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CW1173 ChipWhisperer-Lite

7,155 bytes removed, 19:47, 29 July 2020
Replaced content with "== Page Moved == See [https://rtfm.newae.com/Capture/ChipWhisperer-Lite/ NewAE RTFM Page]. The previous content on this wiki has been moved to the above link. See wiki hi..."
{{Warningbox|This page has been recently updated for the ChipWhisperer 5 release. The previous version can be found here: https://wiki.newae.com/V4:CW1173_ChipWhisperer-Lite.}}== Page Moved ==
<span class="expandall"> The ChipWhisperer-Lite Bare Board consists of two main parts: a multi-purpose power analysis capture instrument, and a target board. The target board is a standard microcontroller which you can implement algorithms onto. For example if you wish to evaluate an AES library, you can program that library into the target board and perform the power analysis. See [[File:cwlite_basic.png|image]] == Quick-Start Guide == You can see a [httphttps://wwwrtfm.youtubenewae.com/watch?v=MJmkYqA-LeM&hd=1 Video] of the quickstart guide, which will take you through all the setup items discussed here: [[File:cwlite_demo_video.png|link=http:Capture//www.youtube.com/watch?v=MJmkYqA-LeM&hd=1]] == Connection Quick-Start ==<ol><li>Follow the [[Installing ChipWhisperer]] instructions for the ChipWhisperer software and its prerequisites.</li><li>Connect ChipWhisperer-Lite, install USB Drivers:<dl><dt>Windows:</dt><dd><ul><li>Plug micro-USB cable into ChipWhisperer-Lite</li><li>If the &quot;New Hardware Found&quot; wizard doesn't prompt you for drivers, go to the control panel and find the &quot;ChipWhisperer-Lite&quot; device, and select "Update Drivers".</li><li>You can find drivers in <code>c:\chipwhisperer\hardware\capture\chipwhisperer-lite\</code>. You will likely need to extract them from the <code>cwlite_usb_driver.zip</code> file. If so simply extract them somewhere (i.e. your desktop), and then point the new hardware found wizard to that location.</li></ul></dd><dt>Linux:</dt><dd><ul><li><p>Driver installation is not required, but if you do not update the 'udev' system, you will be unable to run ChipWhisperer-Capture as a regular user. To update the udev system, first make sure the ChipWhisperer-Lite is Make a file called <code>/etc/udev/rules.d/99-cwlite.rules</code> . The contents of this file should be:</p><pre># allow users to claim the deviceSUBSYSTEM==&quot;usb&quot;, ATTRS{idVendor}==&quot;2b3e&quot;, ATTRS{idProduct}==&quot;ace2&quot;, MODE=&quot;0664&quot;, GROUP=&quot;plugdev&quot;</pre></li><li><p>Add your username to the plugdev group:</p><pre>$ sudo usermod -a -G plugdev YOUR-USERNAME</pre></li><li><p>And reset the udev system:</p><pre>$ sudo udevadm control --reload-rules</pre></li><li>Finally log out &amp; in again for the group change to take effect.</li><li>Connect the micro-USB cable</li></ul></dd><dt>MAC:</dt><dd><ul><li>No special installation required - must ensure you have installed libusb via homebrew (see instructions at [[MacOSX_InstallationNewAE RTFM Page]]).</li></ul></dd></dl></li><li><p>To check for a successful installation, connect to the ChipWhisperer. This can be done from one of two ways:</p><blockquote><ul><li>Open up a terminal and run python. Next, run <code>import chipwhisperer as cw; scope = cw.scope()</code>.</li><li>Open Jupyter Notebook and open PA_Intro_1-Firmware_Build_Setup.ipynb. On the toolbar, click Cell>Run All. If the tutorial completes successfully, your installation should be good to go!</li></ul></blockquote> For more information on starting ChipWhisperer, see: https://chipwhisperer.readthedocs.io/en/latest/starting.html</ol> == Capture and Attack Quickstart ==See https://chipwhisperer.readthedocs.io/en/latest/tutorials.html#correlation-power-analysis for an example attack. == Important Bugs/Caveats == The following includes various things that might trip you up: # A "device has no langID" or similar error message may appear when connecting to your ChipWhisperer. This indicates that the ChipWhisperer is connected, but that we're unable to communicate with it. For example, if you're on Linux and skipped the 99-newae.rules part of the installation, you won't have the correct permissions to access the device.# There are a few warnings/exceptions that come up (i.e. divide-by-zero). Generally just keep going and see if things are still working. A number of those are on the ''TODO'' list to fix but I didn't get around to it yet.# By default the XMEGA device was programmed with a partial AES implementation only. This is done to avoid any crypto export issues. This does not affect your side-channel analysis, but be aware the returned value might not appear to be correct (since only the first couple rounds of AES occurred). == Basic Usage Instructions == {{CollapsibleSection|intro = === AVR Programmer ===|previous content= CW1173_ChipWhisperer-Lite/AVR Programmer}} {{CollapsibleSection|intro = === XMEGA Programmer ===|content= CW1173_ChipWhisperer-Lite/XMEGA Programmer}} {{CollapsibleSection|intro = === STM32F Programmer ===|content= CW308T-STM32F/ChipWhisperer_Bootloader}} {{CollapsibleSection|intro = === Using Glitch Port ===|content= CW1173_ChipWhisperer-Lite/Glitch Port}} {{CollapsibleSection|intro = === Using Measure Port ===|content= CW1173_ChipWhisperer-Lite/Measure Port}} {{CollapsibleSection|intro = === 20-Pin Connector ===|content= CW1173_ChipWhisperer-Lite/20-Pin Connector}} {{CollapsibleSection|intro = === 8-Pin SmartCard Connector ===|content= CW1173_ChipWhisperer-Lite/8-Pin SmartCard Connector}} {{CollapsibleSection|intro = === Upgrading SAM3U Firmware ===|content= CW1173_ChipWhisperer-Lite/Upgrading SAM3U Firmware}} {{CollapsibleSection|intro = === Breaking Target Section Apart ===|content= CW1173_ChipWhisperer-Lite/Breaking Target Section Apart}} == Advanced Usage == === Mounting Jumpers === Note the ChipWhisperer-Lite main board and target section contain a number of jumper options. By default these are not mounted, and solder jumper bridges on the PCB have this wiki has been bridged moved to select the appropriate options when required. Some options are only solder jumpers, which to move the jumper requires a soldering iron to bridge or clear the appropriate connections. The following lists jumpers on the ChipWhisperer-Lite / Target Section: ; Capture Section Jumpers* JP4 is the "RESET" net for the SAM3U processor.* JP2 causes the SAM3U processor flash memory to be erased. When the chip is erased a rom-resident bootloader takes overabove link. See section XXXXX for bootloader details.* JP5 selects the IO voltage for the FPGA bank which connects wiki history if you would like to the 20-pin target. By default SJ6 selects this to be 3.3V. It is not recommended to change this, as it is easy to damage the FPGA by feeding an out-view exact older versions of-range voltage in.* SJ1 selects if the power supply comes from the Micro-USB connector (default) or an external 5V supply at the +5VIN pin.; Target Section Jumpers:* JP7 connects the "MEASURE" SMA to the XMEGA VCC Rail. Shorted by default with SJ4.* JP6 connects the "GLITCH" SMA to the XMEGA VCC Rail. Shorted by default with SJ5.* JP12 can be used to feed an external voltage into the XMEGA VCC Rail. By default SJ3 connects this to 3page.3V.* SJ2 selects if the 3.3V rail comes from the 20-pin IDC connector (i.e. ChipWhisperer-Lite board), or via an optional LDO and USB connector. </span> {{CollapsibleSection|intro = === Schematic ===[https://github.com/newaetech/chipwhisperer/blob/master/hardware/capture/chipwhisperer-lite/pcb/cw-lite-main.pdf Link to PDF] (Expand for inline images of schematic)|content= CW1173_ChipWhisperer-Lite/Schematic }}== Hardware =={{Template:Hardware}} [[Category:Capture Hardware]]
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