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MicroTCA Overview
MicroTCA Markets
3.
Select an appropriate MCH, consider if you require redundant MCH configuration and some
chassis have integrated MCH.
4.
Select a Power Module to meet your system requirements and more than one Power Module is
required for high availability and high payload power applications.
5. Select a cooling unit to that is compatible with the chassis and provides the required cooling
mechanism (back to front, bottom to top or side to side).
6. Optional JTAG switch modules can be used for debugging and diagnosing prototype designs.
7. Optional System Manager software is used to configure and manage the entire system along with
other application software.
Please note that the above steps are high level overview of the selecting a MicroTCA system, once the
system is designed, they must be configured to meet the application requirements. The configuration and
implementation of the modules are not scope of this document.
10.6 Why Choose VadaTech?

Industry's only supplier of the full MicroTCA ecosystem (over 200 AMCs, MCHs, PMs, Chassis,
Specialty/Test, and Application-Ready Platforms)

Unprecedented performance density from boards to chassis/application-ready platforms

Hundreds of standard products to leverage a “boutique” approach to customization

Creative solutions offering best price-to-performance

Unique capability with electrical, mechanical, software, and system-level expertise in-house

A global company with AS9100 and ISO9001 certifications
VadaTech – The Power of Vision
VT-MAN-CUS-MTCA-1.1
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