Protocol Conformance Testing (PCT) is the rigorous verification of the “language” spoken between a User Equipment (UE) and the network. Under the 3GPP TS 36.523-1 framework, we ensure that your device’s signaling stack—ranging from RRC to NAS layers—is flawless, secure, and globally interoperable.
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While 3GPP TS 36.523-1 serves as the primary technical prose, our testing methodology integrates the full compliance suite to ensure global acceptance:
Our lab handles a diverse spectrum of chipsets and end-user hardware, including:
We dissect the signaling exchange to ensure every packet adheres to the 3GPP state machine:
Quality is at our core. Our facility maintains:
Protocol testing is a complex, iterative process. A standard test cycle typically spans:
To initiate testing, we require:
The cost of 5G PCT is highly variable based on your device's complexity. Factors influencing the quote include:
For a smooth onboarding process, please prepare the following:
It verifies the User Equipment's protocol stack against 3GPP standards. This ensures the device communicates accurately with network nodes, preventing call drops and ensuring seamless global roaming capabilities.
While 36.523-1 focuses on LTE signaling, it remains vital for 5G Non-Standalone (NSA) deployments. TS 38.523-1 is strictly for 5G New Radio (NR) Standalone signaling and core procedures.
Certification validates that your hardware meets international carrier requirements. Without it, mobile network operators may refuse device activation on their networks to protect infrastructure integrity and user experience.
Most protocol conformance tests are conducted via cables (conducted) to ensure signal stability. However, specific 5G mmWave test cases require specialized Anechoic Chambers for accurate Over-the-Air signaling validation.
Our engineers provide detailed RRC/NAS log analysis to identify the stack failure. Once the firmware is patched, we perform regression testing to ensure the fix hasn't impacted other protocols.
Yes, specialized sections within the 36.523-1 standard define the signaling requirements for NB-IoT and Cat-M1, ensuring low-power devices maintain robust connectivity even in challenging coverage areas.
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