V5.3.0

New Features:

New CW305 USB firmware
New CWLite/CWNano USB firmware
Major tutorial overhaul
- Tutorials now built for https://learn.chipwhisperer.io
- Includes both remastered and all new tutorials
- Add prerecorded traces to power analysis labs
New tutorials (SCA101):
- Lab 3_1 - Recovering Data from a Single Bit
- Lab 6_4 - Jittery Triggering on UART
New tutorials (Fault101):
- Voltage glitch versions of clock glitch tutorials
New tutorials (SCA201):
- Dynamic Time Warp resync
- Hardware AES lab
New tutorials (Fault201):
- Introduction to AES Fault Attacks
- AES Loop Skip Fault attack
- 1.5 Round AES Attack
- DFA Attack Against Final MixColumns
New hardware documentation at https://rtfm.newae.com
Add documented way to read state of TIO1-4 on Lite/Pro
Add glitch controller for improved glitch recording
Add API reprogramming supports for Nano and CW305
Add T-Table enc/dec leakage models
Add __array__() function to IndividualIterable (allows conversion to numpy array)
Add tqdm to preprocessing
Add batch run for CW305 for fast capture
Add SPI Programming for CW305
Add default FPGA programming for CW305

Fixes:

The "ChipWhisperer Virtual Machine" is recommended to get started with, as it includes all compilers required. It will need to be added to a VirtualBox Install.
The "Windows Installer" provides you with a Jupyter instance setup with ChipWhisperer, but requires you to install arm or avr compilers, as well as make.