Packet Power: Turn Basic PDUs into "Smart PDUs" ...in Minutes

Upgrading your standard un-metered PDU to a fully metered PDU doesn’t have to mean going to the expense of purchasing a new smart PDU along with the costs of adding network cable drops and a massive integration effort with a monitoring program. Packet Power “Smart Cables” simplify the process with the entire solution often costing less than most metered PDUs and can be implemented quickly and easily. 

 
What is a "Smart Cable"?

Smart Cables are standard power cables with low profile embedded wireless network power monitors. 

• Provide high accuracy measurements from current (A) to energy usage (kWh)
• Fail safe design that can never interrupt the current path
• Available in any plug type from 10-63 Amps and certified for use in most countries

Installing is easy as "1-2-3"...

Cost-Effective Solution: Less Expensive than Metered PDUs without Compromise

Deploying a Smart Cable network is more affordable than you may think. Adding a Smart Cable to your standard PDU often costs far less than many metered PDUs while providing all the functionality. Looking at the total cost of ownership, the Smart Cable scenario becomes more attractive as it has a single IP address and network drop per hundreds of PDUs eliminating the costs of network cables and maintaining a fleet of IP addresses. Also there are no network cable drops needed for Smart Cables. Monitoring also becomes much more affordable as there are no commission or programming costs associated with the Packet Power monitoring solution. Even when using the EMX monitoring portal, licensing fees are a fraction of that of conventional systems, or non-existent when only using the SNMP or ModBus data.

For more information, please call PTS at (201) 337-3833 or visit:

• Packet Power Products Page
• Brochure: Turn Basic PDUs into Smart PDUs (PDF)
• Brochure: Packet Power Smart Cables/Technical Specifications (PDF)

Have You Made the Move to Wireless Monitoring?

PTS Data Center Solutions Consultants are finding most data center facilities operators don’t want to burden or use their expensive network infrastructure to address environmental & power monitoring solutions. We all know we can’t manage what we don’t measure, but often the resistance of facilities and IT wanting to work together to address the problem, prevents both groups from effectively monitoring environmental conditions on the network to optimize our Data Centers.

Wireless sensor solutions can not only eliminate the resistance we might get in trying to get network infrastructure allocated for environmental monitoring, but wireless sensors provide the ability to quickly deploy, scale the solution and the flexibility to move sensors around for testing or as we are deploying new equipment. The wireless environmental market is growing quickly and here are some of the solutions PTS has evaluated and implemented. Some solutions just provide the monitoring while others provide analytical analysis and/or control software. We are interested in hearing from others on their experiences and why wireless monitoring has or has not worked in your data center.

Aurora
Innovative patent-pending technology couples a series of 8 temperature sensors with an array of high intensity LEDs. This design provides the appearance of a “live” CFD by visually displaying a range of cool (blue) to hot (red) and a blend of 129 colors in between. The Aurora is the perfect self-policing, real-time troubleshooting tool to clearly identify potential cooling or heat-related issues in your racks. Aurora is extremely accurate because it measures air temperature, not surface temperature. The 3 User-Selectable Sensitivity Settings allow you to fine tune the monitored temperature range of the full 129-color spectrum. Because temperature is monitored over the entire height of the cabinet, Aurora is perfect for Aisle Containment and areas susceptible to temperature stratification. Optional Wireless Communication and Management Interface enables the temperature readings for all 8 sensors per strip to be captured for trending and alerting purposes.

Packet Power
Uses a Wireless mesh network to monitor inline power meters, temperature, humidity and air pressure that the management of complex facilities require. The data collected from these sensors can be managed in a Cloud portal called EMX, or you can run Power Manager from Packet Power or you can just use a gateway for SNMP Connectivity and Modbus TCP/IP Connectivity link the wireless monitoring devices to your existing data center monitoring software.

RF Code
Manufacturers RFID environmental tags, temperature, humidity, pressure and PDU tags that work with ServerTech, Geist, Raritan metered and switched PDU’s. They have RFID asset tags as well if you want to monitor where assets are even down to what U they are installed in your racks. Each 433.92MHz RFID reader can support up to 1,400 RFID tags and the reader can support communications to multiple wired or wireless networks to report the sensor information into various software packages or you can use Sensor Manager to collect information from all types of RF Code wire-free sensor tags. Sensor Manager organizes all sensor information according to sensor type as well as sensor location. All information collected by Sensor Manager can be viewed interactively in real-time via an easy to use web browser based console. All information can be accessed via customized table views as well as graphically via map views. All historical data can be easily organized into reports and graphs using the standard reporting and graphing capability as well as RF Code’s Advanced Reporting Module which utilizes the powerful open source BIRT reporting engine.

SynapSense
Uses a Wireless mesh network to monitor:

• Server inlet temperatures
• Delta T across CRAC units
• Humidity and calculate dew points
• Subfloor pressure differentials

SynapSense wireless environmental monitoring and Data Center Optimization Platform software provides real-time visibility to assess current data center operating conditions, including generating a temperature gradient to identify operational or energy efficiency opportunities, and quantify improvements.

Vigilent
Vigilent energy management systems are built upon a sophisticated, wireless mesh network using technology developed by Dust Networks®, the leader in industrial wireless networking. This implementation is designed for the most demanding industrial applications, in harsh environments where packet delivery is critical.
These wireless sensors are installed at CRAC/CRAH supply and return as well as rack inlets to determine the zone of influence and the impact as air handlers are cycled down or turned off to optimize the cooling to the demand of the IT footprint.

Wireless Sensors
The SensiNetRack Sentry is a wireless temperature monitoring device and component of the SensiNet wireless sensor network. It reports highly accurate, real-time ambient level temperature measurements, without wires, and is FCC and CE-approved for license free operation worldwide. The Rack Sentry utilizes a solid state sensor in a unique configuration for ultimate installation flexibility. Individual sensors are “daisy chained” using standard CAT5 patch cables. Up to three sensors are supported as standard and these sensors can be added and or reconfigured in the field. The system simply recognizes the attached sensors and reports temperature with virtually no user configuration.

The Rack Sentry utilizes highly accurate, MEMS solid state sensors and a replaceable “C” size battery provides years of reliable operation. The SensiNet Services data acquisition Gateway is a powerful appliance providing network management, user interface, data logging, trending, alarming and communications without any complicated software to install. A standard browser and network connection is all that’s required to access and configure the system. The GWAY-1022 also operates as stand-alone data logger with real time views, trending and e-mail alerts.

With the various choices and solutions described above, it may help to discuss your requirements with a Data Center Solutions professional from PTS.

End-to-End Real-Time Power Management from your IT Devices to your Utility Feeds

Power Management at the IT device and utility level is a hot topic today. With legislative  driven by driving data center green initiatives, utility investment in energy audits for clients, and events such as the Con Edison Energy Efficiency Summit, data center managers everywhere are engaged in ways to build high-performance and energy efficient data center facilities.

Famed management consultant Peter Drucker once said, "If you can't measure it, you can't manage it." That statement holds true for data center power management where managers need to be able to effectively monitor and manage power consumption within the facility at both the IT device and utility level.

At the device level, PTS is bullish on the Rack Management Platform (RaMP) solution developed by No Limits Software. RaMP automates the build polls and trends power right from the IPMI chip and through service processors such as iLO & DRAC. It also makes recommendation to take specific action based upon analytics.

At the facility level, the PowerLogic Power & Energy Monitoring System from Square D monitors and measure every level of facility power infrastructure from the utility feed, to main distribution panels, to the transformers, PDU's and circuit breakers feeding data center IT equipment.

Other solutions such as Power Assure provide combined IT & Facilities power monitoring solutions. Also for consideration are other Power Monitoring solutions as well as integrated Data Center Infrastructure Management solutions from Raritan, Packet Power, nlyte Software, Emerson Network Power, RF Code, ServerTech, and Geist to name a few.

To learn more about PTS' Energy Management Services & Solutions, visit us here or contact us.