Completely rewriting the website with optimization for old devices, after half a year nothing has
changed on it.
★ Featured Hardware
Main Workstation
Ryzen 5 9600X | GTX 1660 Super | 16GB DDR5
Daily Driver, Gaming & Productivity
Samsung S23 Ultra
Snapdragon 8 Gen 2 | 12GB RAM | 512GB
Daily Smartphone (Green, EUX)
ThinkPad X201
i5-520M | 8GB RAM | 128GB SSD SATA M.2
Running Windows 7
My Projects
My home server
Homelab servers running PROXMOX with VMs and CTs. Powered by ThinkCentre M710s and M910t.
SysAdmin
DVB-T Cable TV (HackRF)
A homemade DVB-T transmitter system. Multiplexes video via FFmpeg and TSDuck, modulates using GNU Radio, and broadcasts a complete DVB-T multiplex into a local coaxial network.
SDR / RF
InPost Mobile (WP 8.1)
A custom client for InPost services designed for Windows Phone 8.1.
The current personal website you're browsing, rebuilt and optimized for modern and legacy devices alike.
WebDev
About Me
Hey! I'm HexRyu. By day (and usually way too late into the night), I enjoy tinkering with niche
technology, fixing up phones and electronics, and working on projects that most people wouldn't
think twice about.
I spend part of my free time self-hosting on Proxmox, repairing hardware (though I'm still learning how to solder properly), experimenting with software-defined radio like my HackRF DVB-T cable TV setup, and keeping discontinued hardware alive. Besides that, I play games like Valorant, Fortnite, and Brawl Stars, along with some CS2 and Minecraft from time to time.
Outside of hardware and terminals, I periodically get into strong
phases of anime and cosplay (I buy my outfits rather than craft props). When that mood hits, I
like taking solo trips to conventions.
⚡ Tech & Hardware
Device repair, Proxmox virtualization, and HackRF DVB-T broadcasting.
🎭 Cosplay & Conventions
Casual cosplayer, solo convention traveler, and anime fan whenever the mood hits.
Creation of a complete homemade DVB-T transmitter using a HackRF!
The system multiplexes video/audio sources with FFmpeg, generates and
injects SI/PSI tables using TSDuck, and modulates the DVB-T raw I/Q signal
via GNU Radio. The ready-to-use multiplex is then injected into a local
coaxial network, allowing any TV to receive custom channels!
