RTK offers fast, local accuracy with minimal convergence time but requires infrastructure — a base station or access to a correction network. PPP works globally and independently but has longer convergence times and depends on satellite-based correction services. PPP is more flexible for remote or global applications, while RTK is preferred where fixed infrastructure exists. Hybrid solutions also exist, combining the strengths of both. The choice depends on your operating environment, mobility, latency tolerance, and hardware capabilities.
RTK offers fast, local accuracy with minimal convergence time but requires infrastructure — a base station or access to a correction network. PPP works globally and independently but has longer convergence times and depends on satellite-based correction services. PPP is more flexible for remote or global applications, while RTK is preferred where fixed infrastructure exists. Hybrid solutions also exist, combining the strengths of both. The choice depends on your operating environment, mobility, latency tolerance, and hardware capabilities.
RTK offers fast, local accuracy with minimal convergence time but requires infrastructure — a base station or access to a correction network. PPP works globally and independently but has longer convergence times and depends on satellite-based correction services. PPP is more flexible for remote or global applications, while RTK is preferred where fixed infrastructure exists. Hybrid solutions also exist, combining the strengths of both. The choice depends on your operating environment, mobility, latency tolerance, and hardware capabilities.