Gregor J. Rothfuss

Tag: #hardware (110 posts)

September 24, 2026: Petabit Subsea Cable
September 23, 2026: ANC Latency Physics
September 18, 2026: Cavity Magnetron
June 8, 2026: SRAM Infrared Remanence
March 12, 2026: Jevons Rebound in Compute
October 20, 2025: Compute Overhang Asymmetries
July 6, 2021: Freespin
June 4, 2021: Attack-resistant Hardware
March 22, 2021: Porting Linux to the M1
March 16, 2021: Spectre web exploit
February 11, 2021: Apple should help Intel
December 14, 2020: 100T transistor chips
December 1, 2020: Custom PCB
November 23, 2020: Vinyl PC
November 11, 2020: Chip Wars
November 11, 2020: Apple M1
November 11, 2020: Apple Differentiation
November 9, 2020: SoC Opensourcing
September 14, 2020: Attacking GPUs
May 7, 2020: AI Chip Design
January 12, 2020: CES2020 Innovation
January 10, 2020: EUV
January 7, 2020: Formlabs
January 3, 2020: Trustable Hardware?
December 18, 2019: AI Compute >> Moore's Law
December 12, 2019: AI hardware evolution
September 20, 2019: Apple A13
August 30, 2019: Intel Secure Enclave Attack
February 21, 2019: Bricked shoes
September 2, 2018: 330 TB memory
March 19, 2018: Easy robotics
February 26, 2018: Memory tagging
June 10, 2017: RISC-V
March 24, 2017: Mythic
March 10, 2017: Storing 1 bit on 1 atom
December 10, 2016: Moore's Law over 120 Years
November 9, 2016: NVIDIA Moore's Law
October 27, 2016: Bit-Flipping Attacks
July 20, 2016: 1D transistor
June 22, 2016: CPU Neuroscience
March 23, 2016: Grove passes
December 14, 2015: Computing could have started 100 years earlier
December 4, 2015: Hoverboard Genesis
October 16, 2015: Hyperspectral cameras
September 12, 2015: Photonic states
July 24, 2015: The Amiga turns 30
June 29, 2015: Decrypting with radiation
June 22, 2015: 7nm Transistors
June 19, 2015: Open Hardware
May 26, 2015: Molecular scale electronics
May 14, 2015: Microbatteries
May 6, 2015: Living computers
April 15, 2015: Solar video camera
March 9, 2015: Rowhammer
November 30, 2014: Antikythera Mechanism
June 24, 2014: Memristors, perhaps
February 11, 2014: Make it wearable
February 6, 2014: CPU explainer
January 1, 2014: Image is everything
December 30, 2013: Everything is hackable
December 13, 2013: Shenzhen
December 12, 2013: Amiga Emulator
December 7, 2013: CPU energy density
August 6, 2013: Nonvolatile RAM
May 29, 2013: Ant-sized computing
April 17, 2013: Ancient Computers in Use
March 25, 2013: Techshop
March 23, 2013: Micro mark
December 11, 2012: Building battlebots
April 11, 2012: Efficient computing
December 26, 2011: Treasured find
April 8, 2011: Magical Hard-Drive
December 18, 2010: Commodore USA
October 25, 2010: Kickstarter Tech Projects
September 18, 2010: Visual 6502
March 26, 2010: classic Turing Machine
July 24, 2009: Siftables
July 11, 2009: Memristor minds
May 29, 2009: Home-built CPU
March 9, 2009: 200x faster Ray Tracing
November 1, 2008: Quantum cellular automaton
July 22, 2008: IMP Gate
June 11, 2008: Petaflop
April 30, 2008: Malicious Circuits
April 6, 2008: Moore's law to 2029
February 20, 2008: Exaflop
January 24, 2008: Mears Silicon Technology
January 12, 2008: Ricoh Caplio R7 Review
December 15, 2007: Energy-Proportional Computing
November 1, 2007: Dimensions of the One Machine
September 13, 2007: RegEx Content Processor
September 13, 2007: Browsers will be parallel
September 11, 2007: Ever used a Zune?
September 10, 2007: Memory Architecture
June 26, 2007: Top 500 performance
June 12, 2007: Troubleshooting power adapters
February 15, 2007: RFID Powder
February 14, 2007: Consumer electronics
January 8, 2007: 3D printing comes to Sears
December 27, 2006: Hidden Interfaces to “Ownerless” Networks
November 15, 2006: Metamaterial
October 19, 2006: Spin Electronics
October 14, 2006: Wi-Spy Spectrum Analyzer
October 10, 2006: Cheap Electronics Dissection Project
June 29, 2005: Reproducible Setups
August 21, 2003: new baby
July 22, 2003: Dust
November 22, 2002: Any Key
October 24, 2002: i hate you compaq
September 23, 2002: Trusted brains