The ARM968E-S™ is a fully synthesizable 32-bit RISC processor aimed specifically at embedded real-time applications, and is the smallest, lowest power ARM9™ family processor.
The ARM968E-S is a small footprint core for low power, data intensive applications
The ARM968E-S processor is designed for hard real time applications, and provides highly deterministic performance. Within the ARM9™ processor family, the ARM968E-S processor provides the smallest footprint and highest power efficiency.
Some of the features offered by the ARM968E-S are:
Separate directly connected instruction and data tightly coupled memory (TCM), which have flexible sizes.
Dedicated AMBA® AHB-lite slave Direct Memory Access (DMA) port and dual banked data TCM to enable the processor and a DMA controller to share access to TCM
Binary compatibility with the ARM7TDMI® processor
The ARM968E-S™ is a fully synthesizable 32-bit RISC processor aimed specifically at embedded real-time applications, and is the smallest, lowest power ARM9™ family processor.
The ARM968E-S is a small footprint core for low power, data intensive applications
The ARM968E-S processor is designed for hard real time applications, and provides highly deterministic performance. Within the ARM9™ processor family, the ARM968E-S processor provides the smallest footprint and highest power efficiency.
Some of the features offered by the ARM968E-S are:
- Separate directly connected instruction and data tightly coupled memory (TCM), which have flexible sizes.
- Dedicated AMBA® AHB-lite slave Direct Memory Access (DMA) port and dual banked data TCM to enable the processor and a DMA controller to share access to TCM
- Binary compatibility with the ARM7TDMI® processor
