Scout Model SC4410
Serial Bus Controller (MIPI-RFFE)
Status: End of Life (Replaced by SC4420)
- Supports MIPI-RFFE 2.0 and SPI interfaces
- USB-Powered Adaptor
- Software Selectable Clock Rate (1, 13, 26 and 52 MHz)
- Command Sequencer for Time-Critical Applications
- Field Upgradable
- Design Verification Test
- Product Development
- Semiconductor Production Test
The bus-powered adaptor simplifies interconnectivity. The adaptor’s small size allows it to be physically located closel to the device under test (DUT). The proximity helps to reduce cable lengths, maximizes signal integrity and minimizes noise coupling.
The interface voltage can be set via software to 1.2 V or 1.8 V in RFFE mode and up to 3.3 V in SPI mode. Alternatively, the interface voltage, VIO, line can be configured as an input from the DUT to provide any interface voltage between 1.2 V and 3.3 V.
Any terminal emulator can be used to interact with the device. Control and operation is provided using a simple command line programming interface. The generic and easy-to-use API facilitates integration of Scout in automated test and measurement (T&M) applications. Configuration of the GPIO pins to support external triggering is possible, facilitating the use in automated test applications.
This module is USB 2.0-plug-and-play compatible on the following operating systems – Windows XP, Windows 7, Windows 10, Linux, and iOS.
- MIPI-RFFE 2.1
- Serial Peripheral Interface (SPI)
- 8 General Purpose I/O (GPIO)
The general purpose I/O direction and voltage can be configured in software. Non-standard I/O voltages can be accommodated by providing a VIO signal from an external source. The I/O lines are time synchronized with the serial port. The outputs have high drive (12 mA) capability.
- A BNC connector is provided to support external trigger operation. Operating voltage is set to VIO.
Optional Non-USB Supply
- For applications where the USB host may be current starved, an external 5V power supply can be used to power the device.