ENGINEERING NODE ONLINE

CEYLANCLC

DIGITAL HARDWARE LAB

> _
RISC-V FPGA VERILOG EMBEDDED LINUX ROS
GitHub / CeylanCLC OSHWHub / ceylan
01
LIVE TELEMETRY

System Monitor

CPU LOAD --%

PROCESSOR UTILIZATION

MEMORY --%

SYSTEM MEMORY

DISK --%

ROOT FILESYSTEM

UPTIME --
LOAD AVG --
REGION Los Angeles · US-West
STATUS ONLINE
02
COMPUTER ARCHITECTURE

RV32 Pipeline

01 IF1
02 IF2
03 ID
04 EX
05 MEM
06 RAM1
07 RAM2
08 WB
RV32IM 8-STAGE 250 MHz BTB + BHT D-CACHE
03
LIVE FROM GITHUB API

Repositories

Connecting to GitHub...
VIEW ALL REPOSITORIES →
04
FEATURED HARDWARE

Engineering Projects

PROJECT / 01

RV32 RISC-V Processor

Custom RV32 processor implemented in Verilog RTL with an 8-stage pipeline, branch prediction and cache optimization.

RV32IM VERILOG FPGA 250MHz
PROJECT / 02

ROS Robot Platform

Distributed robotic platform based on ESP32-S3 nodes and Raspberry Pi with ROS navigation and sensor integration.

ROS ESP32-S3 RASPBERRY PI
PROJECT / 03

Zynq Vision System

FPGA real-time video processing platform using Zynq-7020, OV5640 camera, HDMI, VDMA and DDR3.

ZYNQ-7020 OV5640 VDMA

ceylan@engineering-node

ceylan@lab:~$ uname -a

Linux Engineering-Node x86_64 GNU/Linux

ceylan@lab:~$ ./build_future.sh

[ OK ] Loading RISC-V architecture

[ OK ] Initializing FPGA toolchain

[ OK ] Starting engineering node

BUILD SUCCESS

ceylan@lab:~$