
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openPICUS FlyPort Wi-Fi Module with Nest Expansion Board |
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 The connection of electronic embedded products to internet is one of the biggest trends of many things that surround us.
CISIUM has joint to the openPICUS platform made of the free software IDE and modular hardware - modules and expansions - in order to let your systems to be connected and controlled from anywhere. This technology offers an easy way to connect and control embedded systems over Internet through a custom webserver or the standard TCP/IP services. The platform is composed by:
- openPICUS IDE: a free development tool for creating, compiling and downloading applications (firmware), for importing web pages and interacting with the Communication Stack
- Bootloader: it's loaded on modules and allows to download firmware on them with no need of investing in expensive hardware programming systems.
- Hardware: modules and expansion boards (Nests) for creating complex systems.
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XILINX CoolRunner-II CPLD Starter Kit |
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 The new CoolRunner-II CPLD Starter Kit is a versatile and powerful platform for Xilinx CPLDs for low power applications-oriented and high volume. This system allows CISIUM provide a complementary technology to the existing one, adding extra value in embedded electronic design and opening the door to VHDL and Verilog programming.
Unique features such as DataGATE™ and CoolCLOCK allow designers to reduce power consumption to as low as 28uW of standby power, which is critical in extending battery life for the latest handheld consumer electronics as well as commercial level remote devices. With up to 323 MHz performance, the industry’s highest I/O count per macrocell and superior clock management, designers no longer have to make drastic trade-offs between low power and high performance.
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Embedded Artists LPC31xx Developer's Kit |
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 The LPC31xx Development Platform provides an entire range of solutions for devices hosting rich Operation System platform and user application ranging from ultra-low-cost handset through smart phones, mobile computing platforms, and set-top boxes through enterprise networking, printers and server solutions.
The platform supports all the NXP LPC31xx family. The family is is based on the ARM ARM926EJ-S processor that features the Java acceleration technology (Jazelle) enhanced 32 bits RISC CPU, flexible size instruction and data caches, tightly coupled memory (TCM) interfaces and memory management unit (MMU). The LPC3130 is the cheapest ARM926EJ-S processor in the market.
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Embedded Artists LPCXpresso Motor Control Kit |
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The LPCXpresso Motor Control Kit is a Development Platform for low voltage motor control based on NXP’s MCUs. With this universal platform it is possible to control BLDC, BLAC, stepper and dual brushed DC motors. This kit is compatible with LPCXpresso LPC1114 (included in kit), LPCXpresso LPC1343 and LPCXpresso LPC176x.
This new development board expands the CISIUM knowhow in the Electrical and Electronic development, covering the essential motor motion control that is very important in the embedded development. In the development board we can find out PID algorithms, current sensing per phases (shunts), power FETS, Hall Effect sensors, etc.
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Embedded Artists LPC32xx Developer's Kit |
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 The LPC32xx Development Platform provides an entire range of solutions for devices hosting rich Operation System platform and user application ranging from ultra-low-cost handset through smart phones, mobile computing platforms, and set-top boxes through enterprise networking, printers and server solutions.
The platform supports all the NXP LPC32xx family. The family is is based on the ARM ARM926EJ-S processor that features the Java acceleration technology (Jazelle) enhanced 32 bits RISC CPU, flexible size instruction and data caches, tightly coupled memory (TCM) interfaces and memory management unit (MMU). The LPC3250 is the most powerful processor from NXP.
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Technologien 
