OP8213
The OP8213 is a 32-channel I/O adapter interface with RJ45 connectors, optimized for use in both memory mapped and I/O-mapped systems. Each RJ45 connector gives access to a group of four signals. It does not apply any conditioning to the signals coming from or going to the simulator.
FAQ
Find the answers to your questions
What is the OP8213 I/O adapter used for?
Our OP8213 I/O adapter is designed to provide a reliable and direct signal interface between simulators and external systems. It supports 32 channels grouped through RJ45 connectors, making it ideal for real-time simulation setups that rely on memory mapped or I/O-mapped communication systems.
How does the OP8213 support memory mapped I/O systems?
We engineered the OP8213 to work seamlessly with memory mapped I/O systems. It gives users direct access to I/O signals without applying any signal conditioning, ensuring that real-time data flows efficiently between the simulator and connected equipment using a memory mapped architecture.
Is the OP8213 compatible with I/O-mapped systems as well?
Yes, our OP8213 I/O adapter is compatible with both memory mapped and I/O-mapped systems. This flexibility allows it to be integrated into various simulation setups, especially when precise and real-time signal access is critical to system performance and testing accuracy.
What kind of connectors and signal access does the OP8213 provide?
The OP8213 features eight RJ45 connectors, each offering access to four signals, totaling 32 I/O channels. This design allows us to offer straightforward connectivity for I/O-mapped or memory mapped applications without internal signal conditioning—ideal for custom or external signal management.
Why should we choose the OP8213 for our real-time simulation platform?
We recommend the OP8213 for its simplicity, reliability, and flexibility. As an I/O adapter, it enables robust and direct signal interfacing in memory mapped and I/O-mapped systems, making it a dependable choice for engineers who need clean, unconditioned access to real-time signals across a wide range of applications.