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The TE0808-05-9BE21-E is a System-on-Module manufactured by Trenz Electronic, designed for high-performance embedded applications. It integrates an AMD Zynq UltraScale+ RFSoC device, combining programmable logic with ARM Cortex-A53 and R5 processors alongside integrated RF data converters. The module includes 9 GB of DDR4 memory operating at 2666 MHz to support complex signal processing workloads. This SOM solution provides a compact form factor suitable for demanding industrial and communication systems requiring significant computational power and direct RF interface capabilities.
Verify current availability status as the component may be subject to limited supply or end-of-life conditions. Confirm that the specific suffix indicates the required memory configuration and temperature grade. Ensure compatibility with existing carrier board designs before procurement. Request official documentation from Trenz Electronic to validate pinout and electrical specifications against your system requirements.
Select this module when application requirements demand high-performance RF processing combined with general-purpose computing on a single chip. The 9 GB DDR4 capacity supports large buffer operations and complex algorithm execution. Consider the thermal management requirements associated with the RFSoC architecture. Evaluate the need for the specific RF transceiver channels provided by the UltraScale+ family compared to standard Zynq MPSoC alternatives.
This part belongs to the Trenz Electronic TE0808 series of System-on-Modules based on AMD Xilinx hardware. The series is engineered to leverage the capabilities of the Zynq UltraScale+ RFSoC platform. These modules are intended to accelerate development cycles for engineers working on sophisticated embedded systems. The product line emphasizes modularity, allowing designers to focus on application software while relying on the SOM for core processing and memory functions.
No public confirmed substitutes are available in the provided documentation. As this is a specialized module integrating proprietary carrier design with specific AMD silicon, direct replacements require evaluating equivalent RFSoC-based SOMs from other manufacturers. Any substitution must account for differences in pinout, memory configuration, and mechanical dimensions.