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Originally developed as a spinoff of the ATCA architecture and intended for smaller carrier-grade deployments, MicroTCA (MTCA, uTCA or µTCA) technology has now been deployed in multiple industries. Especially Military/Aerospace has been broadly adopting MTCA. These applications usually require high bandwidth data communication, high speed data processing and scalability.
One of the essential elements of MicroTCA, the AdvancedMC module or AMC, has also been adapted for use in other architectures and in custom systems. With an unparalleled collection of IP building blocks, VadaTech specializes in optimizing solutions for customers regardless of the form factor and has helped many customers solve complex computing challenges based on open-standards AMC technology.
Widely recognized as the market leader in MicroTCA, VadaTech’s focus is on creating solutions based on µTCA building blocks that are tailored to the specific needs of our customers and their wide range of applications. That means we have arguably the widest range of standard MicroTCA products in the industry, with a wide array of chassis, processor, data acquisition (AD/DA), FPGA and carrier modules and more. VadaTech’s technology building blocks enable customers to put together a field proven deployable system.
Learn more about the MicroTCA architecture in this VadaTech white paper.
Where is MicroTCA deployed today?
Military/Aerospace Applications
High Energy Physics
Medical, Industrial & Communications
VadaTech offers a suite of 8-14 port Layer 2 & 3 switches in the AMC form factor with GbE or 10GbE versions. We have TelNet and HTTP protocol options, a rich set of Layer 2 & 3 managed software and several front panel interface options including RS-232, SFP+, SFP, RJ-45, and more.
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VadaTech offers the latest high performance processors in the AdvancedMC (AMC) form factor, including Intel® Xeon® and Intel® Core™, Freescale QorIQ, Cavium OCTEON and Tilera devices. Our fat pipe/fabric options include PCIe 10GbE XAUI, SRIO, and a fabric mix.
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Our range of air or conduction-cooled MCHs are now in their third generation, with options up to 40GbE speeds, and a jitter and clock cleaner for improved signal performance. These products are on active duty, deployed in a wide variety of applications such as radar signal processing, data recording, C4ISR and naval towed array. We have developed key new features, such as Battle Short and Cold Start, which are typically not required in commercial environments, to address the harsh conditions faced by soldiers, sailors and pilots. Our robust Carrier Manager and Shelf Management software has been deployed for years with proven results. We also offer an IPMI Controller reference schematic as a complete hardware and software solution as a quick way for you to develop for the AMC and MicroTCA form factor without prior IPMI knowledge.
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VadaTech carriers are available in a wide range of mezzanine styles and formats, including versions to enable you to adapt different buses and architectures. Our AdvancedMC (AMC) carrier modules can accommodate FMCs featuring FPGAs from Altera and Xilinx. We also offer carriers for XMC/PMC/PrPMC and PCIe add-on cards.
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VadaTech has developed a range of unique products to accelerate your development, simplify your testing and enable you and your customers to deploy smoothly. We have a range of AMCs to provide load testing, IPMI development and breakout for the clocks. VT072 enables a single AMC to be powered for testing and development.
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VadaTech offers a range of air baffles and filler panels for MicroTCA systems, including an innovative filler panel for single or double module slots that allows you to control the angle of the airflow baffle depending on your airflow analysis.
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