The Avalanche Gen 3 Space Grade Parallel x32 P-SRAM™ evaluation kit enables the users to evaluate Avalanche’s Gen 3 Space Grade Persistent SRAM parallel interface (x32) product using a Lattice LCMXO3LF-6900C FPGA breakout board connected to Avalanche daughterboard via Avalanche proprietary FPGA based Asynchronous SRAM interface.
The Lattice LCMXO3LF-6900C FPGA breakout board communicates with the host PC using a micro-USB cables type B connector. This kit is socketed to enable density flexibility as all Gen 3 Dual QSPI devices are pin compatible. As a result, the P-SRAM devices are ordered separately, and both are available through our authorized Space Grade distributors.
The Avalanche Gen 3 Space Grade Serial Dual QSPI P-SRAM™ evaluation kit enables the users to evaluate Avalanche’s Gen 3 Space Grade Persistent SRAM product with the Dual QSPI interface using a Lattice MACHXO3 FPGA breakout board connected to Avalanche daughterboard via a standard QSPI interface.
The Lattice MACHXO3 FPGA breakout board is controlled via a micro-USB Type B port with a host PC. This kit is socketed to enable density flexibility as all Gen 3 Dual QSPI devices are pin compatible. As a result, the P-SRAM devices are ordered separately, and both are available through our authorized Space Grade distributors.
The Avalanche Gen 3 Space Grade Dual QSPI P-SRAM™ Development Kit for Xilinx devices enables the users to evaluate Avalanche’s Gen 3 Space Grade Persistent SRAM product with the Dual QSPI interface using a Xilinx Versal ACAP VCK 190 board connected to Avalanche daughterboard via the Samtec connector.
The Xilinx VCK190 Evaluation board is controlled via a micro-USB Type B port with a host PC. This kit is socketed to enable density flexibility as all Gen 3 Dual QSPI devices are pin compatible. As a result, the P-SRAM™ devices are ordered separately, and both are available through our authorized Space Grade distributors.
For Gen 2 product information, please visit the Industrial and Legacy Space Page.
