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Remote control

High-performance remote control unit designs

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Overview

With remote controls, ultra-low-power and robust connection requirements are the major challenges.Increased demand for features such as voice remote are adding to the design complexity, driving the need for higher-performance Bluetooth? Low Energy (LE) system-on-chip (SoCs). To help combat these issues, Bluetooth? LE-based remote-control technology is an effective substitute traditional infrared solutions with advantages such as free angles to control, longer range, ultra-low-power, low latency, and not being blocked by other obstacles.

Benefits

  • Long range and low latency
  • Ultra-low-power consumption
  • Universal interoperability
  • Proven design
  • Robust and reliable connection
  • Scalable Bluetooth? LE solutions

Block diagram

About

Extend battery life

Low-power consumption is a must for remote controls to ensure a long battery life (at least five years). This is especially true for deep sleep/idle mode, Tx power at 4 dBm, and power consumption on voice search use cases. Based on in-house standard use-model requirements, AIROC¡¯s Bluetooth? LE SoCs enables ultra-low-power design to support extended battery life up to ten years or more, putting it in a leading position in the industry.

Robust and reliable connection

Bluetooth? LE-enabled remote-control units surpass the IR-based ones for "easy to use" based on the robust wireless connection, more robust RF design, and better interoperability, which are the design requirements. Longer range and low latency features are important too. AIROC? Reliable Bluetooth? LE SoCs enhance designs with marketing leading, proven and robust RF technology that widely deployed throughout the world.?

Highly integrated and turnkey reference design

Most customers require their SoCs to be highly integrated and scalable with their microcontrollers, Bluetooth? LE subsystems, memory and PMU technology in their designs. Market-proven designs with universal interoperability with mainstream host SoC platforms help speed up and simplify the design process. The AIROC¡¯s CYW20835 turnkey reference design with Android qualification supports voice research. This proven design has been deployed by companies worldwide to get their products to market faster.?

High-performance Bluetooth? LE plaform

The AIROC? Bluetooth? portfolio offers total solutions to deliver the most reliable and highest-performing connectivity for your applications, consisting of Bluetooth? LE SoC devices, enabling compute-at-the edge capability for a variety of IoT applications. These highly integrated SoC devices also allow interfacing with external components along with reliable, long-range Bluetooth? connectivity. CYW20835 is the optimal solution for remote control applications and brings you the best-in-class voice remote design.

Learn more

Extend battery life

Low-power consumption is a must for remote controls to ensure a long battery life (at least five years). This is especially true for deep sleep/idle mode, Tx power at 4 dBm, and power consumption on voice search use cases. Based on in-house standard use-model requirements, AIROC¡¯s Bluetooth? LE SoCs enables ultra-low-power design to support extended battery life up to ten years or more, putting it in a leading position in the industry.

Robust and reliable connection

Bluetooth? LE-enabled remote-control units surpass the IR-based ones for "easy to use" based on the robust wireless connection, more robust RF design, and better interoperability, which are the design requirements. Longer range and low latency features are important too. AIROC? Reliable Bluetooth? LE SoCs enhance designs with marketing leading, proven and robust RF technology that widely deployed throughout the world.?

Highly integrated and turnkey reference design

Most customers require their SoCs to be highly integrated and scalable with their microcontrollers, Bluetooth? LE subsystems, memory and PMU technology in their designs. Market-proven designs with universal interoperability with mainstream host SoC platforms help speed up and simplify the design process. The AIROC¡¯s CYW20835 turnkey reference design with Android qualification supports voice research. This proven design has been deployed by companies worldwide to get their products to market faster.?

High-performance Bluetooth? LE plaform

The AIROC? Bluetooth? portfolio offers total solutions to deliver the most reliable and highest-performing connectivity for your applications, consisting of Bluetooth? LE SoC devices, enabling compute-at-the edge capability for a variety of IoT applications. These highly integrated SoC devices also allow interfacing with external components along with reliable, long-range Bluetooth? connectivity. CYW20835 is the optimal solution for remote control applications and brings you the best-in-class voice remote design.

Learn more

Documents

Documents

Design resources

Partner solutions

Developer community

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