6957 - MachXO3D: What is the architecture of TRNG( True Random Number Generator ) Feature?
The TRNG feature architecture is a Hardware-based entropy source for true random data.
Related Articles
6959 - MachXO3D: How are status and errors reported in TRNG( True Random Numbers Generator ) Feature?
The TRNG check can be implemented in soft IP (fabric), including status and error reporting.
534 - MachXO: Why can't I scan or program the MachXO device on the MachXO Mini board after I programmed my pattern into the device?
The MachXO JTAG pins on the MACHXO Mini board share the same traces with some generic IOs of the MachXO device (as shown on page 4 and page 2 of the schematic). If the new design patterns have signals driving out of these pins, they could potentially ...
5250 - MachXO3L: Is the nine-times programmability always true or does the number of program cycles for an "L" part depends on the size of the design, and therefore, configuration memory utilization?
The number of erase/program cycles for the MachXO3 "L" part is fixed and 9 is the maximum limit, and it will not depend on the size of the design.
7004 - MachXO3D: How does enabling AES feature decryption bits "RAND_AES" and "RAND_NOISE" impact on MachXO3D device configuration processing time?
RAND_AES and RAND_NOISE are clock randomization and random noise injection features, mainly use for Differential power analysis (DPA) resistance in Advanced Encryption Standard (AES) decryption. Both features are target for AES decryption, to prevent ...
5494 - I2C: What is difference between option "I2C Erase,Program,Verify,Feature" and option "I2C Program Feature Row"?
Description: The I2C Erase, Program, Verify option requires that the Feature Row be programmed prior to the execution of the "I2C Erase, Program, Verify" operation. This operation checks for the Feature Row match between the device and the JED file, ...