Wednesday, October 28, 2009

Empower US Post Office Security with Extended PoE Video Surveillance

 Empower US Post Office Security with Extended PoE Video Surveillance




The United States Postal Service (USPS) plays a vital role in connecting people and businesses across the country. As technology continues to advance, the USPS has recognized the importance of incorporating modern solutions to enhance their operations. One such advancement is the integration of video surveillance systems in post offices nationwide. In recent times, the implementation of Power over Ethernet (PoE) technology has revolutionized the way these surveillance systems are powered and connected to the internet. This article delves into the use of internet and Ethernet technologies in US post office video surveillance systems, highlighting their benefits and impact on security and operational efficiency.

US Post Office PoE IP Camera Enabled

Securing the Public’s Assets – US Post Office Facilities

The USPS has been deploying IPv6-capable video surveillance system to 40,000 postal sites across the country for over 4 years now using EnableIT PoE Extenders. Several well known trusted security integrators such as ADT and Diebold standardized on PoE Extenders from PoEx to ensure long distance, high-quality video surveillance. The enhanced viability through easy extended PoE IP cameras provides the USPS with superior low cost security surveillance coverage and network management capabilities. These PoE IP video platforms have been integrated into the existing USPS network.

Video surveillance is critical for the USP Office to prevent and investigate burglaries and other security incidents that occur inside and around USPS facilities. The PoE Extended IP-based cameras and systems offer features unavailable in traditional closed circuit television (CCTV) systems. For example, the ability to view live video from remote locations through an Internet connection.

The PoE Extended IP-based cameras and systems provide the USPS with better abilities to centralize video surveillance and security operations. Unlike an analog CCTV system, a digital IP-based system provides an easier means to store video footage for later search and retrieval during an incident investigation.

The need for security in government buildings is something that most citizens won’t argue with. But while police officers may guard a courthouse, some people may wonder why it is that buildings such as a post office need to have security cameras. The answer is obvious: a post office is a potential target for criminals just as surely as any other government building is. The US Post office also has internal theft and incidents of workplace violence that need to be under surveillance to reduce any occurrences.

The rollout and use of PoE Extenders has been and is coordinated by the USPS Office of Inspector General (OIG) and the U.S. Postal Inspection Service. The USPS OIG is an independent entity dedicated to the USP Office, while the Inspection Service is a division of the USPS responsible to ‘secure the nation’s mail systems’ and investigate incidents involving the postal system, including the physical security of the facilities.

Part of the USPS’ goals for mandating this IP based video solution was the use of Enable-IT PoE Extenders to be able to increase surveillance coverage both inside and outside of US Postal facilities at a low cost.

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US Post Office PoE Extender Uses

  1. Interior – Most post offices have some security cameras inside the building. Those cameras watch transactions, the lobby, and who uses the post office boxes. They are the cameras that people traditionally think of when they think of security cameras. In some locations, the distance for installing PoE IP based cameras was beyond the Ethernet distance limit of 100m or 328ft. Simple single power source PoE Extenders drove the power and Ethernet data signal up to 2,500ft away.
  2. Exterior – Some post offices also have exterior security cameras to monitor the outside of the building, including the side and main entrances and perhaps even parking lots. Many of those cameras swivel to watch larger paths of entry, and they may view other nearby buildings as well. Almost all of these locations required weatherproof PoE Extender solutions in order to provide maximum visibility and coverage.
  3. Deterrence – The primary purpose of having security cameras in and around a post office building is deterrence. Post offices have been the victims of robberies and violent crimes in the past. If criminals or would-be criminals know there are cameras in the building, then they may avoid targeting a post office. The cost savings per facility using PoE Extenders vs fiber solutions and additional power outlet locations allows for more visible IP Cameras to be deployed.
  4. Accountability – Many of the security measures that are taken with cameras are directed at postal employees as well as outside threats. Having security cameras focus on the employees, especially those who handle money and packages, will help ensure honesty and accountability from the post office in case there are unexplained losses. Again, the cost savings per facility using PoE Extenders vs fiber solutions and additional power outlet locations allows for more visible IP Cameras to be deployed.
  5. 24 Hours – Because security cameras can function at all times, the post office is observed 24 hours at a time. That provides round the clock protection, and if something does happen the cameras will be instrumental in discovering who committed the crime. By leveraging PoE Extenders, each facility was able to centrally locate backup power to critical IP Cameras vs having to buy and maintain several individual UPS backup systems throughout each facility.
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Benefits of PoE in Post Office Video Surveillance

  • Simplified Installation: PoE eliminates the need for additional power outlets near each camera, allowing for greater flexibility in camera placement. This simplifies the installation process, reduces cabling requirements, and minimizes disruption to daily operations.
  • Cost-effectiveness: PoE reduces installation and maintenance costs by eliminating the need for separate power cables and associated electrical work. Additionally, it enables centralized power management and monitoring, leading to more efficient resource allocation.
  • Scalability and Flexibility: PoE infrastructure allows for easy scalability, making it convenient to add or relocate cameras as needed. It also enables remote management and monitoring of cameras, providing greater flexibility in responding to security concerns.
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Integration with Internet and Ethernet Technologies

  • Remote Monitoring and Management: With video surveillance systems connected to the internet via Ethernet, post office authorities can remotely monitor multiple locations from a centralized control center. This allows for real-time monitoring, quick response to incidents, and effective decision-making.
  • Video Analytics and Intelligent Monitoring: Internet connectivity enables the utilization of advanced video analytics algorithms. These algorithms can analyze video feeds to detect suspicious activities, track package movement, and enhance overall security measures within post offices.
  • Integration with Access Control Systems: Integrating video surveillance with access control systems enhances the overall security infrastructure of post offices. This integration enables real-time monitoring of entry points, identification of unauthorized access attempts, and quick response to security breaches.

Key Points

  • PoE technology has simplified installation and reduced costs by eliminating the need for additional power outlets near each camera.
  • The use of PoE Extenders has enabled the USPS to overcome distance limitations and provide high-quality surveillance coverage at a low cost.
  • PoE infrastructure allows for easy scalability, making it convenient to add or relocate cameras as needed.
  • Integration with internet and Ethernet technologies has enabled remote monitoring and management, real-time incident response, and enhanced security measures.
  • The USPS will continue to benefit from the integration of PoE technology, ensuring the safety and security of its facilities and personnel.

Final Thoughts

The integration of Power over Ethernet (PoE) technology in video surveillance systems at US post offices has significantly enhanced security and operational efficiency. The deployment of IPv6-capable video surveillance systems using EnableIT PoE Extenders has provided the USPS with superior low-cost security surveillance coverage and network management capabilities. These advancements have enabled the USPS to centralize video surveillance and security operations, leading to better incident investigation and prevention. The use of PoE Extenders has also allowed for increased surveillance coverage both inside and outside of post office facilities, ensuring round-the-clock protection and accountability. Overall, the integration of internet and Ethernet technologies in post office video surveillance systems has been instrumental in securing the public’s assets and enhancing the USPS’ security infrastructure.

Tuesday, September 08, 2009

UTA (Utah Transit Authority) – Energizes Its Transportation Grid

UTA (Utah Transit Authority) – Energizes Its Transportation Grid



The Utah Transit Authority (UTA) has emerged as a pioneer in modernizing transportation infrastructure by leveraging cutting-edge internet and Ethernet technologies. By integrating these advancements into its operations, Utah Transit Authority has not only enhanced its efficiency but also improved the overall transit experience for commuters across the state. In this article, we will delve into the transformative journey of Transit Authority and explore the role of internet and Ethernet technologies in revolutionizing Utah’s transit landscape.



Key Benefits

  • Provides PoE power to cameras, street sensors and traffic light controllers.
  • Provides PoE power to old ticket machines over long distances.
  • Connects traffic stops up to a mile apart.
  • Operate in extreme summer and winter temperatures: -30°C (-22°F) to +75°C (167°F).

Meeting Evolving Transportation System Needs

Established in 1970, the Utah Transit Authority has become a multi-modal transportation leader that is 100-percent accessible with 69 light rail vehicles, 30 commuter rail cars and more than 600 buses. The company’s TRAX light rail system is currently averaging more than 58,300 riders a day along its 15-mile Salt Lake-Sandy line and the 4-mile University Line.

Providing the transportation system that gets us to work, takes children to school and shuttles us to entertainment wherever we wish to go may seem trivial, but can be a complex business. In the state of Utah, temperatures drop well below freezing in mountain winters and get extremely hot in the desert summers. Magnetic sensors in the street and traffic monitoring cameras can be mounted hundreds of feet from the traffic control system and often have no existing power cabling except at the control system box.

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UTA's Vision For a Connected Transit System

UTA envisioned a future where seamless connectivity and smart technologies would revolutionize public transportation. With this vision, Transit Authority recognized the potential of internet and Ethernet technologies to modernize its operations and deliver enhanced services to commuters.

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Powering Remote Traffic Surveillance Cameras With Power Over Ethernet (PoE)

Providing power to devices (cameras, ticket machines and street sensors) can get expensive. Previously, every device would require its own electrical connection, power adapter and cable. When considering cable runs of over 2,000 feet, this can get expensive as well. The solution is to provide electricity via Power over Ethernet (PoE) technology that allows both power and data to be transmitted over the same Category 5 (a.k.a. Cat 5) cable that is used for data. However, the PoE standard is often too short for most traffic-related requirements.

UTA’s commitment to environmental sustainability is reflected in its adoption of internet and Ethernet technologies. By optimizing routes based on real-time data, Utah Transit Authority reduces congestion and lowers fuel consumption. Additionally, the implementation of smart energy management systems in transit facilities, enabled by Ethernet technologies, helps minimize energy waste and promotes eco-friendly practices.

The Transit Authority needed to run both PoE power and Ethernet data over long distances. They leveraged Enable-IT’s solid state Ethernet extender technology to achieve their goals. The Transit Authority can now power older remote ticketing systems, modern PoE cameras and street sensors 24x7x365 on its light rail and bus transportation station congestion control networks up to 2,500 feet away.

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Operating in The Extreme Winter Cold and Summer Heat

Outdoor temperatures in the state greatly fluctuate throughout the year. The cameras, magnetic sensors, control systems and wires heat and cool throughout the day. Such dynamic conditions require solid state electronic components. The UTA tested several components and selected the Enable-IT 860 and 865 Ethernet Extenders, which can support temperature ranges as extreme as from -30°C (-22°F) to +75°C (167°F) over long distances.

Going The Distance - Over Existing Infrastructure 

The story doesn’t end at the traffic stop. Traffic networks are a connection of traffic stops throughout the city, county and state. Some stops are significant distances from each other. To leverage the power of a traffic network, these stops must all be connected. Ethernet only runs 328 feet, so connecting stops that are a mile apart, can become a major issue. Also, traffic networks are traditionally tied together with regular phone wire, not Category 5 Ethernet cable. Replacing countless miles of cable gets extremely expensive.

Fortunately the Transit Authority tested Enable-IT’s 860 PRO long distance Ethernet Extender, capable of powering Ethernet up to 6,000 feet over existing telephone cable as well as Category 5 Ethernet cable. This proved to be the solution needed to help tie everything together on the existing infrastructure.

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Environmental Sustainability

The company’s commitment to environmental sustainability is reflected in its adoption of internet and Ethernet technologies. By optimizing routes based on real-time data, Transit Authority reduces congestion and lowers fuel consumption. Additionally, the implementation of smart energy management systems in transit facilities, enabled by Ethernet technologies, helps minimize energy waste and promotes eco-friendly practices.



Final Thoughts

In conclusion, the Utah Transit Authority has demonstrated exceptional foresight in modernizing its transportation infrastructure through the integration of cutting-edge internet and Ethernet technologies. By leveraging these advancements, it has not only enhanced operational efficiency but also significantly improved the overall transit experience for commuters across the state.

Key benefits of this initiative include providing PoE power to cameras, street sensors, and traffic light controllers, as well as connecting traffic stops up to a mile apart. These solutions operate seamlessly in extreme temperatures, ranging from -30°C (-22°F) to +75°C (167°F), ensuring reliable performance under challenging conditions.

UTA’s commitment to environmental sustainability is evident in its adoption of smart technologies, which optimize routes based on real-time data to reduce congestion and lower fuel consumption. Furthermore, the implementation of smart energy management systems, enabled by Ethernet technologies, helps minimize energy waste and promotes eco-friendly practices.

By leveraging Enable-IT’s Ethernet extender technology, Transit Authority has successfully powered remote traffic surveillance cameras, ticket machines, and street sensors over long distances, enhancing its overall transportation network. The use of solid-state electronic components has ensured reliable operation in Utah’s dynamic environmental conditions, further enhancing the efficiency and effectiveness of UTA’s transit operations.

Overall, innovative approach to modernizing its transportation infrastructure serves as a model for other transit agencies looking to improve their services through the integration of advanced technologies.

860 PRO and 865 manuals for your next Ethernet Extender Business Project!