Launching today
TelecomCalculators
Carrier-Grade RF, 5G, 6G, Optical & Network Calculators
2 followers
Carrier-Grade RF, 5G, 6G, Optical & Network Calculators
2 followers
Instant, carrier-grade engineering calculations for RF wireless, 5G NR RAN, 6G IMT-2030, microwave backhaul, satellite NTN, fiber optics, and Erlang traffic. Designed for telecom professionals, field engineers, and researchers requiring rigorous ITU-R and 3GPP standards compliance. Built with a lightning-fast architecture featuring 114 specialized tools across 11 clusters. Operates with 100% private client-side browser processing—zero telemetry, zero logs, and total data security.
The vision behind TelecomCalculators was born out of a very practical frustration familiar to RF, transmission, and network architects: why are essential engineering calculations locked behind bloated enterprise desktop software, clunky legacy calculators with intrusive tracking, or fragmented Excel spreadsheets scattered across local drives?
Field engineers, network planners, and researchers needed a modern, lightning-fast, and completely transparent platform where they could pull up ITU-R or 3GPP-compliant equations instantly on any device—whether sitting at a desk or out in the field.
That drove two non-negotiable design pillars:
Absolute Privacy: Enterprise and field data is sensitive. That's why every single calculation runs 100% locally in the browser with zero data logging, zero server-side math, and zero telemetry.
Comprehensive Scope: Bringing 114 specialized tools across 11 clusters into one cohesive engine—from foundational RF propagation and microwave backhaul to cutting-edge 5G NR RAN, satellite NTN, and 6G IMT-2030 metrics.
What Feedback Would Help Most?
Specific feedback from real engineers, technical founders, and power users will be invaluable for fine-tuning the platform:
Calculation Usability & Edge Cases: Do the input parameters match real-world field workflows? Are there specific edge cases in link budgets, fading margins, or fiber attenuation where additional output metrics or warnings would help?
Cluster & Tool Discoverability: With 114 tools across 11 clusters, is the navigation intuitive enough? Can users find a specific sub-discipline calculator (like Erlang B/C traffic or satellite slant range) within seconds?
Performance & Mobile Responsiveness: Since engineers often check calculations on tablets or phones while on-site, how smooth is the layout and responsiveness on smaller viewports?
Technical Rigor vs. Simplicity: Does the UI strike the right balance between deep mathematical accuracy (referencing ITU-R/3GPP standards) and a clean, clutter-free vibe coding aesthetic?