How to Assure “Communications Quality” of Semiconductor?

Following are some of the common challenges and considerations in assuring the communications quality on the performance of end device.

Challenges for Leading Edge Technologies

Semiconductor design is essential for ensuring good performance of end device, and leading edge technologies are required at times.

Cellular

5G technologies rollout expands the use cases of cellular devices for IoT applications. Anritsu is ready to support your testing needs with our versatile and efficient solutions as well as extensive experience in wireless testing that began with the 2G era.
As for future technologies after the current “5G”, Anritsu has already started research.

Short Range Wireless

Wi-Fi and Bluetooth® technologies are used widely especially for IoT devices, and new specifications have been introduced to the market. Anritsu is ready to support your testing needs efficiently with testing solutions ranging from legacy to latest specification.

The Bluetooth® word mark and logos are registered trademarks owned by Bluetooth SIG, Inc. and any use of such marks by Anritsu is under license. Other trademarks and trade names are those of their respective owners.

High-Speed Test Solution

The number of data centers is growing worldwide to support the huge increases in data traffic volumes caused by the rollout of 5G services and spread of IoT applications. It requires the data traffic to enhance the high-speed communications using large volumes of data. This brings the upgrades of PCI Express® to enable faster transmission of larger data traffic. Anritsu is ready to efficiently support your testing.

RF parametric and Telecommunication Protocol, From Pre-Silicon to Post-Silicon

Test environment is necessary for both RF parametric and telecommunication protocol and Anritsu is ready to support you across the phases, ranging from Pre-Silicon to Post-Silicon development.