LightPointe Launches New Unlicensed Gigabit Ethernet Wireless Bridging Solutions
New AireLite G product solves high capacity building-to-building connectivity problems in enterprise campus networks
San Diego and Hannover (PRWEB) February 28, 2011
LightPointe, a leading designer and manufacturer of high-speed outdoor wireless point-to-point network bridging solutions, introduces a new addition to its high capacity wireless bridging product line. Dubbed AireLite G this new system combines the benefits of low cost-per-bit transport, high transmission security, and low total cost of ownership (TCO) in a compact and fully out-door rated system design.
The AireLite G product is based on the design concept of LightPointe’s highly successful and very popular FlightLite product line, which is deployed in more than 60 countries and is one of the best-selling free-space-optics (FSO) products on the market. Operating over recommended distances of up to 500 meters, the AireLite G provides full-duplex Gigabit Ethernet throughput at fiber-like system latency. The low profile, Power over Ethernet enabled AireLite G comes equipped with multiple fiber and copper network interfaces, an integrated and user-programmable Layer 2 Ethernet switch, an integrated in-band or out-of-band web browser and SNMP-based management platform, signal status indicators, a built-in alignment telescope, and an integrated heater and lens defroster.
“The AireLite G product is ideal for customers looking for an affordable short distance Gigabit Ethernet connection between enterprise campus buildings. The system provides a compelling economic value proposition with a return on investment that is typically less than 6 months when compared to alternative high capacity leased fiber connections,” says Heinz Willebrand, LightPointe President and CEO.
The new AireLite system adheres to internationally recognized laser class 1M eye-safety regulations and the system can be deployed anywhere in the world due to the license free nature of the optical transmission spectrum. The AireLite G system will be unveiled on the opening day of the CEBIT show in Hannover and shown to the public at the Pan Dacom booth in Hall 13, Booth C38 and at the Laser2000 booth in Hall 13, Booth B14.
About LightPointe
LightPointe Communications, Inc. designs, manufactures and distributes high-speed wireless point to point network bridging solutions based on patented free-space optics (FSO) and millimeter wave (MMW) technology. The products are used in fixed wireless last mile access for campus or enterprise building-to-building connectivity, and in infrastructure applications such as broadband cellular networks and wireless back haul for 3G/4G or WiFi networks. LightPointe has one of the largest combined FSO and MMW installation bases worldwide with more than 6000 systems deployed in more than 60 countries. The company is recognized worldwide for the highest standards of quality and service. For more information please visit http://www.lightpointe.com.
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Visix Exhibits New Power Over Ethernet Room Sign, Latest AxisTV and Announce Software, and Leads Educational Roundtables at Digital Signage Expo 2011
Visix Exhibits New Power Over Ethernet Room Sign, Latest AxisTV and Announce Software, and Leads Educational Roundtables at Digital Signage Expo 2011
Sean Matthews, President of Visix, will lead lunch-and-learn roundtables for Educational Facilities on February 23 and 24, from 12:30 to 1:30 PM. The session topic is “Campus Alerts: Incorporating Digital Signage in Your Crisis Communications Plan”, and will cover real-world crisis communication strategies, consideration for CAP (Common Alert Protocol) compliant products, and using triggers to activate a variety of communication outlets in the event of a campus emergency. Key learning objectives include:
- Utilizing digital signage in the event of a crisis
- Types of information to be communicated
- Defining responsibilities for creating and distributing alert communications to digital endpoints
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D-Link launches Web Smart, green technology enabled switches
Designed for SMEs with scalable data and to reduce power consumption
D-Link, a networking infrastructure provider, has launched its third generation Green Ethernet switches, the DGS-1100 series, and its fast Ethernet Web Smart DES-1210 series.
The offerings are designed to allow SMEs to use a fully-featured, managed wireless network at low costs and maintenance.
The DGS-1100 series comply with the new IEEE 802.3az Energy Efficient Ethernet (EEE) standard. It combines Gigabit Ethernet switching with the latest energy saving technology.
The offering reduces power consumption by switching into a low-power state during periods of low network usage, without interruption to the connection, said the company.
D-Link UK & Ireland general manager Chris Davies said the EasySmart switch is ideal for businesses looking to effectively manage network traffic, but without the cost or complexity usually associated with a traditional managed switch.
Davies said, “The easy installation and range of features of the DGS-1100 removes the barrier of entry for managing networks and ensures that employees will be able to access the network, transfer large files and use online services without loss of speed or quality.”
The EasySmart range is available in both a 16 and 24 port version, with prices starting at £129.99.
Another offering by the company, Ethernet Web Smart DES-1210 series is designed for small and medium businesses (SMBs) looking to construct a secure and productive network environment at an affordable price, said the company.
The DES-1210-08P and DES-1210-28P provide “Power over Ethernet” (PoE) functionality and management capability.
D-Link UK & Ireland general manager Chris Davies said Web Smart switches allow small businesses to work smarter and create highly-flexible networks.
Davies said, “The release of Web Smart further increases the breadth of our switches portfolio and reaffirms our commitment to providing small businesses with reliable, cost-effective and easy-to-use networking products.”
The Web Smart Switches are available in several port configurations, with prices starting at £168.99.
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CEM System’s PoE IP controller receives both power and data
CEM Systems, part of Tyco Security Products, has launched a Power over Ethernet Plus two-door controller.
The eDoor Control Module (DCM) offers PoE+ technology, an advancement the company started using on its products in 2007. It means IP devices to receive power as well as data over existing local area network (LAN) cabling.
According to a study by Venture Development Corporation, CEM was the first company to bring PoE Plus to the market. The company references this move in its newly released white paper, a document it has published to complement its latest product. PoE+ means the maximum power rating has increased from 15 to more than 30 watts.
CEM’s DCM 330 has been built with PoE technology to power readers and heavy-duty maglocks on two doors, using an Ethernet network cable.
It has been made for use with CEM’s range of AC2000 security management systems. The eDCM 330 works in conjunction with a Midspan power injector between the CEM AC2000 system server and the door and incorporates CEM technology.
The product should deliver up to two amps to enable it to power an entire door set, including access control readers, maglocks and associated items.
From Plus to Ultra PoE
Andrew Fulton, business development director for CEM Systems, said: “With the release of the eDCM 330 two-door controller, the CEM solution is now available to power third party readers, making the innovative solution accessible to the wider access control market.”
CEM’s access product has been installed at Dublin’s Aviva Stadium, Glasgow’s Victoria and Stobhill Hospitals, UK and Marina may Sands Casino, Asia.
The company said its next move will be to incorporate PoE Ultra into its products, where power delivered to a door can go up to 60 watts.
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Siemens Solves Power over Ethernet Chanllenge for 802.11n Deployments
802.11n offers substantial benefits over previous wireless standards, with speeds up to five times faster than traditional WLANs, greater range and improved reliability to support high-performance mobile applications such as HD video, high-resolution imaging and voice over wireless LAN (VoWLAN). However, with these benefits has come the considerable challenge of integrating the access points into an existing network, since additional power is required for dual-band 3×3 radios (those functioning in both the 2.4 and 5GHz bands) to work at optimum performance levels.
HiPath Wireless is the first solution to provide full dual-band 3×3 MIMO and 802.11n functionality that complies with the 802.3af Power-over Ethernet (PoE) standard, so enterprises can enjoy the highest performance without additional costs. Most enterprise WLANs rely on 802.3af switches, but the six radios used by 802.11n access points tend to draw more power than these switches can provide over a single connection. Some existing 802.11n solutions use a reduced number of radios or frequency bands, or force customers to simultaneously upgrade to higher-wattage, proprietary non-standard PoE switching infrastructure, resulting in significantly reduced performance and more complex and costly deployments.
“Enterprises are excited about 802.11n and the potential for new, high-performance wireless applications. But so far they have been hesitant to embrace the new technology out of concern that it will require significant changes to their existing network,” said Paul DeBeasi, senior analyst for Burton Group. “Siemens’ dual-band, 3×3 MIMO Access Points enable enterprises to deploy an 802.11n network using their existing 802.3af-compliant infrastructure.”
Siemens 802.11n solution enables enterprises to realize the full benefits of 802.11n, without costly upgrades to the backbone network and wireless controller infrastructure, thanks to its unique VNS (Virtual Network Services) architecture. The VNS architecture provides performance optimization for high-bandwidth applications by intelligently routing network traffic between the edge of the network and the core, depending on the application and available network capacities, to maximize the bandwidth that can be achieved on the network. This architecture was designed to achieve optimal high-bandwidth performance without requiring upgrades to the existing wired network controllers, making it easier and more cost-effective to deploy and integrate the solution across the enterprise. Competitive solutions that require all traffic to be forwarded to the central WLAN controller lead to the potential for significant bottlenecks due to the substantially higher bandwidth of 802.11n. Many vendors require costly upgrades to the wired backbone and new wireless controllers to fully implement 802.11n.
Georgia World Congress Center (GWCC), one of the world’s leading convention, sports and entertainment venues, deployed the previous version of Siemens’ HiPath Wireless solution in December 2005 in response to increasing demand from venue users for wireless connectivity. With a campus that includes a 3.9 million square foot conference center, the Georgia Dome stadium and the 21-acre Centennial Olympic Park, GWCC enjoyed the flexibility and ease of use offered by the Siemens system. They are preparing to begin field trials of the new 802.11n HiPath Wireless solution in January 2008, to take advantage of the increased speed, range and reliability of 802.11n.
“We’ve been very pleased with the functionality and stability of our existing Siemens HiPath Wireless solution, and we’re excited about the potential that 802.11n offers for improved performance and range,” said Sam Brown, Director of IT Services for the center. “The fact that Siemens’ 802.11n portfolio does not require us to upgrade our switching infrastructure or our WLAN controllers ensures that we can seamlessly integrate 802.11n into our network with minimal cost and effort. Continuing to be a leader in technology in the convention industry is important to us. When we can increase speed, range and reliability of our wireless system, we know it’ll be great for our customers.”
Siemens’ 802.11n solution includes two new 802.11n HiPath Wireless Access Points, AP3610 (internal antenna) and AP3620 (external antenna), a new version of HiPath Wireless Convergence Software (V5 R1) that enables controllers to recognize and manage 802.11n access points, and a new version of HiPath Wireless Manager HiGuard that delivers advanced management and WIPS security for 802.11n-enabled networks, another key advancement from Siemens.
“In support of the mobile enterprise, Siemens now has a HiPath Wireless offering for new and existing customers looking to benefit from the considerable speed and reliability benefits provided by 802.11n technology,” said Luc Roy, vice president of Enterprise Mobility for Siemens. “The unique architecture and capabilities that we have designed into HiPath Wireless can give any enterprise the confidence that they can easily and cost-effectively deploy a high-performance wireless network, while taking care of ever increasing mobile business.”
Siemens’ HiPath Wireless solution will begin shipping in March 2008. The new HiPath Wireless Access Points will sell for $1,300/€960. Upgrades to the HiPath Wireless Convergence Software will start at $349/€280 and HiPath Wireless Manager HiGuard upgrades are available free of charge.
Siemens Enterprise Communications GmbH & Co. KG is one of the world’s leading vendors of Open Communications solutions for enterprises of all sizes, enabling business processes to be more productive, faster and more secure – with any device, network or information technology infrastructure. The company is a wholly owned subsidiary of Siemens AG with 17,000 employees globally and headquarters in Munich.
More about Siemens Enterprise Communications GmbH & Co. KG at http://www.siemens.com/enterprise
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PoE Splitter used at St. Francis Hotel in San Franciso
The Westin St. Francis http://www.westinstfrancis.com/ is using the Versa Technologies Pi-100SP http://www.versatek.com/products/poe-splitter.htm to operate their room card verification in their elevators.
The PoE Splitter allows them to use existing wiring in the elevators to power the card verification systems for restricted floors. The PoE Splitter allows attendees to the World Famous Ballroom private access to the function with the swipe of a room key.
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Microsemi’s PowerDsine Midspans Chosen by Moog Videolarm for Power-over-Ethernet Surveillance Camera Housings
Midspans Simplify Surveillance System Installation by Enabling Cameras to be Powered Over Standard Network Cabling
IRVINE, Calif., Oct 21, 2010 (GlobeNewswire via COMTEX) — Microsemi Corporation, a leading manufacturer of high performance analog-mixed signal integrated circuits, high reliability semiconductors and RF subsystems, today announced that Moog Videolarm has selected Microsemi’s PowerDsine(TM) Power-over-Ethernet (PoE) midspans as the exclusive power-delivery solution for its latest POE Ready(TM) camera housings. Moog Videolarm is a leading designer and manufacturer of innovative, high quality surveillance products.
“Microsemi’s PowerDsine midspans are an integral part of our latest POE Ready(TM) line of housings, and help simplify installation and maintenance of virtually any fixed or pan-tilt-zoom (PTZ) PoE-enabled camera,” said Jimmy Pfaffenberger, site general manager, Moog Videolarm. “With Microsemi midspans, our Dynamic Power Allocation(TM)(DPA) housings provide a complete solution for powering both indoor and outdoor fixed and PTZ cameras over the same Ethernet cable that is used to deliver network data, eliminating the need to locate cameras near power sources or to install costly electrical outlets.”
With Moog Videolarm’s POE Ready line, only one network cable is required to connect an IEEE802.3at-compliant, high-power PoE IP camera to the network so that it can receive both power and data. The POE Ready housings use Microsemi’s PowerDsine 9000G series Midspans to inject power into the data network and enable Moog Videolarm’s DPA system to prioritize the distribution of up to 30W of power to the camera, heater, and blower, ensuring uninterrupted camera performance under a wide range of operating conditions.
“We are pleased to be working with one of the world’s premier suppliers of high-quality and innovative surveillance products,” said Paul Pickle, vice president and general manager of Microsemi’s Analog Mixed Signal Group. “Our PowerDsine midspans give Moog Videolarm housings a complete solution for delivering up to 30W of safe power to a wide variety of cameras and related equipment, along with the flexibility to manage, maintain and optimize the power efficiency of the surveillance network using the midspans’ remote-management features.”
Microsemi’s PowerDsine midspans provide a variety of benefits in IP video surveillance applications, including eliminating costly AC outlet installation, enabling network cameras to be deployed in difficult-to-reach locations, and simplifying the job of resetting and repositioning equipment and providing emergency backup power. The midspans’ advanced line terminal detection also ensures that a faulty camera or access control terminal can be detected and shut down, preventing damage to expensive switches and patch panels.
Microsemi’s PowerDsine 9000G series midspans are included in selected models of Moog Videolarm’s POE Ready housing line.
About Microsemi
Microsemi Corporation, with corporate headquarters in Irvine, California, is a leading designer, manufacturer and marketer of high performance analog and mixed-signal integrated circuits, high reliability semiconductors and RF subsystems. The company’s semiconductors manage and control or regulate power, protect against transient voltage spikes and transmit, receive and amplify signals.
Microsemi’s products include individual components as well as integrated circuit solutions that enhance customer designs by improving performance and reliability, battery optimization, reducing size or protecting circuits. The principal markets the company serves include implanted medical, defense/aerospace and satellite, notebook computers, monitors and LCD TVs, automotive and mobile connectivity applications. More information may be obtained by contacting the company directly or by visiting its website at http://www.microsemi.com.
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JVC To Show PoE Security Cameras At IFSEC 09
JVC Professional Europe, London, UK 27th March 2009
Leading the show for JVC will be the new VN-V685U – the world’s first fully functional Power over Ethernet (PoE) PTZ dome camera. The VN-V685U uses JVC’s durable direct drive motor for precise, silent control over the pan and tilt. Other features include simultaneous distribution of full-frame MPEG-4 and Motion-JPEG streams, a 27x optical zoom and True Day/Night capabilities. There are internal and external (VN-V686WPBU) housing versions available, each of which feature PoE and improved low light level performance.
JVC expects both professionals and visitors to the show alike will be deeply impressed by the range on display, and especially by the PoE facility of the cameras. JVC is known throughout the industry for reliability, durability and accuracy.
The VN-V685U is claimed to be the world’s first fully functional Power over Ethernet PTZ dome camera.
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New Crestron 4″ Widescreen Touch Panel Delivers Designer Looks and Flexible Installation
| Crestron TPMC-4SMD Provides an Affordable, Single-Wire Solution that Mounts to a Standard Gang Box and Features an Elegant, Contoured Appearance |
FOR IMMEDIATE RELEASE
“The TPMC-4SMD is designed to support the Core 3 OS, the foundation of our new GUI framework that simultaneously runs multiple formats and media players, including Flash®, HTML5 and H.264 video,” explained Vincent Bruno, Crestron Director of Marketing. “Richer graphics and amazing interactive animations really enhance the user experience.” Additional features include streaming video, 2-way IP intercom, white LED backlit buttons and a built-in proximity sensor that will wake the 4SMD automatically, without having to touch the screen. Room occupancy sensors can be directly connected to the touch panel, enabling automation of the room’s lighting, climate control, and other devices.
Dynamic graphics and text capabilities provide the display of all kinds of useful data with vivid AV controls and icons. Check room temperature and lighting levels; view photos, video, and digital media playlists complete with metadata and cover art. Advanced gestures navigation, animated objects, and page transition effects enhance interactivity with a look that is both eye-catching and easy to use.
With an assortment of mounting options, the 4SMD installs on virtually any surface quickly and easily. Installation options include a standard electrical box or surface mount on glass, granite, or marble. Mounting the 4SMD on smooth surfaces or concrete/brick walls is simple, safe and reliable. For even more flexibility, a table top enclosure is available, for a striking, space-saving solution on a desktop or bedside table. The TPMC-4SMD is available in gloss black or white.
In addition to its World Headquarters in Rockleigh, New Jersey, Crestron has sales and support offices throughout the U.S., Canada, Europe, Asia, Latin America and Australia.
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Pakedge Announces SW240inB 24-Port Power-over-Ethernet Switch
Pakedge Device & Software today announced the introduction of its SW240inB 24-Port Power-Over-Ethernet Switch, offering features and flexibility not found in other PoE Ethernet switches. The company also announced the SW80inB 8-Port Power-Over-Ethernet Switch, which includes most of the advanced features of the SW240inB and is suitable for installations requiring fewer ports.
The SW240inB is designed to meet the specific needs of custom installation specialists and systems integrators who require an extremely versatile and powerful Ethernet switch. One of the most compelling aspects of the SW240inB is that it has a full 24 ports of PoE and each can be individually power cycled. Power to VOIP phones, PoE cameras, access points, etc. can be accessed remotely and cycled for troubleshooting or system health monitoring.
Another key aspect is that the SW240inB can be easily configured using a device such as an Apple® iPad™, iPhone®, keypad or laptop with its graphical user interface (GUI) via the web. It can also be configured using a traditional command line interface (CLI) for more sophisticated networks. This makes it easy to set up the SW240inB to perform even complex tasks such as VLAN (Virtual Local Area Network), and QoS (Quality of Service) to ensure maximum performance for a variety of connected devices with different data flow requirements. (Some managed PoE switches have only CLI or GUI capability.)
The SW240inB, unlike many PoE switches, offers fiber-optic uplink ports for stable connection to fiber cable-connected devices even with long-distance cable runs. The SW240inB can also be used as a fiber hub. It even offers gigabit-speed uplink capability to ensure even better data throughput than traditional daisy-chained connections.
Like all Pakedge products, the SW240inB is installation-friendly. It is only one rack space high and all cable connections are made at the rear panel – a feature first introduced by Pakedge and unique to the custom-installation market. Blue LED status indicators for each port are located on the unit’s clean, uncluttered front panel. Quiet fan-cooled operation enables the switch to be located virtually anywhere, near audio/video components or as part of a structured wiring panel.
In the near future, the SW240inB will be preconfigured to work with Pakedge routers and access points with no additional programming required – saving the installer time and money. The Pakedge SW240inB 24-Port and SW80inB 8-Port Power-Over-Ethernet switches come with the switch unit, power cable, rack mount ears and instruction manual, and is available now.
About Pakedge Device & Software
Pakedge Device & Software creates innovative networking products for people who demand performance, features, and reliability. Our products use the most advanced wireless and networking technology. They are designed for professionals to install and consumers to enjoy. For more information and system specifications, visit www.pakedge.com.
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Gigabit PoE Injector aka Gigabit Power Over Ethernet Injector
Chino, CA August 3rd, 2009 — Versa Technology (www.versatek.com), a leading provider of last mile communications including Ethernet Switches, DSLAM’s, Ethernet Extenders has release a brand new Gigabit PoE injector. The VX-1000GB is among the very first Gigabit Power over Ethernet injectors to be release in North America this year. The VX-Pi1000GB will allow all wireless access points to reach their full bandwidth potential including the new 802.11N wireless standard.
The VX-Pi1000GB is an IEEE 802.3af spec Power over Ethernet Injector which provides DC 48V over Ethernet cables. The VX-Pi1000GB IEEE 802.3af Power over Ethernet Injector inserts DC Voltage into Cat.5 cable, allowing the cable between the Injector (VX-Pi1000GB) and Splitter to transfer data and power simultaneously. The maximum distance between the Injector (VX-Pi1000GB) and Splitter is 100 meters. With VX-Pi1000GB being installed, it combines the Ethernet digital data with power over the twisted pair cables as an IEEE 802.3af Power over Ethernet Injector. And the IEEE 802.3af Power over Ethernet splitter shall separate the digital data and the power into two outputs.
One problem a lot of companies are having now is the new addition of Wireless N products and the fact that it requires a gigabit connection. Most Power over Ethernet injector’s do not provide Gigabi, including the VX-Pi100 currently sold in the thousands by Versa monthly provides only 100Mb.
Well Versa Technology has heard the demand and we have answered this call with the VX-Pi1000GB.
Unlike most existing Power over Ethernet Injector, the VX-Pi1000GB also provides 1000Mbps Gigabit Ethernet connection ability, as well as the 10/100Mbps Fast Ethernet connection ability.
With IEEE 802.3af Power over Ethernet devices installed, the system administrator only has to use a single RJ-45 Ethernet cable to carry both power and data to each device. Besides, to connect through VX-Pi1000GB, you could also have benefits which includes cost saving, easy for networking planning and higher reliability. Upon any IEEE 802.3af devices installed, the VX-Pi1000GB or together with splitter can make the connection while migrating or splitting the power and the Ethernet digital packets, such as connecting the VX-Pi1000GB to an IEEE 802.3af compliant devices, AP or IP phone.
Key Features
• Complies with IEEE 802.3af Power over Ethernet, IEEE 802.3/802.3u/802.3ab 10/100/1000Base-T
• Provides DC 48V power over RJ-45 Ethernet cable to device with Ethernet port
• LED indicators power input indication
• Distance up to 100 meters
• Auto-detect of POE IEEE 802.3af equipment and devices from being damaged by incorrect installation
• Works with EIA568, category 5, 5e or 6 ,2/4-pair cables for 10Base-T or 100Base-TX & 1000Base-T
• EMI standards complies with FCC, CE class B
About Versa Technology Versa Technology, located in Chino, California, is a company that provides both fiber and copper for last mile solution. With worldwide offices in Korea, China and the United States, Versa Technology has taken advantage of the global marketplace to grow at an amazing pace. Versa Technology provides a wide range of copper solutions, giving service providers the choice of ADSL2+, VDSL and VDSL2. Versa Technology also provides FTTH Solutions to providers looking to deploy next generation fiber optic networks. Versa Technology is one of the few companies in the world that can provide the complete last mile solution.
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Versa Technology Introduces New High Quality Low Cost Gigabit Power over Ethernet Injector
Related Searches
Chino, CA (PRWEB) February 25, 2010 — Versa Technology www.versatek.com is pleased to announce a new addition to its Power over Ethernet Injector Line, the VX-Pi1000Gb PoE Injector. The VX-Pi1000Gb is an IEEE compliant 802.3af Power Over Ethernet Injector which provides DC 48V over Ethernet cables. The new device inserts DC Voltage into Cat.5 cable, allowing the cable between the injector (VX-Pi1000Gb) and Splitter to transfer data and power simultaneously. In short, the VX-Pi1000Gb combines the Ethernet digital data with power over the twisted pair cables eliminating the need for a power source at the terminating end of the cable run.
Unlike the existing Power Over Ethernet Injectors the VX-Pi1000Gb provides 1000Mbps Gigabit Ethernet connection ability, except the 10/100Mbps Fast Ethernet connection ability. The Versa Technology VX-Pi1000Gb is perfect PoE Injector for PoE ready 802.11n Wireless Access Points. 802.11n has maximum of 300Mbps bandwidth under best condition. 802.11n will operate around 130Mbps under normal condition. The VX-Pi1000 both the bandwidth and power for 802.11n Wireless Access Points.
The VX-Pi1000Gb (http://www.versatek.com/products/poe-pi1000gb.htm) VX-1000GB provides DC 48V power over RJ-45 Ethernet cable to device with Ethernet port with LED indicators for power input indication. The injector can send power to a PoE device up to a distance of 100 Meters. Unlike competitors equipment the VX-Pi1000 has an auto-detect for POE IEEE 802.3af equipment and devices. This feature prevents equipment from being damaged by incorrect installation.
The VXPi1000 Works with EIA568, category 5, 5e or 6 ,2/4-pair cables for 10Base-T or 100Base-TX and 1000Base-T EMI standards. The injector complies with FCC, CE class B and 802.3af standards at operating tempetures 0°C~50°C, 5~90% RH.
“As the market leaders in Ethernet solutions, we are always releasing cutting edge products for our customers,” says Shaw Tien, CEO of Versa Technology.
He continued, “We expect this product to be used in industries across the board including Education, Hospitality, and the MDU market. This product is going to make Wifi hotspots easier to install and offer greater coverage. We are very excited to supply our customers with the fastest technology available.”
Availability and Testing:
The VX-Pi1000Gb POE (http://www.versatek.com/products/poe.htm) Injector Kit is available now and is already being deployed in networks across the world. Currently products are offered with a free 30 day trial to ensure that you get exactly what you are paying for.
Pricing:
The VX-Pi1000Gb POE Injector starts at $36.99 per unit. Discount pricing for resellers and bulk quantity is available. You can learn more by contacting sales@versatek.com or going to the online store. (http://www.shopversatek.com/)
About Versa Technology:
Versa Technology, located in Chino, California, is a company that provides both fiber and copper for last mile solution. With worldwide offices in Korea, China and the United States, Versa Technology has taken advantage of the global marketplace to grow at an amazing pace. Versa Technology provides a wide range of copper solutions, giving service providers the choice of ADSL2+, VDSL and VDSL2. Versa Technology also provides FTTH Solutions to providers looking to deploy next generation fiber optic networks. Versa Technology is also the largest manufacturer.
Click Here to read the full story.
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Moog Videolarm Announces POE Ready Housings
Click Here to read the full story.
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Allied Telesis Strengthens IP Surveillance Solution, Simplifying the Transition from Analog-to-Digital Video Security Networks
Migration Made Easier and More Cost-Effective
DALLAS, Oct. 12 /PRNewswire/ — (ASIS International 2010; Booth #4406) — As enterprises evolve their physical security strategies from analog to digital surveillance, Allied Telesis Inc., a global provider of secure IP/Ethernet switching solutions and an industry leader in the deployment of converged multi-play networks, announced today its enhanced IP Surveillance solution. The next generation solution delivers mission-critical network connectivity to make the analog-to-digital migration cost-effective, seamless, and easy-to-deploy — all without the need to replace current cabling infrastructure.
Video Surveillance as a Service (VSaaS), secure digital (SD) storage cards on the surveillance camera, the emergence of mega-pixel IP network cameras, and searchable or forensic analytics are among market-moving trends providing benefits such as the secure storage of surveillance recordings; the need for higher resolution video; and the emergence of surveillance analytics to better assess security related events through data on foot traffic, face recognition, and reconstruction of events from several camera sources. The Allied Telesis IP Surveillance solution meets requirements to effectively achieve these benefits while maintaining network uptime and high availability through its redundant, resilient networking gear; yields an optimal performance backbone for greater application Quality of Service prioritization of video services; and provides secure, remote monitoring for further security assurance.
Incorporating next generation technological advancements into its IP Surveillance solution — by adding optimized layer-2 and layer-3 switches, new media converters, and an enhanced graphical user interface (GUI) — Allied Telesis can now offer greater solution customization with lower costs, as no new wiring is required.
Shown this week at ASIS, the Allied Telesis IP surveillance solution includes several new components:
- The AT-8100 Series access-edge switches, designed to enable SD storage and analytics of video content at the edge while cost-effectively connecting local copper devices over fiber at distances of up to 1.2 miles. This capability is ideal in IP video surveillance networks where remote cameras may be located beyond the reach of copper cabling. The AT-8100 Series also offers Power over Ethernet (PoE) capabilities with unique 24-port connectivity to maximize power, port, and connectivity options when adding new surveillance equipment to the network.
- The AT-9000 Series switches, the most affordable layer-2 fiber core switches in the surveillance market, received an upgrade to the AlliedWare Plus operating system. In addition, the AT-9000/28SP small form-factor pluggable (SFP) module fiber distribution switch supports both Fast Ethernet as well as Gigabit Ethernet speeds.
- AT-MC 605/606, the two latest media converters from Allied Telesis, enable greater network extension by converting existing analog phone-grade wiring into IP-ready cabling – perfect for mega-pixel IP security video streaming. Through plug-and-play deployment, enterprises can forgo the costly building integrity analysis of network resources, or the cost/need to rewire a premise with expensive Cat5 or fiber cable.
- AlliedWare Plus, as part of the Allied Telesis Network Operating System (Network OS), provides a common interface across all platforms to minimize training costs associated with IP video network migrations and upgrades, enabling easier support processes.
“When building a solution to safeguard their people, organizations cannot take short-cuts or risks,” said Eric Floyd, senior vice president of partner development and alliances, Allied Telesis. “That’s why system integrators and enterprises turn to Allied Telesis to deliver high-quality, IP-based video security services over Ethernet networks. Our deep history and expertise in designing and implementing converged multi-play networks coupled with our advanced IP surveillance solutions enable a seamless migration from analog to digital video security systems, allowing enterprises to better protect their critical information and employee assets.”
Vertical Strengths
The Allied Telesis IP surveillance solution is ideal for specialized markets requiring maximum uptime and optimized performance to secure a physical location, information, and/or property. For example, Allied Telesis is working with international healthcare, education, government, service provider, and utility organizations to deploy its leading IP-based video security solutions around the world. Specifically, the Company leads in deploying these solutions to global healthcare facilities for use by emergency response and security teams to ensure patient, staff, and visitor safety. Allied Telesis also recently announced its design and implementation of a real-time IP surveillance solution in the education market in the Hoxie, Arkansas, U.S. School District, in which the Company provides a single-view, remotely managed, port-based virtual local area network (VLAN) to ensure a more secure campus environment for students, faculty, and staff.
Global Partnerships
Securing a customer’s premise is a much greater challenge than a “one-size-fits-all” platform can provide. Allied Telesis strengthened its IP Surveillance solutions alliances within its overall Partner Program to include IBM and PSA Security Network®, the world’s largest electronic security buying cooperative, and to develop tailored IP security solutions addressing global enterprise surveillance challenges. IBM and PSA join a well-respected roster of Allied Telesis technology partners, including ADI, Anixter International Inc., Axis Communications, Bassler Electric, Dallmeier Electronic, DVTel Inc., Graybar, Ingram Micro, Intransa, I.T. in Motion, Milestone Systems, Pivot 3, Inc., and Synnex Corporation, as well as ADT Security Service and Red Hawk, UTC Fire & Security Company.
In addition, Allied Telesis has joined the Axis Communications Technology Partner Program aimed at companies delivering the infrastructure components required in an IP-Surveillance system. Allied Telesis and Axis will work together to identify and market values such as improved functionality and performance, sharing information, and education. The Technology Partner Program enables Axis and partners to offer complete solutions and have a comprehensive understanding of an IP Surveillance system’s components.
For more information about Allied Telesis at ASIS, or regarding its enhanced IP Surveillance solution, visit:www.alliedtelesis.com.
About Allied Telesis
For more than 20 years, Allied Telesis has been a leading provider of networking infrastructure. Today the Company enables delivery of data, voice, and video services to a variety of clients globally. Allied Telesis is committed to innovating the way in which services and applications are delivered and managed, resulting in increased value and lower operating costs. Visit us online at: www.alliedtelesis.com.
| For more information contact: | |
| Chris Fallon | |
| Ruder Finn for Allied Telesis | |
| Phone: (212) 715-1691 | |
| Email: fallonc@ruderfinn.com |
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EB Complements its Tough VoIP Product Portfolio by Adding a New Accessory that Easily and Cost-Effectively Introduces Power over Ethernet Interfaces to Tactical Military Environments
EB Complements its Tough VoIP Product Portfolio by Adding a New Accessory that Easily and Cost-Effectively Introduces Power over Ethernet Interfaces to Tactical Military Environments
OULU, Finland, Oct. 4 /PRNewswire/ — EB, Elektrobit Corporation (OMX: EBC1V), a developer of cutting-edge embedded technology solutions for automotive and wireless industries, today introduced the EB Tough VoIP Power over Ethernet (PoE) Injector™ — a complementary accessory to its Tough VoIP product portfolio. The new Tough VoIP PoE Injector is a network-agnostic solution that provides PoE-supported data interfaces to tactical military communications equipment.
A relatively new approach to powering communications equipment for military use, PoE is a flexible option for providing both secure data connections and the required power supply needed to perform tactical military communication. EB’s compact Tough VoIP PoE Injector is a unique solution for the military environment that can easily make communications equipment PoE-ready. By deploying the Tough VoIP PoE Injector, military personnel gain the flexibility to combine data and power supply over a single Ethernet cable — all without the costly need to rip-and-replace their current communications infrastructure.
“We’ve seen similar Power over Ethernet accessories used in traditional commercial markets, yet recognized the need to bring this type of solution to the niche military communications space,” said Mikko Viitaniemi, senior manager, Defense Products, EB Wireless Solutions. “Our goal was to improve the interoperability of different equipment and platforms in tactical communications environments by developing and extending the Tough VoIP product portfolio. We believe today’s introduction of the rugged and durable Tough VoIP PoE Injector meets this objective.”
The EB Tough VoIP PoE Injector is useful in the military field environment, as it has the capability to utilize vehicular power supplies that are available. The device can combine vehicular power supplies in the voltage range of 10-30V DC with regular Ethernet data, while providing a PoE-supported Ethernet connection for user devices — whether they are EB Tough VoIP products or third party equipment.
Mikko Viitaniemi, continued, “As military applications and communications equipment rely more heavily on robust, power-intensive devices, the Tough VoIP PoE Injector becomes more critical in tactical use. By deploying the Tough VoIP PoE Injector, military operations gain enhanced communications as greater broadband data connectivity can be delivered to the field, vehicles, and on-the-ground command posts.”
The EB Tough VoIP solution is a robust, highly-reliable, ruggedized IP-based communications system. The complete EB Tough VoIP product portfolio will be showcased at MILCOM 2010, in San Jose, California, USA – booth #1736. To schedule a meeting, please contact Mikko Viitaniemi, tel. +358 40 344 2579. For more information about EB Tough VoIP products, visit: www.elektrobit.com
About EB, Elektrobit Corporation
EB develops advanced technology and transforms it into enriching end user experiences. EB specializes in demanding embedded software and hardware solutions for the automotive industry and wireless technologies. The company’s net sales for the year 2009 totaled EUR 153.8 million. Elektrobit Corporation is listed on the NASDAQ OMX Helsinki. www.elektrobit.com
About EB’s Wireless Solutions Business
EB Wireless Solutions is a trusted innovation partner to the global wireless value chain. It provides flexible solutions from consulting services to delivering full turnkey products for cutting-edge consumer devices, professional devices, network infrastructure modules and variants.
| Further information: | |
| Mari Kahkonen | |
| Director, Marketing | |
| EB Wireless Solutions | |
| Tel. +358 40 344 5348 | |
| Email: mari.kahkonen@elektrobit.com | |
| Meghan Callaghan | |
| Ruder Finn Public Relations for EB | |
| Tel. +1 212 715 1608 | |
| Email: callaghanm@ruderfinn.com |