Kontron
AdvantechThe AdvancedMC card is considered powerful enough that there are situations where the processing functionality is the only requirement. The MicroTCA standard is targeted at supplying a COTS chassis that will allow AMC cards to function without any AdvancedTCA carrier card. The function of the ATCA carrier board and of the ATCA shelf manager are concentrated on one board, which is called the MicroTCA Carrier Hub (MCH). On July 6, 2006 MicroTCA R1.0 was approved. Since this approval, multiple companies[who?] have launched AMC and MCH products.
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Rugged Box-Level Systems Expand Their Sphere of Influence
Within the last two years the concept of “Stand-Alone Rugged Boxes” has become a fixture in this market. The trend has now broadened out to include a larger contingent of smaller formRead More...
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COTS Products
Recorder and Signal Conditioner Team for Rugged Duties When you can integrate any technology down to a significantly smaller size and weight, sometimes that opens up a wholeRead More...
COTS Products
Managed Ethernet Switch Rides 3U CompactPCI Attracted by its ubiquity and longevity, the military is growing ever more fond of Ethernet. And switched Ethernet is becoming asRead More...
COTS Products
3U cPCI Board and Rack Family Satisfies Extreme Thermal Needs CompactPCI, particularly in its 3U flavor, is no longer the new kid on the block in the military market. It’s paidRead More...
COTS Products
Qseven-Based Carrier/SBC Duo Rolls The Qseven connector scheme leads the way on the notion of combining a variety of I/O technologies onto one connection. Supporting that standard,Read More...
COTS Products
Controller Adds Graphics to StackableUSB USB for years went underutilized in military embedded applications. That’s starting to change as uses from the technology presentRead More...
COTS Products
Video Processor Card Gains Image Fusion Capabilities It’s no easy trick to combine images from multiple sensors and cameras and assimilate and interpret that data. Providing theRead More...
MicroTCA Gaining Ground in Military Applications
Deeply rooted in VME and CompactPCI platforms, military embedded design is undergoing a noticeable shift. Modern warfare initiatives are driving designers to find more bandwidth, whileRead More...
Ethernet Gains Momentum as Fabric for VME, VXS and VPX Systems
Ethernet is everywhere. That’s no surprise. In many ways, it’s as close to perfect as a technology can be in terms of its scalability, its flexibility, its simplicity and its low cost.Read More...
Small Form Factors Mean Big Design Choices
Military applications represent some of the most challenging and broad-ranging design demands today. New technologies can be difficult to adopt and develop quickly, and as a resultRead More...
Despite Mixed Signals, Mil Market Looks Encouraging
Several factors–including the new administration, the thought of winding down action in Iraq, picking up activity in Afghanistan, new hostility between Palestine and Israel, theRead More...
COTS Products
Quad-Core Intel Xeon-Based VME SBC The multicore trend has swept through the military embedded computing industry, and military system developers are embracing it with open arms.Read More...
Fabric-Based Strategy Doubles Up on UAV Payload Functions
In recent years, the aerospace industry, particularly in the military market, has seen the proliferation of UAV in a variety of end-use applications. The applications now includeRead More...
COTS Products
Advanced Low-Power PMC Supports Dual Graphics Heads A blend of graphics and video performance is vital for advanced sensor fusion, image/frame capture and recording inRead More...
COTS Products
Tiny SMD Fuse Approved for Space Applications Reliability and ruggedness take on a whole new meaning for electronics used in space applications. There’s no repair truckRead More...
MicroTCA and AMC Team for Military Duties
For the first time since the introduction of VME 25 years ago, an embedded computing architecture is emerging that is capable of serving a broad cross section of market segments:Read More...
Cots Products
20-Inch 2U Chassis for Trenton 32 Gbyte Boards The days when military system developers did everything themselves are long gone. They’d much rather find building blocks to pieceRead More...
AMCs Expand MicroTCA's Military Potential
Modern warfare systems must expertly blend issues of ruggedness, flexibility, mobility and high-end processing with the need for standards-based solutions that can be developed andRead More...
MicroTCA Connectors Tested Extreme Conditions
MicroTCA connectors are extremely robust and therefore suitable for use in applications beyond telecommunications. In every situation, the connectors have to guarantee secureRead More...
Intel Architecture Ups its Appeal for Military Embedded Apps
There used to be a delay-numbered in years-between when the latest and greatest computer microprocessors first rolled out and when they made their way into the embedded computerRead More...
MicroTCA Carrier Hub Family Supports Four Fabric Types
MicroTCA Carrier Hub Family Supports Four Fabric Types MicroTCA is finding a niche in military applications—particularly those focused on marrying high-speed fabric interconnectsRead More...
Deployable xTCA Platforms Fuel Net-Centric Application
Broad new military initiatives such as the U.S. Navy’s (CANES) Consolidated Afloat Networks and Enterprise Servers, Brigade Combat Team Modernization, (JTRS) Joint Tactical RadioRead More...
Boundary Scan Fixture Targets AMC and ATCA
As the military warms to the relatively new ATCA and AMC form factors, the ecosystem for those architectures is expanding. Goepel Electronic has announced the launch of CIONRead More...
Multiple Vendor Fairy Tale
Even the military is following the trend of consumer electronics—more functionality, smaller, less power and cheaper. The only problem is that the military can’t accept a “use it forRead More...
