Differences

This shows you the differences between two versions of the page.

--- start [2013/10/20 15:17] – mcmaster
+++ start [2025/04/14 06:50] (current) – mcmaster
@@ Line 1: / Line 1: @@
-====== Silicon Pr0n: silicon just the way you like it ======
+====== What? ======
 An Integrated Circuit (IC) Reverse Engineering (RE) Wiki
-Based upon the following principle: \\
+Enjoy this work? Consider [[https://www.patreon.com/JohnDMcMaster|supporting us on Patreon!]]
-""" \\
-Observation 11.6. Understanding layouts and cross sections of semiconductor devices does not require all of the physics and manufacturing details. To gain a fairly useful — though merely qualitative — appreciation, it suffices to differentiate among
-  * (conductive) metals,
-  * (conductive) polysilicon,
-  * strongly n- and p-doped semiconductor materials,
-  * weakly n- and p- doped semiconductor materials, and
-  * (nonconductive) dielectrics.
-""" \\
--"Digital Integrated Circuit Design: From VLSI Architecture to CMOS Fabrication" by Hubert Kaeslin
-Thus this wiki does not attempt to deal with detailed device physics, floorplanning algorithms, etc. Rather, it aims to provide a high level quantitative feel of how ICs are built so that they can be analysed for one reason or another. Information here is not aimed to be sufficient to actually design an IC but may give a good feel of what goes into it.
+This wiki is based upon the following principle: \\
+> Observation 11.6. Understanding layouts and cross sections of semiconductor devices does not require all of the physics and manufacturing details. To gain a fairly useful — though merely qualitative — appreciation, it suffices to differentiate among
+>
+>  * (conductive) metals,
+>  * (conductive) polysilicon,
+>  * strongly n- and p-doped semiconductor materials,
+>  * weakly n- and p- doped semiconductor materials, and
+>  * (nonconductive) dielectrics.
+>
+> "Digital Integrated Circuit Design: From VLSI Architecture to CMOS Fabrication" by Hubert Kaeslin
+Thus this wiki does not attempt to deal with detailed device physics, floorplanning algorithms, etc. Rather, it aims to provide a high level qualitative feel of how ICs are built so that they can be analyzed for one reason or another. Information here is not aimed to be sufficient to actually design an IC but may give a good feel of what goes into it.
 The most developed pages are currently:
@@ Line 47: / Line 49: @@
 ====== Recruiting ======
-If you want to contribute, we'd be more than happy to give you an account. Just send me a brief message telling me your interest in IC RE and what you think you might be able to contribute if you are given access. There are 2 or 3 people contributing right now and I'd like that to grow. Contact me directly at JohnDMcMaster <at> gmail.com
+If you want to contribute, send me a brief message telling me your interest in IC RE and what you think you might be able to contribute if you are given access. Contact me directly at JohnDMcMaster <at> gmail.com
 ====== News ======
+===== 01/04/2015 =====
+Real SSL cert installed.  Also since SSL is now "officially" supported, I've fixed the issue causing maps to not work in https
+===== 05/27/2014 =====
+Tried to get a StartSSL cert but they didn't get back to me :(
 ===== 11/20/2013 =====
@@ Line 77: / Line 89: @@
 Bare with us while we bring the old systems back online