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Spectrum engineering tool for determining the minimum required guard bands and maximum physical resource block (PRB) allocation for 5G New Radio carriers, ensuring compliance with 3GPP emission masks.
NR guard-band calculators show minimum guards and usable resource implications for channel bandwidths so spectrum plans stay mask-compliant.
The analyzer applies the 3GPP TS 38.101-1 (FR1) and TS 38.101-2 (FR2) lookup tables and formulas to calculate the edge gaps required to protect adjacent channels, maximizing the usable spectrum while maintaining signal integrity.
Built on 3GPP Technical Specifications, ensuring accuracy for production deployments and security audits.
Calculations specifically designed to identify protocol vulnerabilities and signaling misconfigurations.
Essential for frequency planning and gNodeB cell configuration. Critical for operators optimizing spectral ROI and avoiding adjacent channel interference in dense deployments.
Edge-V8 Isolate
Technical Audit
< 50ms (Global)
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Two operators on adjacent 100 MHz blocks must honor masks—guard math prevents optimistic PRB double-counting at the edge.
National masks may be stricter than 3GPP minima.
To keep OOB emissions within spectrum masks and protect adjacent carriers. Usable PRBs sit inside the channel after guards.
Effectively yes relative to naive bandwidth. 3GPP tables already incorporate minimum guards for each BW/SCS.
Not below regulatory/3GPP masks. Adjacent-channel interference will rise.
Estimate peak 5G NR user data rates and spectral efficiency based on 3GPP TS 38.306 standards.
Calculate Dual-stack 5G NSA Option 3X aggregated throughput for LTE MCG + 5G NR SCG.
Dimension user plane and control plane bandwidth for 4G/5G X2 and Xn handovers.
Decode Advanced 5G & LTE Signaling Protocols
Bring the theory to life. Access visual call flows, 3GPP standards walkthroughs, and GTP-U tunnel optimization training designed for core network architects.
SSO Link: Academy Node 0x93FF