1. Meet Our Telecommunications Engineering Team
At Virgin Media Speed Test, every diagnostic tool, mathematical formula, network guide, and ISP review is authored, verified, and peer-reviewed by credentialed telecommunications researchers and certified network engineers. Meet our lead authors and technical reviewers:
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PhD Electrical Engineering Former Bell Labs Stanford EE Alumni
Lead Network Architect & Telecom Researcher
Education: Ph.D. in Electrical Engineering & Telecommunications, Stanford University · Experience: 18+ Years
Dr. Marcus Vance brings over 18 years of carrier-grade optical routing, DOCSIS 3.1 RF optimization, and low-latency queuing architecture experience. Formerly a research lead at Bell Labs, Dr. Vance oversees the measurement algorithms and server hardware topology across our global testing nodes.
Published Research & Whitepapers:
- Empirical Analysis of Bufferbloat Variance Across DOCSIS 3.1 and FTTH Networks
- High-Concurrency WebSocket vs HTTP/3 Active Queue Management Benchmarks
- FCC Broadband Data Consumer Transparency Metric Verification (2026)
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CCIE #49281 IEEE Senior Member M.S. Computer Networks
Broadband Infrastructure & QoS Engineer
Education: M.S. in Computer Networks & Telecommunications Infrastructure, MIT · Experience: 14+ Years
Elena Rostova is a certified Cisco Certified Internetwork Expert (CCIE Routing & Switching #49281) and senior IEEE member. She specializes in fiber-to-the-home (FTTH) GPON topologies, Wi-Fi 7 channel allocation, and edge CDN transit telemetry.
Published Research & Whitepapers:
- Wi-Fi 7 (802.11be) 320 MHz Channel Contention in Dense Suburban Deployments
- Measuring End-to-End Jitter and Packet Loss Across Multi-Gigabit Residential Gateways
- Optimizing BGP Peering and Anycast DNS Resolution for Sub-10ms Latency
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B.S. Computer Science Hardware Lab Director CompTIA Network+
Senior Speed Test Benchmarking Specialist & Network Hardware Tester
Education: B.S. in Computer Science, UC Berkeley · Experience: 12+ Years
David Chen directs the physical hardware testing laboratory, evaluating residential gateways, Wi-Fi 6E/7 mesh systems, 10G SFP+ transceivers, and Cat6/Cat8 cabling integrity under sustained synthetic network loads.
Published Research & Whitepapers:
- Residential Wi-Fi Mesh Backhaul Degradation Under 4K/8K Multi-Stream Traffic
- Modem vs Gateway Power Dissipation and Thermal Throttling Analysis
- Real-World Cat5e vs Cat6 vs Cat8 Throughput Over 100-Meter Runs
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M.A. Telecommunications Policy FCC Regulatory Compliance Consumer Advocacy Specialist
Regulatory & Consumer Broadband Policy Analyst
Education: M.A. in Telecommunications Policy & Law, Georgetown University · Experience: 15+ Years
Sarah Jenkins bridges technical performance data and regulatory frameworks, analyzing FCC broadband label compliance, ISP throttling disclosures, and consumer protection standards. She has contributed to multiple broadband equity reports submitted to the FCC.
Published Research & Whitepapers:
- FCC Broadband Label Transparency Audit: ISP Compliance Review 2026
- Net Neutrality Impact on Consumer Latency and Throttling Patterns
- Data Cap Overage Economics: Consumer Cost Analysis Across 12 Major ISPs
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B.Eng Civil & Telecommunications Engineering FTTH Council Europe Member OSP Splicing Certified
Fiber Optic Infrastructure Lead & Deployment Engineer
Education: B.Eng in Civil & Telecommunications Engineering, University of Dublin · Experience: 16+ Years
Liam O'Connor specializes in physical layer FTTH fiber deployments, GPON/XGS-PON network planning, splice loss analysis, and OTDR trace interpretation. He has overseen fiber-to-the-premise rollouts across 14 metropolitan regions in Europe and North America.
Published Research & Whitepapers:
- XGS-PON vs NG-PON2: Symmetric 10G Deployment Benchmarks for Last-Mile Fiber
- Splice Loss Optimization in Urban High-Density FTTH Deployments
- Physical Layer Performance Testing of Pre-Connectorized vs Field-Spliced Fiber
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M.S. Cybernetics & Wireless Systems Starlink Beta Tester IEEE Communications Society
Wireless Protocols & Satellite Connectivity Specialist
Education: M.S. in Cybernetics & Wireless Systems, MIT Media Lab · Experience: 11+ Years
Amara Diallo researches wireless network protocols, LEO satellite broadband performance, 5G mmWave coverage limitations, and CGNAT impact on gaming and VoIP applications. She maintains one of the largest independent Starlink performance tracking datasets.
Published Research & Whitepapers:
- Starlink Gen 3 vs Geostationary HughesNet: Real-World Latency and Jitter Study
- 5G mmWave vs Sub-6 GHz: Urban Coverage and Throughput Under Rain Fade Conditions
- CGNAT and IPv4 Exhaustion: Impact on Peer-to-Peer and Real-Time Communications
2. Testing Methodology & Laboratory Standards
Our authors conduct synthetic throughput evaluations using automated packet sniffers, calibrated Wi-Fi RF chambers, and real-world fiber/cable connections across tier-1 carrier networks. We mandate that every technical assertion regarding latency, jitter, or bufferbloat be accompanied by mathematical formulas compliant with RFC 2681 and ITU-T standards.
Learn more about our strict editorial standards on our Editorial Guidelines page.