Systran Curtiss Wright Scramnet C6VME A-H-PR-BC6VME H-AS-D6VMEH2M
The SCRAMNet+ Network (Shared Common RAM Network) was developed to satisfy the demanding real-time requirements of high-fidelity simulations — but its capabilities extend equally well to virtually all other distributed real-time applications. Based upon a replicated shared-memory concept, the SCRAMNet+ Network is optimized for the high-speed, ultra- low-latency transfer of data among many computing platforms that are all solving portions of the same real-time problem.
Its simplicity and speed are ideally suited for applications requiring a high degree of synchronization and control.
The proven SCRAMNet+ SC150 series is designed to provide the speed and deterministic performance of shared-memory while avoiding the data collisions and computer-to-computer latencies often caused by the complex, time-consuming
layers of software and hardware protocols used in typical networking systems. Although standard networks may offer sufficient data transfer rates between boards for some real-
time systems, they are unable to match the superior host-to- board communication achieved by the SCRAMNet+
Network’s shared-memory architecture.
In critical real-time systems, computer-to- computer data latency is dependent on two factors: network speed and, more
importantly, data throughput between the host computer and the network node. The SCRAMNet+ Network’s shared-memory
speed and simplicity insure that communication at every computer is optimized for minimal data latency.
It virtually guarantees that all computers in the system are operating simultaneously on the same set of data.