SPMI is a power management interface that is used between application processors and peripheral components in mobile devices. The advantages of the interface are low pin count, high speed, low latency, and the ability to support multiple processing devices on the same bus. Learn more about testing SPMI designs below.
RFFE is a radio interface that is a core component of every cellular technology. The current version, MIPI RFFE v3.0, is designed to provide the more accurate timing precision and reduced latencies needed to drive the global adoption of 5G. Learn more about RFFE and test and measurement technology for RFFE designs below.
USB Type C is the new connection standard for mobile devices and brings some innovations with it, including Power Delivery. USB Power Delivery is a specification of USB that enables devices to be supplied with up to 100 watts. In the following you will find information about testing and measuring USB Type C designs.
I3C is an interface that enables peripheral devices to be connected to an application processor in any mobile device. I3C simplifies the connection and management of multiple sensors in one device. Learn more about I3C and how to measure and test an I3C system design.
Microcontrollers are a central part of every mobile system. In mobile devices there are numerous MCUs that take on simple control tasks as well as complex computing tasks. Learn more about programming, measuring, and testing microcontrollers in mobile devices.
Battery management systems are a central component of every lithium-ion battery. They protect the battery, ensure optimal use of the capacity and offer some convenience functions. In the following you will find more information about measurement and test solutions for battery management systems in mobile devices.
Today, high-speed storage solutions are being implemented in cell phones. Various storage technologies are used, including eMMC, SD, UFS. In the following you will find information about testing, programming, reading out and problems with memory technologies in mobile phones.
Today, high-speed storage solutions are being implemented in cell phones. Various storage technologies are used, including eMMC, SD, UFS. In the following you will find information about testing, programming, reading out and problems with memory technologies in mobile phones.
Battery management systems are a central component of every lithium-ion battery. They protect the battery, ensure optimal use of the capacity and offer some convenience functions. In the following you will find more information about measurement and test solutions for battery management systems in mobile devices.
Microcontrollers are a central part of every mobile system. In mobile devices there are numerous MCUs that take on simple control tasks as well as complex computing tasks. Learn more about programming, measuring, and testing microcontrollers in mobile devices.
I3C is an interface that enables peripheral devices to be connected to an application processor in any mobile device. I3C simplifies the connection and management of multiple sensors in one device. Learn more about I3C and how to measure and test an I3C system design.
USB Type C is the new connection standard for mobile devices and brings some innovations with it, including Power Delivery. USB Power Delivery is a specification of USB that enables devices to be supplied with up to 100 watts. In the following you will find information about testing and measuring USB Type C designs.
RFFE is a radio interface that is a core component of every cellular technology. The current version, MIPI RFFE v3.0, is designed to provide the more accurate timing precision and reduced latencies needed to drive the global adoption of 5G. Learn more about RFFE and test and measurement technology for RFFE designs below.
SPMI is a power management interface that is used between application processors and peripheral components in mobile devices. The advantages of the interface are low pin count, high speed, low latency, and the ability to support multiple processing devices on the same bus. Learn more about testing SPMI designs below.
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