Eddystone devices are a specialized type of radio receiver designed for proximity-based communication and location services. These small, battery-powered beacons broadcast unique identifiers that can be detected by nearby smartphones and other compatible devices. Their primary applications include indoor navigation, asset tracking, and delivering context-aware information to users, such as promotional offers or operational instructions. The key characteristic of Eddystone devices is their ability to facilitate seamless interaction between the physical and digital worlds without requiring user intervention.
Documentation for Eddystone devices typically includes technical specifications detailing broadcast range, battery life, and supported protocols. Setup guides and configuration manuals explain how...
Eddystone devices are a specialized type of radio receiver designed for proximity-based communication and location services. These small, battery-powered beacons broadcast unique identifiers that can be detected by nearby smartphones and other compatible devices. Their primary applications include indoor navigation, asset tracking, and delivering context-aware information to users, such as promotional offers or operational instructions. The key characteristic of Eddystone devices is their ability to facilitate seamless interaction between the physical and digital worlds without requiring user intervention.
Documentation for Eddystone devices typically includes technical specifications detailing broadcast range, battery life, and supported protocols. Setup guides and configuration manuals explain how to deploy and manage these beacons, including methods for assigning unique identifiers and managing broadcast content. Developers and technicians will find resources on integrating Eddystone signals into mobile applications and understanding the data streams they generate. Troubleshooting guides are also common, offering solutions for common connectivity or detection issues, ensuring reliable operation of proximity-based services.
This manual covers the Eddystone 1002 Broadcast Receiver. While specific production years are not detailed, this device is designed for troubleshooting and fixing its intended function. The engineering quality and reliability are supported by comprehensive documentation.
This manual pertains to the Eddystone 1004 Receiver, a product built with a focus on electronic components. While specific production years are not detailed, the engineering quality and reliability are underscored by the comprehensive nature of the information provided. This receiver is designed for applications requiring precise reception and is a testament to Eddystone's commitment to robust design.
This manual pertains to the Eddystone 1830 Series Communication Receivers. Designed for reliability and efficient operation, these receivers represent a significant advancement in their field. Their robust engineering ensures consistent performance across a wide range of applications, making them a trusted choice for professionals. The 1830 Series is built to meet demanding communication needs, offering a blend of advanced technology and user-friendly design.
The Eddystone 1990R Series Communication Receiver represents a significant advancement in communication technology, designed for reliable and efficient operation. Its engineering emphasizes precision and durability, ensuring consistent performance in demanding environments. While specific production years are not applicable, the 1990R Series is recognized for its robust construction and advanced capabilities, making it a preferred choice for critical communication needs.
This service manual pertains to the Eddystone 730/4 Receiver. While specific production years are not detailed, this model represents a product designed with a focus on engineering quality and reliability. The Eddystone 730/4 Receiver is intended for users seeking robust performance and dependable operation, embodying unique selling points characteristic of its design.
This document pertains to the Eddystone 840A Communication Receiver, designed for repair, servicing, maintenance, and rebuilding. While specific production years are not detailed, the engineering quality and reliability of this unit are paramount for its intended operational environment. Its unique selling points lie in its specialized function as a communication receiver, demanding precise calibration and component integrity for optimal performance.
The Eddystone EA12 Communication Receiver represents a significant advancement in its field, engineered for exceptional performance and reliability. This device is designed to meet the demanding requirements of modern communication systems, offering robust functionality and user-centric design. Its development prioritizes precision and durability, ensuring consistent operation across various applications.
The Eddystone EC10 Communication Receiver represents a sophisticated piece of electronic equipment, designed for advanced communication tasks. While specific production years are not detailed, its engineering focuses on reliability and efficient operation within its intended communication environment. The EC10 is built to provide robust performance, ensuring dependable signal reception and transmission capabilities for various professional applications.
This repair manual covers the S770R, a communication receiver designed for reliable performance. While specific production years are not detailed, the S770R represents a commitment to robust engineering within its class. Its primary function as a communication receiver implies a focus on signal integrity and operational efficiency, making it a dependable component for various communication needs.
This manual covers the Eddystone 1650 HF/MF Receiver. While specific production years are not detailed, this model is designed for robust performance and reliability. Its engineering quality ensures dependable operation for its intended applications.
This service repair manual covers the Eddystone 1837 Series Communication Receiver. Designed for reliable communication, this receiver exemplifies robust engineering. Its intended usage focuses on receiving and processing communication signals, ensuring clear and consistent performance in its operational environment. The 1837 Series is built with precision, offering a dependable solution for communication needs.
This manual covers the Eddystone 670A Receiver, an electronic device designed for reliable performance. While specific production years are not detailed, the engineering quality of this receiver is evident in its robust construction and intended use for critical applications. Its unique selling points lie in its advanced circuitry and dependable operation, making it a valuable asset for its intended purpose.
This manual pertains to the Eddystone 840C Communication Receiver. While specific production years are not detailed, this device represents a significant piece of electronic engineering, designed for reliable communication reception. Its construction emphasizes quality and durability, ensuring consistent performance for its intended operational purpose.
This manual pertains to the Eddystone Type 640 Communication Receiver. While specific production years are not detailed, this document focuses on providing comprehensive information for this model. The Type 640 is engineered for reliable communication reception, and this manual aims to support its continued optimal performance.