Product Certification Service Organization

With the continuous development of science and technology, a large number of electronic devices are integrated in the small car space, such as electronic integrated systems such as navigator, car audio, reversing radar and airbags. These electronic devices may emit interference in different bands to the surroundings. Signal. For example, when driving under the high-voltage power line, the operation will be invalid due to the interference of the on-board electronic control circuit, which will affect the experience of drivers and passengers at least, and cause car crashes and fatal accidents at worst. Therefore, related tests of automotive electronics are playing an increasingly important role in ensuring the safety of automobiles.

Automotive electronics testing

With the continuous development of science and technology, a large number of electronic devices are integrated in the small car space, such as electronic integrated systems such as navigator, car audio, reversing radar and airbags. These electronic devices may emit interference in different bands to the surroundings. Signal. For example, when driving under the high-voltage power line, the operation will be invalid due to the interference of the on-board electronic control circuit, which will affect the experience of drivers and passengers at least, and cause car crashes and fatal accidents at worst. Therefore, related tests of automotive electronics are playing an increasingly important role in ensuring the safety of automobiles.

Automotive electronics testing

With the continuous development of science and technology, a large number of electronic devices are integrated in the small car space, such as electronic integrated systems such as navigator, car audio, reversing radar and airbags. These electronic devices may emit interference in different bands to the surroundings. Signal. For example, when driving under the high-voltage power line, the operation will be invalid due to the interference of the on-board electronic control circuit, which will affect the experience of drivers and passengers at least, and cause car crashes and fatal accidents at worst. Therefore, related tests of automotive electronics are playing an increasingly important role in ensuring the safety of automobiles.

Automotive electronics testing

With the continuous development of science and technology, a large number of electronic devices are integrated in the small car space, such as electronic integrated systems such as navigator, car audio, reversing radar and airbags. These electronic devices may emit interference in different bands to the surroundings. Signal. For example, when driving under the high-voltage power line, the operation will be invalid due to the interference of the on-board electronic control circuit, which will affect the experience of drivers and passengers at least, and cause car crashes and fatal accidents at worst. Therefore, related tests of automotive electronics are playing an increasingly important role in ensuring the safety of automobiles.

Automotive electronics testing

With the continuous development of science and technology, a large number of electronic devices are integrated in the small car space, such as electronic integrated systems such as navigator, car audio, reversing radar and airbags. These electronic devices may emit interference in different bands to the surroundings. Signal. For example, when driving under the high-voltage power line, the operation will be invalid due to the interference of the on-board electronic control circuit, which will affect the experience of drivers and passengers at least, and cause car crashes and fatal accidents at worst. Therefore, related tests of automotive electronics are playing an increasingly important role in ensuring the safety of automobiles.

Automotive electronics testing

With the continuous development of science and technology, a large number of electronic devices are integrated in the small car space, such as electronic integrated systems such as navigator, car audio, reversing radar and airbags. These electronic devices may emit interference in different bands to the surroundings. Signal. For example, when driving under the high-voltage power line, the operation will be invalid due to the interference of the on-board electronic control circuit, which will affect the experience of drivers and passengers at least, and cause car crashes and fatal accidents at worst. Therefore, related tests of automotive electronics are playing an increasingly important role in ensuring the safety of automobiles.

Automotive electronics testing

Medical products are related to human health and safety, and their quality and safety related issues have become the focus of common concern of manufacturers and consumers. Therefore, countries have strict certification and testing requirements for the access of medical products.

Medical electronic testing

Medical products are related to human health and safety, and their quality and safety related issues have become the focus of common concern of manufacturers and consumers. Therefore, countries have strict certification and testing requirements for the access of medical products.

Medical electronic testing

Medical products are related to human health and safety, and their quality and safety related issues have become the focus of common concern of manufacturers and consumers. Therefore, countries have strict certification and testing requirements for the access of medical products.

Medical electronic testing

Medical products are related to human health and safety, and their quality and safety related issues have become the focus of common concern of manufacturers and consumers. Therefore, countries have strict certification and testing requirements for the access of medical products.

Medical electronic testing

Medical products are related to human health and safety, and their quality and safety related issues have become the focus of common concern of manufacturers and consumers. Therefore, countries have strict certification and testing requirements for the access of medical products.

Medical electronic testing

Medical products are related to human health and safety, and their quality and safety related issues have become the focus of common concern of manufacturers and consumers. Therefore, countries have strict certification and testing requirements for the access of medical products.

Medical electronic testing

After experiencing the Internet era and mobile Internet era, smart home has entered the Internet of Things era. With the empowerment of 5G and AI, product boundaries are gradually broken, and home appliances and homes are upgraded from single-product intelligence to scene intelligence. The products and services are diverse. The rapid iteration has brought new opportunities for the entire smart home industry chain. The new generation of consumers, while pursuing the technological sense of products, also attaches great importance to the quality and performance of smart homes, personal privacy and security, user experience, personalized services and so on. Based on this, GCDC has developed a one-stop solution for smart home testing, which can ensure the compliance of products or systems throughout the life cycle, and demonstrate the performance of products through testing and verification.

Smart home testing

After experiencing the Internet era and mobile Internet era, smart home has entered the Internet of Things era. With the empowerment of 5G and AI, product boundaries are gradually broken, and home appliances and homes are upgraded from single-product intelligence to scene intelligence. The products and services are diverse. The rapid iteration has brought new opportunities for the entire smart home industry chain. The new generation of consumers, while pursuing the technological sense of products, also attaches great importance to the quality and performance of smart homes, personal privacy and security, user experience, personalized services and so on. Based on this, GCDC has developed a one-stop solution for smart home testing, which can ensure the compliance of products or systems throughout the life cycle, and demonstrate the performance of products through testing and verification.

Smart home testing

After experiencing the Internet era and mobile Internet era, smart home has entered the Internet of Things era. With the empowerment of 5G and AI, product boundaries are gradually broken, and home appliances and homes are upgraded from single-product intelligence to scene intelligence. The products and services are diverse. The rapid iteration has brought new opportunities for the entire smart home industry chain. The new generation of consumers, while pursuing the technological sense of products, also attaches great importance to the quality and performance of smart homes, personal privacy and security, user experience, personalized services and so on. Based on this, GCDC has developed a one-stop solution for smart home testing, which can ensure the compliance of products or systems throughout the life cycle, and demonstrate the performance of products through testing and verification.

Smart home testing

After experiencing the Internet era and mobile Internet era, smart home has entered the Internet of Things era. With the empowerment of 5G and AI, product boundaries are gradually broken, and home appliances and homes are upgraded from single-product intelligence to scene intelligence. The products and services are diverse. The rapid iteration has brought new opportunities for the entire smart home industry chain. The new generation of consumers, while pursuing the technological sense of products, also attaches great importance to the quality and performance of smart homes, personal privacy and security, user experience, personalized services and so on. Based on this, GCDC has developed a one-stop solution for smart home testing, which can ensure the compliance of products or systems throughout the life cycle, and demonstrate the performance of products through testing and verification.

Smart home testing

After experiencing the Internet era and mobile Internet era, smart home has entered the Internet of Things era. With the empowerment of 5G and AI, product boundaries are gradually broken, and home appliances and homes are upgraded from single-product intelligence to scene intelligence. The products and services are diverse. The rapid iteration has brought new opportunities for the entire smart home industry chain. The new generation of consumers, while pursuing the technological sense of products, also attaches great importance to the quality and performance of smart homes, personal privacy and security, user experience, personalized services and so on. Based on this, GCDC has developed a one-stop solution for smart home testing, which can ensure the compliance of products or systems throughout the life cycle, and demonstrate the performance of products through testing and verification.

Smart home testing

After experiencing the Internet era and mobile Internet era, smart home has entered the Internet of Things era. With the empowerment of 5G and AI, product boundaries are gradually broken, and home appliances and homes are upgraded from single-product intelligence to scene intelligence. The products and services are diverse. The rapid iteration has brought new opportunities for the entire smart home industry chain. The new generation of consumers, while pursuing the technological sense of products, also attaches great importance to the quality and performance of smart homes, personal privacy and security, user experience, personalized services and so on. Based on this, GCDC has developed a one-stop solution for smart home testing, which can ensure the compliance of products or systems throughout the life cycle, and demonstrate the performance of products through testing and verification.

Smart home testing

After experiencing the Internet era and mobile Internet era, smart home has entered the Internet of Things era. With the empowerment of 5G and AI, product boundaries are gradually broken, and home appliances and homes are upgraded from single-product intelligence to scene intelligence. The products and services are diverse. The rapid iteration has brought new opportunities for the entire smart home industry chain. The new generation of consumers, while pursuing the technological sense of products, also attaches great importance to the quality and performance of smart homes, personal privacy and security, user experience, personalized services and so on. Based on this, GCDC has developed a one-stop solution for smart home testing, which can ensure the compliance of products or systems throughout the life cycle, and demonstrate the performance of products through testing and verification.

Smart home testing

After experiencing the Internet era and mobile Internet era, smart home has entered the Internet of Things era. With the empowerment of 5G and AI, product boundaries are gradually broken, and home appliances and homes are upgraded from single-product intelligence to scene intelligence. The products and services are diverse. The rapid iteration has brought new opportunities for the entire smart home industry chain. The new generation of consumers, while pursuing the technological sense of products, also attaches great importance to the quality and performance of smart homes, personal privacy and security, user experience, personalized services and so on. Based on this, GCDC has developed a one-stop solution for smart home testing, which can ensure the compliance of products or systems throughout the life cycle, and demonstrate the performance of products through testing and verification.

Smart home testing

2G is the second-generation communication technology based on GSM technology and digital voice transmission technology as the core. 3G is the third generation of mobile communication technology, which refers to the cellular mobile communication technology that supports high-speed data transmission, including W-CDMA, CDMA-2000, and TD-CDMA. 3G network technology can transmit voice and data information at the same time, and fully supports More diverse multimedia technologies. 4G is the fourth generation of mobile communication technology, focusing on WLAN technology, adding OFDM, MIMO, smart antenna, SDR and other communication technologies, making the wireless communication signal more stable, increasing the data transmission rate, and more compatible smoother, and the communication quality is also higher.

Communication 2,3,4G testing

2G is the second-generation communication technology based on GSM technology and digital voice transmission technology as the core. 3G is the third generation of mobile communication technology, which refers to the cellular mobile communication technology that supports high-speed data transmission, including W-CDMA, CDMA-2000, and TD-CDMA. 3G network technology can transmit voice and data information at the same time, and fully supports More diverse multimedia technologies. 4G is the fourth generation of mobile communication technology, focusing on WLAN technology, adding OFDM, MIMO, smart antenna, SDR and other communication technologies, making the wireless communication signal more stable, increasing the data transmission rate, and more compatible smoother, and the communication quality is also higher.

Communication 2,3,4G testing

2G is the second-generation communication technology based on GSM technology and digital voice transmission technology as the core. 3G is the third generation of mobile communication technology, which refers to the cellular mobile communication technology that supports high-speed data transmission, including W-CDMA, CDMA-2000, and TD-CDMA. 3G network technology can transmit voice and data information at the same time, and fully supports More diverse multimedia technologies. 4G is the fourth generation of mobile communication technology, focusing on WLAN technology, adding OFDM, MIMO, smart antenna, SDR and other communication technologies, making the wireless communication signal more stable, increasing the data transmission rate, and more compatible smoother, and the communication quality is also higher.

Communication 2,3,4G testing

2G is the second-generation communication technology based on GSM technology and digital voice transmission technology as the core. 3G is the third generation of mobile communication technology, which refers to the cellular mobile communication technology that supports high-speed data transmission, including W-CDMA, CDMA-2000, and TD-CDMA. 3G network technology can transmit voice and data information at the same time, and fully supports More diverse multimedia technologies. 4G is the fourth generation of mobile communication technology, focusing on WLAN technology, adding OFDM, MIMO, smart antenna, SDR and other communication technologies, making the wireless communication signal more stable, increasing the data transmission rate, and more compatible smoother, and the communication quality is also higher.

Communication 2,3,4G testing

2G is the second-generation communication technology based on GSM technology and digital voice transmission technology as the core. 3G is the third generation of mobile communication technology, which refers to the cellular mobile communication technology that supports high-speed data transmission, including W-CDMA, CDMA-2000, and TD-CDMA. 3G network technology can transmit voice and data information at the same time, and fully supports More diverse multimedia technologies. 4G is the fourth generation of mobile communication technology, focusing on WLAN technology, adding OFDM, MIMO, smart antenna, SDR and other communication technologies, making the wireless communication signal more stable, increasing the data transmission rate, and more compatible smoother, and the communication quality is also higher.

Communication 2,3,4G testing

2G is the second-generation communication technology based on GSM technology and digital voice transmission technology as the core. 3G is the third generation of mobile communication technology, which refers to the cellular mobile communication technology that supports high-speed data transmission, including W-CDMA, CDMA-2000, and TD-CDMA. 3G network technology can transmit voice and data information at the same time, and fully supports More diverse multimedia technologies. 4G is the fourth generation of mobile communication technology, focusing on WLAN technology, adding OFDM, MIMO, smart antenna, SDR and other communication technologies, making the wireless communication signal more stable, increasing the data transmission rate, and more compatible smoother, and the communication quality is also higher.

Communication 2,3,4G testing

2G is the second-generation communication technology based on GSM technology and digital voice transmission technology as the core. 3G is the third generation of mobile communication technology, which refers to the cellular mobile communication technology that supports high-speed data transmission, including W-CDMA, CDMA-2000, and TD-CDMA. 3G network technology can transmit voice and data information at the same time, and fully supports More diverse multimedia technologies. 4G is the fourth generation of mobile communication technology, focusing on WLAN technology, adding OFDM, MIMO, smart antenna, SDR and other communication technologies, making the wireless communication signal more stable, increasing the data transmission rate, and more compatible smoother, and the communication quality is also higher.

Communication 2,3,4G testing

2G is the second-generation communication technology based on GSM technology and digital voice transmission technology as the core. 3G is the third generation of mobile communication technology, which refers to the cellular mobile communication technology that supports high-speed data transmission, including W-CDMA, CDMA-2000, and TD-CDMA. 3G network technology can transmit voice and data information at the same time, and fully supports More diverse multimedia technologies. 4G is the fourth generation of mobile communication technology, focusing on WLAN technology, adding OFDM, MIMO, smart antenna, SDR and other communication technologies, making the wireless communication signal more stable, increasing the data transmission rate, and more compatible smoother, and the communication quality is also higher.

Communication 2,3,4G testing

Short-range wireless communication device (SRD): Short Range Device, a short-range wireless communication device usually refers to a device with an operating frequency between 25MHz and 1000MHz and a transmission power within 500MW (27dbm). SRD devices often work in free frequency bands. Due to the shortage of existing frequency band resources, congestion and mutual interference often occur. Many ISM (Industrial, Scientific and Medical) frequency bands used in different services also coincide with short-range wireless communication devices (SRD).

SRD wireless testing

Short-range wireless communication device (SRD): Short Range Device, a short-range wireless communication device usually refers to a device with an operating frequency between 25MHz and 1000MHz and a transmission power within 500MW (27dbm). SRD devices often work in free frequency bands. Due to the shortage of existing frequency band resources, congestion and mutual interference often occur. Many ISM (Industrial, Scientific and Medical) frequency bands used in different services also coincide with short-range wireless communication devices (SRD).

SRD wireless testing

Short-range wireless communication device (SRD): Short Range Device, a short-range wireless communication device usually refers to a device with an operating frequency between 25MHz and 1000MHz and a transmission power within 500MW (27dbm). SRD devices often work in free frequency bands. Due to the shortage of existing frequency band resources, congestion and mutual interference often occur. Many ISM (Industrial, Scientific and Medical) frequency bands used in different services also coincide with short-range wireless communication devices (SRD).

SRD wireless testing

Short-range wireless communication device (SRD): Short Range Device, a short-range wireless communication device usually refers to a device with an operating frequency between 25MHz and 1000MHz and a transmission power within 500MW (27dbm). SRD devices often work in free frequency bands. Due to the shortage of existing frequency band resources, congestion and mutual interference often occur. Many ISM (Industrial, Scientific and Medical) frequency bands used in different services also coincide with short-range wireless communication devices (SRD).

SRD wireless testing

Short-range wireless communication device (SRD): Short Range Device, a short-range wireless communication device usually refers to a device with an operating frequency between 25MHz and 1000MHz and a transmission power within 500MW (27dbm). SRD devices often work in free frequency bands. Due to the shortage of existing frequency band resources, congestion and mutual interference often occur. Many ISM (Industrial, Scientific and Medical) frequency bands used in different services also coincide with short-range wireless communication devices (SRD).

SRD wireless testing

Short-range wireless communication device (SRD): Short Range Device, a short-range wireless communication device usually refers to a device with an operating frequency between 25MHz and 1000MHz and a transmission power within 500MW (27dbm). SRD devices often work in free frequency bands. Due to the shortage of existing frequency band resources, congestion and mutual interference often occur. Many ISM (Industrial, Scientific and Medical) frequency bands used in different services also coincide with short-range wireless communication devices (SRD).

SRD wireless testing

Short-range wireless communication device (SRD): Short Range Device, a short-range wireless communication device usually refers to a device with an operating frequency between 25MHz and 1000MHz and a transmission power within 500MW (27dbm). SRD devices often work in free frequency bands. Due to the shortage of existing frequency band resources, congestion and mutual interference often occur. Many ISM (Industrial, Scientific and Medical) frequency bands used in different services also coincide with short-range wireless communication devices (SRD).

SRD wireless testing

Short-range wireless communication device (SRD): Short Range Device, a short-range wireless communication device usually refers to a device with an operating frequency between 25MHz and 1000MHz and a transmission power within 500MW (27dbm). SRD devices often work in free frequency bands. Due to the shortage of existing frequency band resources, congestion and mutual interference often occur. Many ISM (Industrial, Scientific and Medical) frequency bands used in different services also coincide with short-range wireless communication devices (SRD).

SRD wireless testing

Short-range wireless communication device (SRD): Short Range Device, a short-range wireless communication device usually refers to a device with an operating frequency between 25MHz and 1000MHz and a transmission power within 500MW (27dbm). SRD devices often work in free frequency bands. Due to the shortage of existing frequency band resources, congestion and mutual interference often occur. Many ISM (Industrial, Scientific and Medical) frequency bands used in different services also coincide with short-range wireless communication devices (SRD).

SRD wireless testing

Short-range wireless communication device (SRD): Short Range Device, a short-range wireless communication device usually refers to a device with an operating frequency between 25MHz and 1000MHz and a transmission power within 500MW (27dbm). SRD devices often work in free frequency bands. Due to the shortage of existing frequency band resources, congestion and mutual interference often occur. Many ISM (Industrial, Scientific and Medical) frequency bands used in different services also coincide with short-range wireless communication devices (SRD).

SRD wireless testing

Bluetooth technology is a short-range wireless transmission technology that is widely used in various electronic products. The Bluetooth specification promulgated by the Bluetooth standardization organization SIG has been developed to Bluetooth v5 3. Wi-Fi signals are transmitted through radio waves and work using 2 4G, 5G, 6G and other frequency bands.

Bluetooth WiFi testing

Bluetooth technology is a short-range wireless transmission technology that is widely used in various electronic products. The Bluetooth specification promulgated by the Bluetooth standardization organization SIG has been developed to Bluetooth v5 3. Wi-Fi signals are transmitted through radio waves and work using 2 4G, 5G, 6G and other frequency bands.

Bluetooth WiFi testing

Bluetooth technology is a short-range wireless transmission technology that is widely used in various electronic products. The Bluetooth specification promulgated by the Bluetooth standardization organization SIG has been developed to Bluetooth v5 3. Wi-Fi signals are transmitted through radio waves and work using 2 4G, 5G, 6G and other frequency bands.

Bluetooth WiFi testing

Bluetooth technology is a short-range wireless transmission technology that is widely used in various electronic products. The Bluetooth specification promulgated by the Bluetooth standardization organization SIG has been developed to Bluetooth v5 3. Wi-Fi signals are transmitted through radio waves and work using 2 4G, 5G, 6G and other frequency bands.

Bluetooth WiFi testing

Bluetooth technology is a short-range wireless transmission technology that is widely used in various electronic products. The Bluetooth specification promulgated by the Bluetooth standardization organization SIG has been developed to Bluetooth v5 3. Wi-Fi signals are transmitted through radio waves and work using 2 4G, 5G, 6G and other frequency bands.

Bluetooth WiFi testing

Bluetooth technology is a short-range wireless transmission technology that is widely used in various electronic products. The Bluetooth specification promulgated by the Bluetooth standardization organization SIG has been developed to Bluetooth v5 3. Wi-Fi signals are transmitted through radio waves and work using 2 4G, 5G, 6G and other frequency bands.

Bluetooth WiFi testing

Bluetooth technology is a short-range wireless transmission technology that is widely used in various electronic products. The Bluetooth specification promulgated by the Bluetooth standardization organization SIG has been developed to Bluetooth v5 3. Wi-Fi signals are transmitted through radio waves and work using 2 4G, 5G, 6G and other frequency bands.

Bluetooth WiFi testing

Bluetooth technology is a short-range wireless transmission technology that is widely used in various electronic products. The Bluetooth specification promulgated by the Bluetooth standardization organization SIG has been developed to Bluetooth v5 3. Wi-Fi signals are transmitted through radio waves and work using 2 4G, 5G, 6G and other frequency bands.

Bluetooth WiFi testing

Bluetooth technology is a short-range wireless transmission technology that is widely used in various electronic products. The Bluetooth specification promulgated by the Bluetooth standardization organization SIG has been developed to Bluetooth v5 3. Wi-Fi signals are transmitted through radio waves and work using 2 4G, 5G, 6G and other frequency bands.

Bluetooth WiFi testing

Bluetooth technology is a short-range wireless transmission technology that is widely used in various electronic products. The Bluetooth specification promulgated by the Bluetooth standardization organization SIG has been developed to Bluetooth v5 3. Wi-Fi signals are transmitted through radio waves and work using 2 4G, 5G, 6G and other frequency bands.

Bluetooth WiFi testing