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Microcontrollers and Microprocessors
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Industrial
High Precision Analog Measurement
This is a kit for evaluating the analog front end(AFE) integrated in the RX23E-A. The kit consists of an evaluation board with the RX23E-A and peripheral circuits for sensor measurement, and is provided with the GUI. The user can set the register of the AFE on the GUI and check the measurement results graphically. RX23E-A is a group from the RX MCU family with integrated high-precision analog front-end. Thanks to low noise and low drift of AFE features, the high-precision sensor measurement can be achieved with computation performance, system control, and communication in one chip.
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Launch Lab
Artificial Intelligence
RZ/V2M SMARC: Object Detection Solution
Generating digital metadata from visual acquisition, processing, analysis, and understanding requires a high-performance MPU with AI capabilities. The EU092 - RZ/V2M SMARC, System on Module (SoM) solution from Renesas helps designers manage these crucial decision processes. It features a high-performance dual-core Arm® Cortex®-A53 MPU and dedicated high-speed hardware AI inference (DRP-AI). Unlike a single-board computer, an SoM is designed for a specific function, reducing baseboard costs and simplifying the enhancement of embedded computer applications. The board features are: Low power Edge-AI (1 TOP/Watt) and low heat dissipation. Object detection with bounding box. As no heatsink or cooling fan is required, the equipment can be miniaturized and BOM cost can be reduced.
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Launch Lab
Automotive
E-Mobility Solutions -Motor Drive + BMS
High-voltage power train system with modularly integrated wired/wireless charging (ISL81801 and P9415), battery management system (ISL94216), and optional Bluetooth wireless connectivity (RX23W)
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Launch Lab
Communication and Computing Infrastructure
Face Recognition & 2D Barcode Type Detector Solution
The RZ/A2M Evaluation Kit is a best-in-class evaluation board kit used for evaluating the RZ/A2M high-speed, embedded AI-based, image processing microprocessors with Dynamically Reconfigurable Processor (DRP) technology. A MIPI camera module, display output board for display connection and an on-chip debugging emulator (Segger J-Link Lite) are included, so you can start evaluation immediately. The onboard device is the RZ/A2M (R7S921053VCBG: with DRP function, internal RAM 4MB) and evaluation of the DRP is possible.
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Launch Lab
Industrial
HMI solution board with high-end 32bit MCU RX Family
By using the Envision Kit with a 32-bit single-chip RX72N MCU on it, the demo can be operated via voice command, perform audio playback, and has a GUI display with WQVGA (480x272) on RTOS simultaneously. Renesas' original RXv3 core, which achieved a 5.90 CoreMark/MHz high score, delivers industry-leading performance, power efficiency and responsiveness. High CPU performance enables upgrade functionality even after product release and firmware can be downloaded from Renesas' website to program existing RX72N Envision Kits.
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Launch Lab
Clock and Timing
IEEE 1588 Solution
The Precision Time Protocol (PTP) is implemented in accordance with IEEE 1588, which is the standard for a precision clock synchronization protocol for networked measurement and control systems . The master and slave configuration of the boards in this demo unit is used to show the secure and accurate synchronization of each of their clocks, so that they can work in harmony.
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Launch Lab
IoT
Voice Recognition Solutions
This demo system is a simple working solution that recognizes voice commands to initiate a corresponding operation. It uses an RA6M1 high-performance Arm® Cortex®-M4 core based MCU. It is highly efficient and supported by an open and flexible ecosystem – the Flexible Software Package built on FreeRTOS to reduce development time. The boards are trained with voice models to recognize commands, resulting in voice response, as well as voice match score.
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Launch Lab
Industrial , Clock and Timing
SiT95141,SiT95145 and SiT95148 Cascade Clocks with integrated MEMS Resonator: Jitter Cleaners / Network Synchronizers and Clock Generators
The CascadeTM ClkSoCTM SiT95141 is a single-chip MEMS clock generator optimized for the highest level of clock tree integration, consolidating multiple clock ICs and oscillators into a single device. Its low noise quad-PLL architecture and programmable output drivers provide up to 10 differential or 20 LVMCOS low jitter clock outputs.
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Launch Lab
IoT , Automotive , Industrial , Aerospace & Defense , Communications and Enterprise , Consumer
SiT95316, SiT95317 Network Synchronizer, SiT95314, SiT95315, SiT95319 Jitter Cleaner and Clock Generator
The Cascade 2 Programmer is designed exclusively to configure and burn programmable SiT9514x Cascade Platform™ units.SiT95211 and SiT95316 are programmable clock generator parts with flexible input-output frequency translation options. They feature an ultra-low jitter performance DPLL that supports up to 4 Diff/8 Single Ended input clocks and 12 clock outputs. These parts can be derived from any of the four PLLs in a flexible manner.
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