/> Open Modular Core Platforms are the result of Kontron's long-standing expertise in driving specifications and developing standard-based hardware components and integrated platforms for the telecommunications market. Each integrated Kontron Open Modular Core platform includes redundant power entry modules, cooling infrastructure with hot swappable redundant fans and 10GbE or 40GbE switching capabilities based on the Kontron ATCA switch blades AT8910 and AT8940, each with platform synchronization interfaces. Also built-in is redundant Shelf Management with interoperability-tested Shelf Manager Cross Connects, as per PICMG specification, and optional systems management functionality based on the COM Express form factor which resides on the Kontron ATCA switch blades AT8910/AT8940 for centralized system management with a standards-based HPI implementation. A telco alarm panel provides telecom grade external system alarm notification.

The range of applications to build systems based on the Kontron 10G or 40G Open Modular Core Platforms includes, but is not limited to - 3G/4G and LTE Network Elements; GPON/EPON and Optical Transport Network Elements; QoS and Test Platform Network Elements; Service and Content Delivery platforms with Security and DPI functionality.

Equipment vendors in the Deep Packet Inspection (DPI) market may wish to consider adding Kontron's new high performance, dual packet processor (L2-L7) 40G ATCA blade AT8242 loaded with two OCTEON II MIPS64 32-core processors from Cavium Networks. Designed for complex networking functions, the OCTEON II processors combine over 85 L3-L7 application acceleration engines, virtualization features, 100Gbps of connectivity, and a new Real Time Power Optimizer that dynamically adjusts power depending upon the application-level processing requirement.

Marrying the only available open-standard 40G hardware with the needs of LTE EPC elements
While 4G LTE networks require significant bandwidth and latency capabilities, they also cause a total re-think of the financial parameters of system-level CAPEX and OPEX. Demand for these new networks is rising and, in turn, is imposing shorter than usual time to market schedules for telecom and network equipment vendors. Being able to outsource a core platform, rather than developing it in-house, proves to be a most attractive option.

The advantages of the Kontron 10G and 40G ATCA platforms are clear when developers have the 'Freedom of Choice' to choose their hardware and software building blocks from an open standard ecosystem, and can realize new design projects - from inception to market rollout - anywhere between six and 18 months, depending on the application. Moreover, the ATCA specification was conceived to support all-IP networks and, in the case of LTE, meets, among others, the following requirements: ease of scalability and extensibility; intrinsic low latency packet switching; IPv6 support; 10GbE and 40GbE backplanes for network processing; IPsec protection of the control plane and the user plane; MPLS support; Sync. E and IEEE1588 support; and dedicated or shared protection for (1+1,1:1, M:N).

On the clock with Ethernet - IEEE 1588 (PTP) and Synchronous Ethernet (SyncE)
New, all-IP mobile wireless network infrastructures are dependent on new ways to achieve network synchronization, such as Synchronized Ethernet, and it is primarily important for content delivery platforms that provide not only voice but audio, HD video and real-time streaming content of MMS (Multimedia Messaging Service) and MBMS (Multimedia Broadcast and Multicast Services). For LTE and the IP-based packet switched EPC, there are two available synchronization options - IEEE 1588 (PTP) and Synchronous Ethernet, both of which are supported on Kontron 10G/40G Open Modular Core platforms. 1588 (Precision Time Protocol) describes an hierarchical master-slave architecture for clock distribution, while SyncE brings synchronization to specific Ethernet applications which otherwise would be asynchronous.

Kontron Open Modular Core Platforms - architectural features
Both Kontron Open Modular Core platforms deliver high performance switching and routing, and provide support for 12x 40GbE nodes and one redundant hub meeting NEBS and ETSI standards. Additional highlights include:
- Up to 640 Gbps (Kontron OM9141-40G) non-blocking switching bandwidth
- Up to 320 Gbps (Kontron OM9141-10G) non-blocking switching bandwidth
- Separate switch silicon for Base and Fabric interface
- Support for 2x 40GbE Fabric Interface to the Rear Transition Module (RTM) which is also designed to support Synchronous Ethernet and IEEE1588
- Front panel connectors: 4x 10GbE SFP+ Fabric Interface and 4x 10GbE SFP+ Base Interface uplinks
- Rear panel connectors (RTM support):
o 2x 1G SFP BI Interfaces
o 4x 10G SFP+ FI Interfaces (AT8910)
o 4x 10G SFP+ FI Interfaces + 1x 40G QSFP or 2x 40G QSFP (AT8940)
o Telco PLL (incl. optional SyncE support)

- 13U high, 19 with brackets for 19 equipment practice
- 12 available slots for Node Blades and RTMs
- Dual Star Platform configuration with 1GbE Base Interface and 1,10 or 40GbE Fabric Interface support
- Front to rear cooling supports 300W per slot plus 35W per RTM
- 4x hot-swappable fans and front pluggable Air Filter with redundant presence sensor

Open Modular Core Platforms - switch management overview
Switch management is supplied by Broadcom FASTPATH packages and numerous Kontron extensions, which support switching, QoS, IPv4 and IPv6 routing, IPv4/IPv6 multicast routing and selected protocols, namely - Ethernet multicast switching protocols and functions (such as GVRP, GARP, RSTP, LAG, IGMP Snooping, DiffServ, ACL); IPv4 unicast and multicast routing, unicast forwarding protocols & functions (such as ARP, OSPF, VRRP, RIP); multicast forwarding protocols & functions (such as PIM-DM, PIM-SM, DVMRP, IGMP); IPv6 unicast and multicast routing; and, IPv6 unicast forwarding protocols and functions (such as discovery, OSPFv3, MLD, 6to4/4to6 tunneling).

These Kontron Open Modular Core platforms are targeted to host multiple applications using any specific mix of Kontron CPU, NPU and Carrier Blades, plus many PICMG 3.0/3.1 compliant 3rd-party and, to some extent, even certain proprietary blades, all of which can be properly validated and integrated by Kontron platform architect teams.