List of Figures

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LIST OF FIGURES
Figure 1.1: A standard Emerge EMS1000P configuration driving two display/speakers sets	1
Figure 1.2: A typical Emerge EMS1000MP configuration driving up to eight displays	2
Figure 1.3: Cascaded transmitters	3
Figure 1.4: Cascaded receivers	3
Figure 2.1: Applying the self adhesive rubber feet	6
Figure 2.2: The rear mounting slot	6
Figure 2.3: Placing an Emerge EMS unit within the optional rack mount chassis	7
Figure 2.4: Connecting video and audio signals from the source PC system	8
Figure 2.5: Connecting a monitor and speakers to the transmitter unit	9
Figure 2.6: Overall maximum link length (1000 feet) when one receiver is connected	10
Figure 2.7: Connecting the link cable to the EMS1000P transmitter unit	10
Figure 2.8: Connecting up to four link cables to the EMS1000MP-T transmitter unit	11
Figure 2.9: Connecting the power adaptor to the transmitter unit	12
Figure 2.10: Connecting the power adaptor to the power cord	12
Figure 2.11: Connecting displays and speakers to the receiver unit	13
Figure 2.12: Overall maximum link length (1000 feet) when one receiver is connected	14
Figure 2.13: Connecting the link cable to the receiver unit	14
Figure 2.14: Connecting the power adaptor to the receiver unit	15
Figure 2.15: Connecting the power adaptor to the power cord	15
Figure 2.16: Valid multiple cascade connections and their effects on overall link lengths	17
Figure 2.17: Connecting multiple transmitters in a cascade arrangement	18
Figure 2.18: Connecting the audio/visual outputs of one transmitter to the inputs of the next	19
Figure 2.19: Connecting multiple receivers in a cascade arrangement	20
Figure 2.20: Connecting the link output of one receiver to the link input of the next	21
Figure 3.1: Location of the red and green operation indicators	23
Figure 3.2: Location of the brightness and sharpness adjustment dials	24
Figure 3.3: Using a high contrast image to assist with sharpness adjustments	24
Figure 3.4: Location of the skew compensation adjustment dials	25
Figure 3.5: Creating a suitable skew test pattern within a paint package	25
Figure 3.6: The supplied skew test pattern showing green slightly retarded
relative to the red and blue	26
Figure 3.7: A skew compensation dial showing its middle neutral position
and its two maximum positions	26
Figure 3.8: The two skew compensation dials showing how they affect each of the colors	27

EMS1000P specifications

The Avocent EMS1000P is a robust and versatile environmental monitoring solution designed to ensure optimal operational integrity for data centers and critical infrastructure. Engineered to deliver performance and reliability, the EMS1000P addresses the growing need for effective environmental management in today's tech-heavy environments. It is a pivotal asset for IT managers looking to safeguard equipment while maximizing uptime.

One of the standout features of the EMS1000P is its advanced temperature and humidity monitoring capabilities. With multiple sensor inputs, the device can precisely measure and report environmental conditions, alerting users to any anomalies that may pose risks to equipment and operations. By maintaining an optimal climate, users can prevent equipment failures and extend the lifespan of sensitive electronics.

The EMS1000P integrates seamlessly with various monitoring systems and software, providing users with a centralized platform to visualize and manage environmental data. It supports SNMP for easy integration with existing network management tools, ensuring comprehensive oversight of environmental metrics. The device is equipped with customizable alerts, enabling administrators to receive notifications via email or SMS when conditions exceed predefined thresholds.

Additionally, the EMS1000P features a user-friendly web interface, making it easy to configure settings, access historical data logs, and generate reports for proactive monitoring. This streamlined access promotes efficient decision-making and real-time responses to potential issues.

Power consumption is another critical factor in data center operations, and the EMS1000P contributes to energy efficiency by allowing monitoring of power usage and environmental conditions. This insight helps organizations make informed choices about energy consumption, thereby reducing operational costs and carbon footprint.

The rugged design and compact form factor of the EMS1000P make it suitable for installation in various environments, including server rooms, telecommunications facilities, and other mission-critical locations. Its reliability and scalability make it an ideal solution for businesses looking to enhance their environmental monitoring capabilities.

In summary, the Avocent EMS1000P is a comprehensive environmental monitoring solution that combines advanced sensor technology, seamless integration, and user-friendly features. Its ability to monitor temperature, humidity, and power usage ensures that critical infrastructure remains efficient and protected, solidifying its value for modern IT operations. The EMS1000P is more than just a monitoring device; it is a crucial component in maintaining the health of an organization’s IT ecosystem.

Avocent EMS1000P manual List of Figures

Models: EMS1000P

Figure 1.1: A standard Emerge EMS1000P configuration driving two display/speakers sets

Figure 1.2: A typical Emerge EMS1000MP configuration driving up to eight displays

Figure 1.3: Cascaded transmitters

Figure 1.4: Cascaded receivers

Figure 2.1: Applying the self adhesive rubber feet

Figure 2.2: The rear mounting slot

Figure 2.3: Placing an Emerge EMS unit within the optional rack mount chassis

Figure 2.4: Connecting video and audio signals from the source PC system

Figure 2.5: Connecting a monitor and speakers to the transmitter unit

Figure 2.6: Overall maximum link length (1000 feet) when one receiver is connected

Figure 2.7: Connecting the link cable to the EMS1000P transmitter unit

Figure 2.8: Connecting up to four link cables to the EMS1000MP-T transmitter unit

Figure 2.9: Connecting the power adaptor to the transmitter unit

Figure 2.10: Connecting the power adaptor to the power cord

Figure 2.11: Connecting displays and speakers to the receiver unit

Figure 2.12: Overall maximum link length (1000 feet) when one receiver is connected

Figure 2.13: Connecting the link cable to the receiver unit

Figure 2.14: Connecting the power adaptor to the receiver unit

Figure 2.15: Connecting the power adaptor to the power cord

Figure 2.16: Valid multiple cascade connections and their effects on overall link lengths

Figure 2.17: Connecting multiple transmitters in a cascade arrangement

Figure 2.18: Connecting the audio/visual outputs of one transmitter to the inputs of the next

Figure 2.19: Connecting multiple receivers in a cascade arrangement

Figure 2.20: Connecting the link output of one receiver to the link input of the next

Figure 3.1: Location of the red and green operation indicators

Figure 3.2: Location of the brightness and sharpness adjustment dials

Figure 3.3: Using a high contrast image to assist with sharpness adjustments

Figure 3.4: Location of the skew compensation adjustment dials

Figure 3.5: Creating a suitable skew test pattern within a paint package

Figure 3.6: The supplied skew test pattern showing green slightly retarded

relative to the red and blue

Figure 3.7: A skew compensation dial showing its middle neutral position

and its two maximum positions

Figure 3.8: The two skew compensation dials showing how they affect each of the colors

EMS1000P specifications