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Wireless

Our Wireless Device Testing Services provide you with the opportunity to check if your gadgets meet the performance, security, and regulatory requirements for global market access and hassle-free operation. We constitute testing in different standards like the international FCC (USA), CE (EU), and organizations like ETSI, WPC-ETA (India) based on the dominant compliance norms in other regional markets. Our multifaceted research centers are capable of testing the devices that employ technologies such as Wi-Fi, Bluetooth, LTE, 5G, and IoT globally.

Importance of Wireless Product Testing

1. Regulatory Compliance: It is a prerequisite for market access, not neglecting the satisfaction in adherence to FCC, CE, ETSI, and WPC standards.

2. Interference Prevention: It is a measure to avoid disturbance with the rest of the electronic devices.

3. User Safety: Trials are conducted on parameters like SAR, which is necessary to let it work with people without any health risk.

4. Quality Assurance: This is an evaluation of the device’s performance under the realities of the real environment.

Benefits of Wireless Product Testing

  • The development of ones that are getting accreditation for the global and domestic markets is quick.
  • The product is optimized as well as user satisfaction is improved.
  • Minimize the risk of situations of market recalls and dealing with penalties.
  • Instill faith by consuming the product that is compliant with safety and performance standards.

Who Could Avail Wireless Device Testing Services?

1. Device Manufacturers: Manufacturers of all the products like Mobile, IoT, RF, and Bluetooth.

2. Importers and Exporters: Under regional rules, check the devices are meeting the FCC or CE requirements.

3. Telecom Service Providers: They should check the device is in accordance with the networks it should be compatible with.

4. Startups and Innovators: Engineers can perform tests on prototypes while they are still in development.

How it Works

Step 1: Consultation

Recognize the standard that is applicable to the development of your wireless device based on the wireless technology it utilizes and the market segment it is designated for.

Step 2: Sample Submission

Please send the.com with technical documentation like schematics and user manuals.

Step 3: Testing

RF Exposure (SAR), spectrum analysis, EMC (Electromagnetic Compatibility), and also, functionality tests should be administered all over devices.

Step 4: Report

Detailed test result reports containing compliance status are imparted.

radio frequency (rf) testing
Radio Frequency (RF) Testing
RF testing ensures that a wireless device operates within its assigned frequency band without causing interference to other devices. It measures key parameters such as transmission power, occupied bandwidth, spurious emissions, and spectral efficiency. This testing verifies that the device transmits signals clearly, reliably, and in compliance with national and international frequency regulations.
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Electromagnetic Compatibility (EMC) Testing
EMC testing checks whether a wireless product generates unwanted electromagnetic emissions and whether it can withstand interference from other electronic devices. It is essential for ensuring that devices like Wi-Fi routers, Bluetooth gadgets, and IoT sensors can coexist in the same environment without signal disruption. Compliance with EMC standards guarantees smooth performance and avoids interference-related failures.
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Specific Absorption Rate (SAR) Testing
SAR testing measures the rate at which the human body absorbs radio frequency energy when exposed to wireless devices. Products such as smartphones, tablets, wearables, and wireless headsets must undergo SAR evaluation to ensure radiation levels remain within safe limits set by regulatory authorities. This testing is critical to protecting human health and ensuring that devices are safe for daily use.
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protocol testing
Wireless Protocol and Interoperability Testing
Wireless devices must be able to connect and communicate seamlessly with other devices and networks. Interoperability testing verifies compliance with standard protocols such as Wi-Fi, Bluetooth, Zigbee, RFID, NFC, LTE, and 5G. It ensures that products can integrate with existing ecosystems without compatibility issues. This testing also identifies potential connection drops, pairing failures, or protocol mismatches before a product reaches the market.
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Performance Testing
Performance testing evaluates how well a wireless device performs under real-world operating conditions. It checks parameters like signal strength, coverage area, data transfer speed, latency, and overall reliability. This method ensures that users experience fast and stable connections, whether they are streaming, browsing, or using IoT applications. Reliable performance testing helps manufacturers deliver high-quality products with consistent functionality.
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Safety Testing
Safety testing is essential for wireless devices, especially those powered by rechargeable batteries or connected to electrical sources. It evaluates risks like overheating, short-circuits, fire hazards, and electrical shocks. Safety checks also include battery testing for portable devices, ensuring compliance with international safety standards. This process protects end-users and builds trust in the reliability of the product.
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Regulatory Compliance Testing
Wireless devices must meet legal and regulatory requirements before entering the market. Regulatory compliance testing confirms adherence to standards such as FCC (United States), CE (Europe), WPC/BIS (India), MIC (Japan), and others. This testing ensures that the product is approved for sale and usage in different regions, preventing penalties, recalls, or bans. Compliance also strengthens consumer confidence and expands the product’s global reach.
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