Data Performance 3GPP TR 37.901-5 5G RCT

3GPP TR 37.901-5 serves as the definitive benchmark for validatingApplication Layer Data Throughputin 5G devices. Beyond basic signal connectivity, this report provides the framework for assessing how

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How Data Performance 3GPP TR 37.901-5 5G RCT works

1Assessment of requirement
2Sample collection
3Right lab assigned
4Testing
5Test report

Each step explained

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Overview of Data Performance 3GPP TR 37.901-5 5G RCT

3GPP TR 37.901-5 serves as the definitive benchmark for validating Application Layer Data Throughput in 5G devices. Beyond basic signal connectivity, this report provides the framework for assessing how hardware translates radio waves into actual user-speed. Our testing services ensure your UE (User Equipment) maintains peak efficiency by analyzing:

Real-world Throughput: Transitioning from PHY layer metrics to TCP/UDP application performance.
Stability: Identifying throughput fluctuations during LNA (Low Noise Amplifier) switching.
Link Adaptation: Verifying VRC (Variable Reference Channel) efficiency under fading conditions.

Applicable Standards

Regulatory & Technical Framework (Applicable Standard)

The primary reference is 3GPP TR 37.901-5, which acts as a study item and technical report for Radio Transmission and Reception specifically for 5G NR. It is used in conjunction with TS 38.521-series specifications to bridge the gap between mandatory minimum requirements and optimized real-world performance benchmarks.

Products Covered

Eligible Technology Platforms (Products Covered)

This testing scope is critical for any high-bandwidth 5G enabled hardware, including:

Mobile Handsets: High-tier smartphones requiring FR1 and FR2 optimization.
CPE & Fixed Wireless Access (FWA): Home routers demanding sustained high throughput.
Industrial IoT (IIoT): High-reliability modules for smart factories.
Automotive Telematics: 5G NADs (Network Access Devices) for connected vehicles.

Scope of Testing

Technical Assessment Parameters (Scope of Testing)

Testing involves a rigorous Matrix of configurations to simulate a live network environment:

Conducted & Over-the-Air (OTA): Testing in Anechoic chambers for mmWave (FR2) accuracy.
Fading Profiles: Simulation of TDL (Tapped Delay Line) and CDL (Clustered Delay Line) models.
Peak Rate Validation: Confirming the device reaches its theoretical Maximum Throughput (DL/UL).
Protocol Impact: Measuring the impact of IP layer overhead on user experience.

Accreditation

Laboratory Recognition (Accreditation)

Our testing procedures are conducted in facilities maintaining ISO/IEC 17025 accreditation. Results are generated in alignment with GCF (Global Certification Forum) and PTCRB requirements, ensuring your data performance reports are globally recognized by Tier-1 operators.

Timeline

Certification Lifecycle (Timeline)

Pre-Scoping & Setup: 3–5 Business Days.
Execution Phase: 2–3 Weeks (depending on the number of frequency bands and MIMO configurations).
Report Finalization: 5 Business Days post-testing.

Sample Required

Physical Hardware Provisioning (Sample Required)

For a comprehensive TR 37.901-5 evaluation, we require:

4-6 Units: Fully functional UEs with finalized antenna designs.
Software Requirements: Units must have engineering firmware enabled for logging (e.g., QXDM or Shannon DM).
Accessories: Relevant power adapters, RF pigtails (for conducted testing), and SIM cards if non-test SIMs are used.

Cost & Fees

Investment Structures (Cost)

Testing costs are modular, based on the Frequency Range (FR1 vs FR2) and the number of Carrier Aggregation (CA) combinations requested. We offer customized packages ranging from basic "Spot Checks" to full performance characterization. Please contact our technical sales team for a formal Quote.

Documentation

Critical Compliance Filing (Documentation)

To initiate the project, the following documentation is mandatory:

Product Technical Specification (PTS): Detailing supported bands and MIMO capabilities.
ICS (Implementation Conformance Statement): Outlining supported features.
RF Exposure/SAR Reports: For reference (if applicable).
Declaration of Equivalence (DoE): If testing covers multiple regional variants.

How we handle Data Performance 3GPP TR 37.901-5 5G RCT

1
Assessment of requirement
We confirm the standard, the list of tests and how many samples your product needs.
2
Sample collection
We collect the samples from your factory or warehouse, or tell you exactly where to send them.
3
Right lab assigned
We choose an accredited lab (NABL, BIS-recognised or ILAC) that covers your standard and can start soonest.
4
Testing
The lab tests your samples against the standard. We follow up and tell you at once if a test fails.
5
Test report
You receive the signed test report, ready to use for BIS, WPC, CE or your buyer.

Frequently asked questions

What is the primary objective of 3GPP TR 37.901-5?

The report provides a standardized framework for evaluating 5G User Equipment data performance. It focuses on application-layer throughput to ensure devices deliver high-speed connectivity in real-world network conditions.

How does TR 37.901-5 differ from standard TS 38.521 testing?

While TS 38.521 focuses on mandatory RF minimums, TR 37.901-5 evaluates actual user experience. It measures how protocol overhead and hardware efficiency impact the final data speeds seen by users.

Is testing mandatory for global market access?

While Technical Reports are often voluntary, major network operators require this data for device acceptance. It proves the device won't underperform on their 5G networks, ensuring customer satisfaction and retention.

Which frequency ranges are covered under this evaluation?

The scope includes both Frequency Range 1 (sub-6 GHz) and Frequency Range 2 (mmWave). This ensures comprehensive performance validation across all global 5G deployment scenarios and carrier aggregation combinations.

What impact does fading have on the testing process?

Fading simulations replicate urban or high-speed environments. This validates the modem’s ability to maintain high throughput despite signal reflections and movement, which is critical for mobile and automotive applications.

What our clients say

“Instacertify helped us get BIS CRS certification for our entire product range within just 6 weeks. Their team handled everything from documentation to lab coordination. Highly professional service.”

Akash GuptaBIS CRS · Electronics brand

“They handled complete certification for us, from ISO 9001 to BIS for PVC cables and plugs. Thorough, professional and always available — they knew what needed to be done and when.”

Shivank VishnoiISO 9001 & BIS · Cables

“Getting TEC approvals for our access-control products seemed confusing and complex, but Instacertify made it simple.”

Jiten ShahTEC approval · Access control

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Send us the product name and the countries you sell in. A specialist replies with the standards that apply, the documents to prepare, the lab cost and the timeline. The assessment is free.

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