Cypress Semiconductor launches a Bluetooth intelligence module that is the first to integrate programmable analog and digital modules into a module that is fully authenticated. This new small-size EZ-BLE PSoC module complies with Bluetooth 4.1 standards, through global management standards, can greatly simplify design processes, accelerate product listing process. Cypus can provide chips, software, firmware, and hardware modules in a stop, allowing customers to support customers very smooth, easy to develop sensor-based low-power consumable networked systems, including sports and fitness monitoring equipment, medical equipment, wearable devices , Home automation solutions and game controllers, etc.
Sensor-based systems require an analog front end (AFE), digital control logic, a BLE RF module, and a microcontroller, and a product with advanced user interfaces requires a touch or display IC. EZ-BLE PSOC Module Based on Cypus's PSoC 4 BLE programming film, it is equipped with an ARM Cortex-M0 core, which integrates a sensor-based system in a compact space of 11-mm x 11-mm x 1.8-mm. All modules, as well as Cypse industry-leading Capsense capacitive touch feature, two crystals, one board antenna, a metal shield and multiple passive components. Customers that use this module reference to Bluetooth SIG assignment to Cypress's unique certification design identification code (QDID), you can apply for Bluetooth logo on its products. The EZ-BLE PSoC module is in line with the certification and radio management standards of major markets such as the United States, Canada, Japan, South Korea and Europe, which can save approximately $ 200,000 for our customers in hardware R & D, testing, manufacturing and certification costs.
Dave Solda, director of the Cypress Module, said: "Sensor-based systems connected to the Internet of Things must use low-power wireless communication modules and battery to operate independently. These system designs multiple ICs, but Cypress's EZ-BLE PSOC enables designers to use an easy-to-use module to improve the integration of the system, reducing the BOM costs of the solution and space on the desired board, and shorten the product listing time. "
Designers for Bluetooth smart products often need software tools for multiple vendors, and develop complex firmware to meet wireless specification requirements. Cypress integrates Bluetooth low-power protocol stacks and profiles to a non-lying tax. In the GUI-based BLE component, designers can drag and drop the component into their design using Cypress's PSoC Creatoride. PSoC Creator allows designers to complete system design using a simple tool. The application details of the built-in Creeplas BLE component in PSoC Creator contain all supported BLE protocol version application instances and hundreds of mixed signal system design application instances.
The EZ-BLE PSoC module allows designers to create custom AFE front ends for sensor interfaces using operational amplifiers, comparators, ADC, and DACs. Designers can also integrate digital logic through programmable digital modules, including: timer, counter, pulse width modulator (TCPWM), serial communication module (SCB), and universal digital module (UDB), and the like. The programmable architecture allows UDB to share the CPU task, thereby reducing the power consumption of battery power supply applications, and can dynamically reconfigure each module to provide a variety of functions.
In addition to EZ-BLE PSOC, Cypress also has an EZ-BLE PROC module, the latter based on the RF solution on Cypus PROC BLE programmable film, currently uses a small 10-mm x 10-mm x 1.8-mm Specifications are put into mass production. EZ-BLE PROC is targeted by remote control, medical and fitness equipment, household appliances, toys, and other wireless applications.
Cypress offers a $ 49 Ble Pioneer development kit that allows users to easily use Cypus's BLE device while maintaining commonly designed based on PSOC 4 Pioneer toolkit. The toolkit contains a USB BLE adapter that is paired with the Cysmart Simulation Tool, which is converted to a BLE debug environment. Designers can insert the EZ-BLE PSoC evaluation board into the Ble Pioneer development kit to quickly and easily evaluate the EZ-BLE PSoC module.
Bluetooth module development board recommended:
Bluenrg's Bluetooth Smart Board A Bluetooth-based low-consuming 4.0 compatible low-power network processor can be applied to the IT (IoT) Bluetooth module.
RFD90102 Bluetooth Development Kit An integrated Bluetooth 4.0 Ble is on the pointer size board and can be compatible with Bluetooth 4.0-compatible smartphones and computers.
A low-power Bluetooth suite is a BLE wireless module that enables medical and fitness equipment to 1 billion sets of mobile Internet devices (smartphones, tablets, laptops) that support BLE.
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