Pranav's Internet Home

A 17 Year Old Kid When I first walked into college, engineering wasn't a dream of mine.

UPMEM - Bringing Processing-in-Memory Out of the Lab Engineers love seeing their ideas and designs come to life.

PEI - Making Near Memory Computing Feel Like a Normal CPU Instruction So Tesseract made one thing obvious: Rewriting an entire application to execute near memory isn't exactly easy.

Tesseract - When the Processor Moves Next Door to Memory After spending the last few days exploring Processing-Using-Memory techniques like RowClone, Ambit, SIMDRAM and Processing-Using-SRAM, it's obvious that they all share the same philosophy: Yeah, make

Processing-Using-SRAM - When the Cache Becomes the Processor We have seen enough magic happen in DRAM via RowClone, Ambit and SIMDRAM.

SIMDRAM - Turning DRAM Into a Programmable SIMD Engine After reading RowClone and Ambit, as we progress in the Processing-Using-Memory saga I wanna introduce you guys to a framework called SIMDRAM.

Ambit - When DRAM Accidentally Becomes a Logic Gate As I read further into Onur Mutlu's Primer on Processing-in-Memory, I came across another fascinating Processing-Using-DRAM (PUM) mechanism called Ambit (stands for Accelerator-in-Memory for bulk Bitwise…

RowClone - Copying Data Entirely Inside DRAM I have recently been reading about Onur Mutlu's Primer on Processing-in-Memory and one of the most fascinating Processing-Using-DRAM (PUM) ideas I came across recently is RowClone.

The False Confidence Blog 1 ended with what felt like a satisfying explanation.

Understanding Isn't the Same as Execution A few weeks ago, after my HPC / Computer Architecture exam, I had a bit of an existential crisis.

My laptop's CPU can do billions of operations per second.

Why I Built Herald Microcontrollers are great, until you ask them to do math.

So you're sold on RISC-V.

Introduction In this blog, I share a small but meaningful design I submitted to the TinyQV tapeout program, what it is, why it matters to me, and what I learned along the way.

The Hidden Half of Computing Most of us discover FOSS through software: cool Linux distros, editors, frameworks and many other tools that make our life easier.

Introduction Aetheron is a small but complete RISC-V System-on-Chip, built entirely in Bluespec SystemVerilog and run in simulation.

Introduction You’ve probably heard the term “System-on-Chip” before.

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About Me My first technical talk at HSP's FOSS Talks 3.0!

Hi, I'm Pranav 👋 I'm an undergraduate electronics student interested in computer architecture, memory systems, and digital hardware design.

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A tiny DSP designed for constrained microcontrollers.