CYW20819
CYW20819 is BLE/BR/EDR Bluetooth-5.0 SoC manufactured by Cypress.
PRELIMINARY
Ultra Low Power, BLE/BR/EDR Bluetooth 5.0 So C
The CYW20819 is a Bluetooth 5 single-chip solution targeted at Bluetooth Mesh, audio, voice, wearables, mice, keyboards, gaming consoles, remote controls, home automation, and a wide range of other Internet of Things (Io T) applications. The CYW20819 fully implements the Bluetooth Mesh 1.0 specification, and employs the highest level of integration to eliminate external ponents, allowing device makers to reduce product footprints and decrease overall system costs.
The CYW20819 integrates Ultra-Low Power (ULP) BLE along with the capability to add audio functionality to enhance the user experience for wearables and trackers. It also provides best-in-class receiver sensitivity for both BLE and EDR. Using advanced design techniques and process technology to reduce active and idle power, the CYW20819 also addresses the needs of a diverse class of low power Bluetooth 5-enabled devices that require minimal power consumption and pact size The device is intended for use in audio (source only, other than SCO), IOT, sensors (medical, home, security and industrial), and HID markets. The datasheet provides details of the functional, operational, and electrical characteristics of the CYW20819 device. It is intended for hardware, design, application, and OEM engineers.
Features
- Bluetooth Sub-System
- plies with Bluetooth Core Specification version 5.0
- Includes support for BR, EDR 2 Mbps and 3 Mbps, e SCO,
BLE, and LE 2 Mbps.
- Programmable TX Power up to +4 d Bm
- Excellent receiver sensitivity (-95 d Bm for BLE 1 Mbps)
- Microcontroller
- Powerful Arm® Cortex®-M4 core with a maximum speed of
96 MHz
- Bluetooth stack in ROM allowing standalone operation with- out any external MCU
- 256-KB on-chip Flash
- 176-KB on-chip RAM
- Bluetooth stack, Peripheral drivers, Security functions built into ROM (1 MB) allowing application to efficiently use onchip Flash
- AES-128 and True Random Number Generator...