📊 Live System Status
👨💻 Professional Profile
Highly skilled Lineman and Fiber Optic Technician with 8+ years of expertise in network infrastructure design, mapping, and optimization. Based in Ocean Shores, WA, I specialize in developing fully editable and custom fiber optic cable plant maps, including nodes, power supplies, amplifiers, and technical flowcharts that enhance efficiency for technicians and network engineers.
Beyond my core networking profession, I have extensive experience in technology development and server architecture. Since 2018, I've been deeply involved in game development, content creation, and server programming, specializing in custom game hosting for FiveM, RedM, BO3, Minecraft, and other platforms.
My passion for software development and web technologies led me to website development, where I have designed and built over a dozen websites for businesses, restaurants, and private clients. I also develop technical networking tools tailored for industry professionals, combining my networking expertise with modern development practices.
🌐 Fiber Optic & Network Infrastructure
Cable plant mapping, node configuration, amplifier optimization, technical flowcharts
🎮 Game Development & Server Architecture
Custom game servers, mod development, content creation, player engagement systems
💻 Full-Stack Web Development
Business websites, e-commerce platforms, responsive design, database management
🧰 Technology Arsenal
Programming Languages
Web & Database
Game Development
Infrastructure
🏆 Key Achievements
Network Excellence
Designed 8+ custom fiber optic cable plant maps for Coast Communications
Game Development
Created 15+ active game servers with custom content supporting hundreds of players
Web Development
Built 12+ custom websites for businesses with secure, scalable solutions
Hardware Mastery
Assembled 25+ high-performance gaming computers with optimized cooling systems
📍 Advanced Fiber Network Mapping & HFC Architecture
Comprehensive fiber optic cable plant mapping, network design solutions, and interactive HFC (Hybrid Fiber-Coaxial) system architecture for enhanced technician efficiency and network optimization.
🔗 Interactive HFC Network Schematic
Explore a fully interactive Hybrid Fiber-Coaxial network diagram. Click on components to view detailed technical specifications, signal flow patterns, and operational parameters.
🗺️ Fiber Mapping Specializations
Cable Plant Design
- FTTH (Fiber-to-the-Home) architecture planning
- HFC network optimization and node splitting
- Fiber splice enclosure placement strategies
- Power supply distribution planning
- Signal level calculations and amplifier cascading
Technical Documentation
- AutoCAD fiber plant drawings and schematics
- Google Earth KMZ/KML mapping integration
- GPS coordinate mapping and verification
- As-built documentation and redlining
- Strand mapping and make-ready assessments
Network Analysis
- Signal flow analysis and troubleshooting
- RF sweep testing and documentation
- Optical power budget calculations
- Return path performance optimization
- Ingress mitigation and shielding effectiveness
Standards & Compliance
- DOCSIS 3.1/4.0 specification compliance
- SCTE (Society of Cable TV Engineers) standards
- FCC Part 76 regulation adherence
- OSHA safety protocols for aerial/underground work
- Industry best practices implementation
🏗️ Network Infrastructure Components
🔆 Optical Transmitters
DFB Lasers: 1310nm/1550nm wavelengths, +3 to +7dBm output
Modulation: Directly modulated for cost efficiency
Applications: Headend to hub, hub to node distribution
📡 Optical Receivers
Photodiodes: InGaAs PIN diodes, high sensitivity
Sensitivity: -3 to -8dBm typical operating range
CNR: >51dB carrier-to-noise ratio
🔗 Fiber Splicing
Fusion Splicing: <0.05dB typical loss
Mechanical Splicing: 0.1-0.2dB loss, field repairs
Enclosures: Weather-sealed, 12-144 fiber capacity
🌐 Optical Nodes
Segmentation: 125-500 homes passed per node
Return Lasers: 1310nm, cooled DFB for stability
AGC: Automatic gain control for varying optical levels
📶 RF Amplifiers
Frequency Range: 54-1002 MHz forward, 5-65 MHz return
Gain: +20dB typical, AGC and thermal compensation
Noise Figure: <7dB, low noise design
🔀 Directional Taps
Tap Values: -7dB to -32dB in 3.5dB steps
Isolation: >25dB port-to-port isolation
Return Loss: >20dB all ports
🏠 Line Extenders
Application: End-of-line signal boost
Gain: +10 to +15dB adjustable
Powering: Through coax, 60V AC
⚡ Splitters
Configurations: 2-way, 4-way, 8-way
Loss: 3.5dB (2-way), 7dB (4-way), 11dB (8-way)
Isolation: >25dB between output ports
🔋 Power Supplies
Output: 60V AC, 10-15A capacity
Efficiency: >90% power factor corrected
Backup: 8+ hour battery backup
🔌 Power Inserters
Function: Inject 60V AC onto coax
Isolation: RF/DC isolation, surge protection
Current: 15A maximum passing current
⚠️ Status Monitoring
SNMP: Remote monitoring capabilities
Alarms: AC fail, battery low, temperature
Telemetry: Real-time voltage/current monitoring
🛡️ Surge Protection
MOV: Metal oxide varistor protection
Grounding: IEEE 1100 compliant grounding
Response: <1ns surge response time
📊 Signal Level Meters
DSAM: Digital signal analysis meter
Frequency: 5-3000 MHz measurement range
Accuracy: ±0.5dB measurement accuracy
💡 Optical Power Meters
Wavelengths: 1310nm, 1490nm, 1550nm
Range: +10 to -60dBm measurement
Resolution: 0.01dB display resolution
🔍 OTDR Testing
Range: 130km+ fiber characterization
Resolution: 0.5m event resolution
Applications: Splice loss, bend detection, fault location
📡 Spectrum Analyzers
Resolution: 1kHz RBW capability
Range: 9kHz to 26.5GHz coverage
Features: Channel power, occupied bandwidth, CCDF
📋 Recent Mapping Projects
🏘️ Residential FTTH Deployment
2,500 Homes PassedComplete fiber-to-the-home network design including 24-strand distribution, 288-count backbone, and optimal splitter placement for 1:32 split ratios.
🏢 Commercial HFC Upgrade
Node SegmentationHFC network node splitting project reducing node size from 2000 to 500 homes passed, implementing 1GHz amplifiers and return path optimization.
⚡ Power System Redesign
15 Power SuppliesComplete power infrastructure overhaul including UPS integration, remote monitoring implementation, and backup power optimization for 99.99% uptime.
🖥️ VPS Service Monitor
Real-time monitoring of Flask applications and services running on localhost with live status updates.
⚙️ Featured Projects & Expertise
🗺️ Custom Fiber Optic Maps
ProductionFully editable fiber optic network flowcharts with nodes, power supplies, and amplifiers for Coast Communications.
🎮 Interactive Game Servers
ActiveCustom game servers with unique environments, mods, and content across FiveM, RedM, BO3, and Minecraft platforms.
🌐 Business Website Portfolio
Deployed12+ custom websites for businesses, restaurants, and private clients with responsive layouts and secure backends.
🖥️ High-Performance Builds
Ongoing25+ custom gaming computers and workstations with advanced cooling, overclocking, and performance optimization.
🛠️ Professional Network Tools
ActiveSpecialized networking tools and applications tailored for industry professionals to enhance workflow efficiency.
📡 Coast Communications Network
Current RoleFiber optic technician role involving installation, maintenance, and custom mapping solutions since 2016.
🎓 Education & Professional Development
Technical Training in Fiber Optics & Networking
Comprehensive fiber optic systems and network infrastructure
NCTIAdvanced Programming & Development
C, C#, C++, PHP, and web development technologies
In ProgressGame Server Architecture & Management
Custom server development and optimization techniques
Self-Taught📄 Professional Resume
Download my comprehensive resume showcasing 8+ years of experience in fiber optics, game development, web programming, and custom hardware solutions.
📥 Download Resume (PDF)📬 Get In Touch
Let's Connect
Based in Ocean Shores, WA, I'm always interested in discussing fiber optic projects, game development opportunities, web development needs, or custom computer builds. Let's collaborate on something amazing!