Hookup (ELK-120/124 ONLY)

AC Transformer Input

Terminals Under Cover

Computer Sound Card Interface (ELK-129)

Programming Connector

to Recordable Module

20VA

12V

 

* Do Not Connect a

To 12V 20VA

transformer for ELK-MM447 or

ELK-MV480

Transformer

 

Power LED

Indicates Power is Being AppliedSW1 to the Recordable Module

CH1 OFF CH2

Power Switch

Applies power to the Recordable

Module for programming

To Amplified

Speakers

Set JP2 for “Repeat”

DIP Switch

Selects channel to record

Manual Record

Switch

8OHM SPEAKER

(To listen to the module's playback)

J1

AUDIO OUT

AUDIO IN

. . . .

3.5MM

Stereo Audio

Cables

PC

To Computer

Speaker Out

1-Ft.

Ribbon

Cable

Personal Computer

(Windows Based)

ELK Recordable Module

(ELK-120 or ELK-124)

(ELK-120 Version 2 shown)

For Jumper and Connector selections, refer to the installation instructions that come with the Recordable Module.

JP1

Selects recording from on-board microphone or from ELK-129.

Set JP1 to "O" or "PRG" for ELK-129 use

Figure 1.

5

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Elk 129 specifications Hookup ELK-120/124 only, Transformer

129 specifications

Elk 129 is a sophisticated and versatile embedded computing platform designed to cater to various application needs across different industries. With its robust architecture and a range of advanced features, Elk 129 is engineered for performance, reliability, and efficiency.

At the heart of Elk 129 lies a powerful multi-core processor, ensuring high computational capabilities for demanding applications. The platform supports a variety of operating systems, including real-time operating systems (RTOS) and mainstream Linux distributions, making it suitable for both industrial and consumer applications.

One of the standout characteristics of Elk 129 is its modular design. This enables users to customize the hardware according to specific project requirements. The platform features multiple expansion slots, allowing for seamless integration of additional components such as sensor modules, communication interfaces, and specialized controllers. This flexibility makes Elk 129 a preferred choice for projects that require unique configurations.

In terms of connectivity, Elk 129 offers a comprehensive array of interfaces. It includes USB, Ethernet, SPI, I2C, and GPIO ports, ensuring compatibility with numerous peripherals and enabling straightforward communication between devices. The platform also supports wireless connectivity options, including Wi-Fi and Bluetooth, facilitating remote control and data transfer capabilities.

Elk 129 is engineered with power efficiency in mind. Its advanced power management features include dynamic voltage scaling and low-power operating modes, allowing developers to optimize energy consumption. This is particularly beneficial for applications where power availability is a concern, such as in remote monitoring systems or portable devices.

The platform also emphasizes security, integrating hardware-based security features to protect sensitive data and maintain system integrity. This includes secure boot, encryption capabilities, and trusted execution environments, which are essential for applications in finance, healthcare, and other sectors where data protection is paramount.

Furthermore, Elk 129 supports an extensive development ecosystem, complete with software development kits (SDKs), libraries, and comprehensive documentation. This ecosystem empowers developers to rapidly prototype and deploy applications, reducing time-to-market.

In summary, Elk 129 is a powerful and adaptable embedded computing solution characterized by its multi-core processing, modular design, extensive connectivity options, power efficiency, security features, and robust development support. These attributes position Elk 129 as an ideal choice for a wide range of applications, from industrial automation to smart consumer devices, ensuring that it meets the evolving needs of technology-driven markets.