1 Introduction

the device cards installed in the CC9600 chassis. When the MR9600 is turned on, the lights go through the following sequence before they act as status indicators for the device cards.

1.The LEDs on the right side turn red and then turn green when the right SIMM passes its memory test.

2.The LEDs on the left side turn red and then turn green when the left SIMM passes its memory test.

3.The LEDs stay green for about five seconds while the flash boot code waits for a handshake sequence on the diagnostic serial port.

4.If none is detected (this is normal unless the firmware is being updated through the diagnostic port) the main controller code starts running and the LEDs are turned off.

5.The LEDs are turned on and off, one at a time, red and green.

6.All LEDs turn green while the system starts up.

7.After the system has started, the LEDs reflect the status of the device cards. Each LED will be in one of the following states, depending on the device card.

LED Color

Device Card Status

Off

Card not installed.

Green

Card installed and all devices are communicating with the MR9600.

Red

Card installed and none of the devices are communicating with the

 

MR9600.

Flashing

Card installed and one or two devices are not communicating with the

Red/Green

MR9600.

 

 

Ethernet Status LEDs

The lower part of the MR9600 front panel contains four indicators that show the status of the MR9600 Controller’s Ethernet port.

LED Indicator

Color

Indication

LI

Link Integrity

Yellow

On during a good link

CS

Collision Sense

Red

On when there is a collision on the Ethernet port

TX

Transmit

Green

On during Ethernet transmit

RX

Receive

Green

On during Ethernet receive

 

 

 

 

CommPlete Communications Server

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Multi-Tech Systems MR9600 manual Ethernet Status LEDs, Introduction
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MR9600 specifications

Multi-Tech Systems MR9600 is a versatile and powerful device tailored for today's diverse communication needs, featuring advanced technology that ensures reliable connectivity and performance. This multi-purpose communication platform is primarily designed for applications in the Internet of Things (IoT), machine-to-machine (M2M) communications, and various telecommunication systems, providing seamless data transmission across multiple networks.

One of the standout features of the MR9600 is its integrated 4G LTE capability, offering high-speed cellular connectivity. This ensures that users can maintain uninterrupted communication regardless of their geographic location. The device supports a wide range of LTE bands, making it compatible with numerous cellular networks worldwide. Additionally, the MR9600 is equipped with fall-back support for 3G networks, providing a safety net for areas with limited 4G coverage.

The MR9600 is designed with a variety of interfaces, including Ethernet, serial, and USB ports, allowing for easy integration with legacy systems and modern devices. This flexibility ensures that the MR9600 can be deployed in numerous environments, from industrial automation to smart city applications, making it a go-to solution for system integrators and developers looking to enhance connectivity.

Security is another essential aspect of the MR9600, featuring built-in security protocols that protect data transmission and device integrity. With secure access controls, including VPN and firewall capabilities, users can rest assured that their information remains safe from potential threats.

Furthermore, the MR9600 supports over-the-air (OTA) firmware updates, allowing for streamlined management and maintenance of devices in the field. This feature reduces downtime and enhances operational efficiency, enabling businesses to scale their IoT deployments effortlessly.

In summary, the Multi-Tech Systems MR9600 combines advanced 4G LTE technology, multiple connectivity options, and robust security features to deliver a reliable and efficient communication solution. Its versatility makes it suitable for a wide array of applications, solidifying its place as a leading choice for enterprises looking to optimize their communication capabilities in an increasingly connected world.
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