12 slot compact and powerful MicroTCA platform
Powerful MicroTCA platform for exceptional performance and versatility
The compact Kontron OM6120 brings exceptional performance and versatility to a wide range of quad-play telecom applications and high bandwidth datacom applications with significant cost improvements compared to conventional MicroTCA platforms. Cost optimization is thanks to its streamlined design that includes Power Management and Fan Control on the backplane, and pluggable Power Supply Units instead of MicroTCA Power Modules. All AdvancedMC modules connect to both MCH modules in a dual-star base interface (GbE) on AMC ports 0 and 1. Fabric ports 4-7 of all AdvancedMC modules connect to MCH 1, while the AdvancedMC modules’ extended fabric ports 8-11 connect to MCH 2, enabling the Kontron OM6120 to support a wide range of configurations.
The possibility to use single and double-width form factor AdvancedMC modules provides extraordinary flexibility for a wide-range of applications that demand high processing power, high throughput and low latency. In combination with the layout of two rows of AdvancedMC bays, the fabric options facilitate the implementation of dual-channel processor architectures with arbitration or checkpoints between the channels. By accommodating a high number of multi-core AdvancedMC modules and allowing a tight coupling of processors over high-speed communication links (over the backplane), the Kontron OM6120 is also well suited for image processing applications in single-channel or dual-channel architectures.
– Compact System for up to 12 Mid-Size AMCs (Single-Width and Double-Width)
– Dual Pluggable AC PSUs
– Dual-Star backplane incl. GbE, 10GbE, PCIe and SRIO according to SCOPE mapping
– Management Options: Fully Featured MCH with various fabric options; one or two MCHs
– 5U System, ½ of 19″ wide, 215 mm deep (chassis only)
– Options: 2x OM6120 units mountable in one 19″ rack; 2nd fan unit mountable on top
– Ready to use: system configured and operating system installed
– Customizable Design
