As manufacturers build smarter, globally networked production facilities that take advantage of Internet of Things (IoT) technologies, they need scalable, fault-tolerant computing platforms with built-in network and system management capabilities. The MicroTCA (MTCA) architecture meets all these requirements and more.
Fault-tolerant
Computing platforms
MTCA is an ideal architecture for the migration of industrial automation systems based on CompactPCI or VME single board computers (SBCs). A high performance backplane based on SRIO, Gen3 PCIe or 10/40GbE fabrics, health management and fault tolerance are all part of the open specification.
Applications
Telecoms
Medical
Scientific
Rail
Industrial Automation
Quantum Computing
High Reliability
With increased demand for sustainability, efficiency, and more connected transportation experiences, air, sea, land, and rail applications place high demands on embedded computing systems. These systems also have to weather tough environmental conditions while also providing greater bandwidth, networking and performance.
VadaTech offers custom solutions for transportation applications, as with two recent systems for railway dispatch and monitoring that both used our 8U VT811 chassis with rear I/O modules, with some variations of the internal hardware modules. We utilized a VadaTech PCIe Gen3 UTC004 MCH for fast communication to the Intel Xeon E3 processor and a 4-port GbE module for network communications. With full system management and failover functions, the system can ensure 99.99999% or ‘seven-nines’ uptime.
Featured Products
The AMC001 provides an easy way to test/monitor AMC slots under different power loading conditions. The module includes two front panel switches for configuration. The rotary switch is read during [...]
The AMC002 provides a convenient way to monitor and/or inject Telco clocks with a μTCA/ATCA system utilizing either AMC v1 or AMC v2 clock pin-out definitions. Two clocks may be [...]
The AMC003 provides an accurate local clock frequency to a μTCA/ATCA system which is derived from a GPS 1PPS signal. The local oscillator is disciplined to provide the desired clock [...]
The AMC004 provides a complete GPS bus-level timing solution to a MTCA/ATCA system. The onboard GPS receiver is used to discipline the local oscillator and cancel out any oscillator drift [...]
The AMC005 provides a complete, feature-rich, GPS/PTP (1588)/IRIG/NTP bus-level timing solution to a MTCA/ATCA system, with exceptional flexibility. The onboard GPS receiver 1 PPS or IRIG input is used to [...]
The AMC006 provides a complete, feature-rich, GPS/PTP (1588)/IRIG/NTP bus-level timing solution to a MTCA/ATCA system, with exceptional flexibility. The onboard GPS receiver, or 1PPS, or Inter-Range Instrumentation Group (IRIG) input, [...]
The AMC011 provides an easy way to test/monitor AMC slots under different power loading conditions. The module includes two front panel switches for configuration. The rotary switch is read during [...]
The AMC012 provides an easy way to test/monitor airflow in five zones. An LCD display on the front panel allow for effortless monitoring of the airflow. There are four temperature [...]
The AMC013 provides an easy way to connect to the FMC155 module to provide expansion of the I/O. The module provides Isolated RS-485, Ten Isolated Output, Ten Isolated Input and [...]
The AMC014 is designed to providing frequency matched triggering signals as dual LVDS output.  The AMC014 trigger response can be configured via the front panel RS232 interface or a trig [...]
The AMC015 is the third generation IPMI controller that meet all of the requirements for an AMC MMC and ATCA Carrier Manager as laid out in the industry standards from [...]
As telecom and enterprise networks converge around SDN/NFV technologies and service providers develop strategies to manage the bandwidth strain driven by OTT video, VadaTech’s field-proven open standard building blocks enable you to develop solutions faster, more cost-effectively and with less risk.
Cost-effective
Scalable Solutions
With carrier-grade 5-nines platforms based on AdvancedTCA (ATCA) or MicroTCA (MTCA) and switches and specialty boards in the CompactPCI (CPCI) and PCI Express (PCIe) form factors, we can help you scale your system from core network data centers through the aggregation layer to edge and access equipment. Market leaders in telecom, network and cloud equipment, broadcasting, and streaming trust VadaTech to deliver innovative, customized technology solutions across a range of applications.