Cypress Semiconductor has announced that its new high-intensive single-chip low-power Bluetooth solution has obtained Bluetooth certification. The Bluetooth Technology Alliance has awarded Cypress to Cypress to indicate the link layer components used in the PSOC4 BLE programmatic film and the Proc Ble programmable on RF system solution, Bluetooth low work. The consumption protocol stack and the RF Physical layer (RF PHY) pass the certification of the 4.1 version of the specification. In addition, the chip-level package (CSP) and square flat-free (QFN) package of the solution have also been certified by Bluetooth 4.1.
Bluetooth 4.1 is designed to coexist with cellular technology such as LTE, with a purpose of providing better connectivity, improving data transmission quality, enabling developers to realize innovative Internet of Things (IoT) applications. With Cypress low-power Bluetooth solution design products, you can print on Bluetooth logo according to Cypus's certification identification number.
Jayant Somani, senior marketing director of Cypress, Low Power Bluetooth Products, said: "Get Bluetooth 4.1 certification is an important milestone in our low-power Bluetooth product development process. Psoc4 Ble and Proc Ble are easy to use, with Bluetooth 4.1 Certification, customers can better complete their product design and quickly push to the market. "
Cypus low-power Bluetooth solutions have smart Bluetooth RF, a high-performance 32-bit ARM Cortex-M0 core, programmable analog module, and Capsense capacitive touch of Circus, leading industry Induction functions can constitute a complete system. These technologies are combined to provide intelligent Bluetooth products with unparalleled system value, longer battery life, customizable inductance, and beautifully visual user interfaces. The PSOC4 BLE programmable film has an unprecedented ease of use and high integration, which can be used for customized Internet access applications, home automation, medical, sports fitness monitoring, and other wearable smart devices. Proc Ble provides a high cost-effective turnkey solution for human-machine interface equipment (HID), remote control, and applications that require simple wireless connections. The solution also provides a piece of Barron that simplifies an antenna design while reducing the size of the board and reduces system cost.
At present, the design of Bluetooth smart products must adopt software tools from multiple vendors, and require complex firmware to accommodate wireless specifications. Cypillars simplifies low-power Bluetooth protocol stacks and profiles into a new-free license fee, based on the GUI-based BLE component, which is equivalent to a free embedded IC in PSoC, in the PSoC Creator integration design environment ( Ide) is represented in an icon that can be dragged into the design. PSOC Creator enables the entire system to implement the product listing process in the same tool. Of course, users with Eclipse and other ARM-based tools can also customize their low-power Bluetooth schemes with PSoC Creator, and then export the design into the IDE they are used.
The application details of Cypress BLE components are included in the PSoC Creator software, and the software also has multiple sample items that fully support low-power Bluetooth, and several example items for hundreds of mixed signal systems. Cypress also offers multiple development kits and BLE modules certified by FCC. A $ 49 CY8CKIT-042-BLE development kit can make users easily transition to the Cypress BLE device while maintaining the foundation design of PSOC 4 pioneer suite. The development kit includes a USB low-power Bluetooth transceiver that is paired with the Cysmart master simulation tool, and the user's Windows PC is converted to a low-power Bluetooth debug environment.
Related reading;
Inventory 2014 smart hardware, chip contraception you tried?
Bluetooth 4.2: Supporting smart device networking faster and safer
U disk? - No, this is the smallest PC on the earth
ARDUINO's open source Bluetooth MIDI project Blidino
Our other product:
