CISC Semiconductor Design+Consulting GmbH, a design and consulting company for industries which develop microelectronic systems, announced it has become a member of The MathWorks Connections Program. The partnership is based on the CISC RFID Application and System Design (ASD) Kit+Library, a simulation software solution for the design and evaluation of RFID systems and applications based on The MathWorks' flagship products MATLAB and Simulink.
The MathWorks Connections Program is available to third-party organizations that develop and distribute complementary, commercially available products and services based on the MATLAB technical computing environment. The MathWorks Connections Program partners help MATLAB users by providing industry or application-specific technology to fill their need for a complete solution. Partner products offer solutions that are seamlessly integrated with MathWorks products and ensure ongoing compatibility in conjunction with new MATLAB releases.
"Having the CISC RFID ASD Kit+Library as only RFID simulation product in The MathWorks Connections Program is a high recognition for the work of CISC in RFID simulation and system design that will lead to a much wider adoption of our software.", said Josef Preishuber-Pfl?gl, CTO and Business Unit Manager RFID+RFComm with CISC Semiconductor. Markus Pistauer, CEO, says, "Joining the Connections Program is the optimal step towards linking CISC particular RFID competence with The MathWorks simulation technology. We expect that The MathWorks strong position on the market will give our RFID business an additional boost. Both partners will benefit when we bring simulation technology towards RFID system design".
The CISC RFID Application and System Design (ASD) Kit+Library is a comprehensive simulation software solution for the design and evaluation of RFID systems and applications. It comprises various simulation modules such as RFID air interface protocol implementations, radio frequency front-end models, and application setups. These modules establish the basis for product configurations which target different applications like RFID product development and RFID system optimization. RFID system integrators use the ASD Kit+Library to model, evaluate, and optimize application configurations prior to set-up cost intensive physical installations. Furthermore, manufacturers utilize ASD Library modules in combination with customized extensions to support the development of RFID products such as ASICs, tags, and interrogators. The ASD Kit+Library utilizes MATLAB and Simulink as computing and simulation platform. ASD Kit+Library product configurations typically comprise Simulink models accompanied by a set of MATLAB M-files that support the user in setting-up, running, and evaluating comprehensive system simulations.
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