FWM7BTZ61-E2

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Description: BT 5.0 DUAL MODE CYW20819 SAMP Supplier: FUJITSU Matchcode: FWM7BTZ61-E2 Rutronik No.: RFMCU1734 Unit Pack: 1 MOQ: 500 package: SMT Packaging: INDIVIDUAL

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Parameter

Frequency min: 2400 MHz
Frequency max: 2483,5 MHz
Datarate: 3072 kbps
Oper.temp.min.: -30 °C
Memory: FLASH
Memory size: 128 kB
Supply Volt.min: 1,71 V
P(out): 3 dBm
RAM: 16 kB
GPIO: 6 no.
SPI: YES
Other interface: UART, GATT
Modulation: GFSK
Oper.temp.max: 85 °C
Supply volt.max: 3,63 V
Automotive: NO
Package: SMT
RoHS Status: RoHS-conform
Packaging: INDIVIDUAL

ECCN: EAR99
Customs Tariff No.: 85176200000
Country: United States
Supplier Lead time: 16 weeks

Description

The fully integrated FWM7BTZ61 series is powered by Cypress Semiconductor's CYW20819 SoC and features Bluetooth Low Energy profile and Bluetooth Classic (BR/EDR) power class 2 capabilities in a single module. It also supports Bluetooth Ver. 5.0’s signature X2 communication.

The symbol rate and data rate accommodates both 1Mbps and improved 2Mbps to facilitate communication speed with other Bluetooth Low Energy devices. In addition, Classic mode supports 1Mbps (BR: basic rate) and 2 and 3Mbps (EDR: Enhanced Data Rate) communication.

The series also supports a wide range of operating voltages from 1.71V to 3.63V, which enables the mating with various system design and power supply conditions.

To accommodate different design needs, the series portfolio includes two, fully certified models:

One contains SPP (Serial Port Profile) for Bluetooth Classic, and GATT profile for Bluetooth Low Energy. SPP is the most common profile for serial communication applications, and GATT profile enables all Bluetooth communications with other modules through the GATT layer in the module by using a simple text command via UART.
One replaces the GATT Direct Access profile with Fujitsu Components’ unique embedded firmware, which enables simple text-based commands via UART to control all Bluetooth commands and parameters and simplifies a customer’s firmware development.

This product can also be connected to the Apple Authentication 3.0 Coprocessor ("Auth. 3.0 CP") to send and receive data with application software on iOS devices. (Note 1).