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Please note that images above may contain product not included with purchase.
Introducing the world’s most powerful and expandable Serial to I2C Converter now available with KeyFob Remote Control. With Eight nodeLynk I2C Expansion Ports and Two Interchangeable Communications Ports compatible with Digi XBee®, this powerful I2C adapter offers the highest possible conversion speed with the most efficient command set available. Communications modules may be interchanged for your choice of communication requirements. Based on the endNode architecture, this controller provides an excellent platform to help simplify communications to otherwise complex I2C devices. Over a year in development, this device served as the development platform for our endNodes architecture, which includes an incredible command set for relay control, far beyond I2C conversion. New features include hardware I2C communications now supporting speeds up to 700KHz. Set the communications speed of each nodeLynk I2C Port as part of Device Configuration. This device now includes a new command set that simplifies read and write operations to I2C devices. New I2C Bus Scan functions scans and reports all detected devices on each I2C port in less than 1 Second.
We’ve also added ProXR Enterprise to the command set, which is our most powerful relay control command set to date. Capable of controlling up to 1,024 relays using 8 nodeLynk I2C ports, this is our most expandable relay controller we have ever manufactured. Designed to work with all MCP23008 and MCP23017 I2C Relay Controllers, ProXR Enterprise adds powerful commands for turning relays on or off, toggling the state of relays, pulsing relays, and controlling relays in groups. ProXR Enterprise also offers powerful relay timer capabilities to activate relays for a duration of time or to trigger different commands when timers finish their counting cycle. Integrated Macros make it possible to send a simple command to execute a list of up to eight commands in the background. Powerful startup functions allow you to execute commands when power is first applied to the controller in addition to complete power-up relay state control. Integrated Non-Volatile FRAM memory allows unlimited read/write capabilities without memory degradation and no battery backup required. FRAM memory keeps track of relay status, timers, macros, and many important system settings. New Relay Counters control relays in patterns using Counter Increase and Decrease functions. Relay Counters can be used for efficient lighting control, emergency lighting, or signage applications. Automatic and Manual Relay Refresh Modes allow you to send relay control commands without affecting relays. When you ready, simply send a refresh command and refresh every relay connected to the controller.
With 8 on-board nodeLynk I2C Ports and up to 2 Amps Shared Among All Ports, the converter offers a powerhouse of expansion options. Connect Relays, GPIO, Gas Sensors, Temperature Humidity Sensors, Thermocouples, and 4-20mA current loop input output controllers. Expand anytime to include voltage detection, current monitoring, programmable FET control, pulse width modulation, and much more. The dual port adapter offers more expansion and compatibility than previous generation controllers. As a serial to I2C adapter, this device is future proof and ready to talk to the next generation of sensors and controllers without the need for firmware updates. Simply update your software to talk to the latest generation of I2C devices.
So why would we combine a KeyFob and I2C Converter? Integrated into all endNode series controllers is the ability to trigger macros. Macros consist of a list of commands that may be executed in succession. Macros can be triggered by a computer through a USB, Ethernet, WiFi, Bluetooth or other kinds of interface. In addition to triggering macros from a computer, macros may also be triggered from a remote control KeyFob up to 700 feet away when using a 8-button KeyFob. Each button may trigger up to two macros. One macro may be executed when a button is pressed, a different macro may be triggered when a button is released. So a 8 button KeyFob can trigger up to 16 macros remotely.
Macros add complex functionality, and may include the ability to control relays by turning them on or off, or triggering relay timers that activate relays for preset periods of time. In addition, relay counters may be used to control relays in sequence with each KeyFob button press. Other relay control events such as relay toggle functions, pulsing functions, or delay operations may also be triggered by Macros. Macros add simple automation events for sending custom I2C commands to any available I2C port or for sending high-level ProXR relay control commands. Available with 1, 2, 3, 4, or 5 button KeyFobs with a 200 foot maximum range or with 8 Button KeyFobs with a 700 foot maximum range. KeyFob communications supports pairing with security encryption. Up to 40 KeyFobs may be securely paired with this device with each KeyFob having identical functionality. While it is not possible for each KeyFob to have a different function, it is possible to use 1 to 5 button KeyFobs for basic operational control and 8-button KeyFobs to activate special features for advanced users.
New Wireless Protocols for Long Range Wireless Communications up to 2 Miles are now supported in native API communications structure. Send commands to this nodeLynk KeyFob I2C converter from a wireless modem and command responses will be sent back to the modem. This nodeLynk KeyFob I2C converter supports the use of multiple wireless modems, as all responses are coded to return to the origin. Supports Select Digi 900MHz, 868MHz, and 2.4GHz Communications Options for worldwide compatibility with the best possible range legally allowed.
Convert USB to I2C by loading a USB interface into a communications socket. The USB communications module will mount as a Virtual COM Port on your PC for communications using simple serial commands at 115.2K Baud.
Convert RS-232 to I2C by loading a RS-232 interface into a communications socket. This nodeLynk KeyFob I2C converter will convert RS-232 to I2C, allowing the use of simple serial commands at 115.2K Baud. Connect to desktop computers or embedded systems to greatly simplify communications to I2C devices.
Convert RS-485 to I2C by loading a RS-485 interface into a communications socket. This nodeLynk KeyFob I2C converter will convert RS-485 to I2C, allowing the use of simple serial communications to talk to a multi-drop RS-485 network of KeyFob I2C Converters.
Bluetooth to I2C Conversion requires the use of the WiFi option during checkout, users may choose to use the WiFi, Bluetooth, or USB communications technologies by using a single WiFi module that integrates all three technologies into a single communications module.
Network communications could not be any easier. Simply associate this device with your network using WiFi (2.4GHz Only) or a Ethernet cable connected directly to your router, open TCP socket 2101 and start sending and receiving TCP data. Both Ethernet and WiFi options support DHCP, Programmable TCP Port, and a Programmable Static IP address. Both communication options also support web page configuration of communication technologies. The WiFi Option Supports WiFi TCP/IP and WiFi MQTT Communications.
Our nodeLynk KeyFob I2C Converter becomes a internet controlled device when using the WiFi option. Paired with our new WiFi communications module, the MQTT communications option may be used, allowing this device to talk directly to MQTT servers using a single publish and subscribe topic used for transporting low-level I2C messages. This effectively allows any command to be executed via MQTT communications for remote operation from anywhere in the world.
This device acts has a hardware dual port serial to master hardware I2C protocol converter designed to communication with NCD nodeLynk I2C node devices. I2C Master controllers initiate communications to node devices such as ADC, DACs, Potentiometers, PWM controllers, GPIO controllers, and a wide variety of sensors. I2C node devices are always speak when spoken to, they do NOT initiate communications with a master I2C controller. Conversion works by sending a single hardware I2C port selection along with a I2C start address as well as any associated parameters, as well the number of bytes you would like to request from the I2C device. The KeyFob I2C converter will exchange all data and report the response from the I2C device via a serial format. The term “hardware” is used to indicate that dedicated hardware is used for all serial and I2C communications. This device does NOT use a virtual serial ports or I2C ports which would greatly limit communications speed. Instead, this device uses dedicated hardware peripherals for all communications to greatly enhance speed and reliability of communications. The term “master” is used to indicate this device will initiate communications with a node. It is not possible for a node to initiate communications with a master, as this is not supported in the I2C protocol.
This device now includes more powerful commands that execute faster than previous generation controllers including I2C Bus Scan, used to displays all devices connected to a nodeLynk I2C port. New KeyFob I2C converter commands for I2C Write, I2C Read, and I2C Write/Read operations, which are now executed using hardware I2C ports rather than software emulated ports found in previous generation controllers. The new hardware I2C ports offer I2C Bus Speeds up to 700KHz per nodeLynk I2C Port. I2C Port Switching and Communications is now executed as a single command, offering incredible speed for switching ports and executing read/write operations with a single transaction.
This is a nodeLynk Master adapter. nodeLynk Master adapters speak to a chain of nodeLynk devices using I2C communications.
Chain expansion devices using nodeLynk. Connect a wide variety of accessories to expand the capabilities of a nodeLynk compatible controller. Use nodeLynk to add Relay Controllers, Sensors, PWM Drivers, Displays, and a wide variety of 4-20mA, 0-10V ADCs and DACs, as well as a wide array of TTL & Isolated GPIO devices. All nodeLynk devices use I2C communications to chain devices together. nodeLynk is an easy way to expand functionality without soldering. nodeLynk allows expansion in seconds so you can focus on your software and firmware development.
The NCD WiFi to KeyFob I2C Converter is a perfect companion to add automation, sensing, monitoring, and control features to Visual Studio applications. We are always improving our Alpha Station Software framework, which includes all libraries needed to communicate to every kind of I2C sensor and controller imaginable. Simple libraries for I2C Read, Write, and Write Read operations make it easy to talk to all kinds of hardware with minimal time investment. Talk to displays, sensors, multiplexers, relay controllers, pulse width modulators, and more. The Alpha Station framework is ready to go to work monitoring and controlling using Visual Studio Community Edition (free from Microsoft.com).
Alpha Station provides you with a working sample framework, take a look at the source code to see how easy it is to control this display:
Alpha Station gives you the tools you need to quickly read and display Analog to Digital Values such as the MAX1069 connected to a 8-Channel Multiplexer to display the result. Reading and Displaying ADC Values could not get any easier. Notice how we use the I2C Write Read Command to talk to the MAX1069 with a start address of &H37, this command handles all the low-level I2C communications to the chip, you simply specify the start address, number of bytes you would like to read (2), and the delay (0) between the Write and Read operation. When the chip returns a response, it should be 2 bytes in Length. The response is then converted to a 14-Bit value using the NCDLib.Math.MSLBLS14 command. The value can then be displayed directly to the console.
Alpha Station Libraries make it easy to control hardware. The AS1115 Library is used to communicate numeric values directly to a LED display. Values from 0 to 999 are supported as well as brightness levels of 0 to 15. Simple library calls are all it takes to setup a dedicated hardware numeric display.
XBee® is a registered trademark of Digi International. www.digi.com