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Aviat Networks
Aviat Networks is the leading pure play microwave, software and services provider, with unrivaled microwave expertise. Learn more about our end-to-end transport solution portfolio in our corporate presentation.
State-Wide Public Safety Networks: Brief Update from Aviat
- March 10, 2017
- Capital expenditure, IP/MPLS, LTE, Made in America, Microwave backhaul, public safety, State & Local Government
Aviat: The American Microwave Company and The Trusted Choice for State-Wide Microwave Networks
Aviat is the #1 provider of microwave and microwave routing systems to state/local government networks nationwide with 25 of 50 state-wide networks running Aviat equipment.
State-Wide Microwave Network Case Study: Extra High Power Radios
- February 24, 2017
- Antennas, Aviat Networks, backhaul, IRU 600, Microwave backhaul, public safety, Total Cost of Ownership
This large western US state had a longtime relationship with a microwave radio vendor and would have continued buying from them if their radios and support evolved with the State’s needs. However, over time its needs changed and it had to have more capabilities from its communications network. But it did not want to unnecessarily build new sites and erect costly new towers.
Three Elements to IP/MPLS Success in the Microwave Access
- January 23, 2017
- Aviat, Aviat Networks, AviatCare, AviatCloud, backhaul, Carrier Ethernet, Ethernet, IP/MPLS, LTE, Microwave backhaul
In microwave communications—as in all electronic communications mediums—operators trend toward the latest technologies (e.g., IP/MPLS). They all have conditioning to think that newer is better. And by and large that’s right.
However, when it comes to IP/MPLS—one of the most advanced packet technologies—you need to handle this concept with care. Especially in a mixed infrastructure that includes microwave, fiber and other potential backhaul transport.
We Put the Spotlight on Voice Over LTE (VoLTE)
- August 7, 2014
- Aviat Networks, backhaul, LTE, microwave, Microwave backhaul, Microwave Radio, Microwave transmission, Mobile network operator, mobile networks, Mobile Technology, technology, voice over lte, volte
As one of the most anticipated network technologies, Voice over LTE (VoLTE) has been discussed by operators for years. The expectation was that deployments would start in 2013, but roll-outs in North America were delayed.
Logo courtesy of YTD2525 Blog
Operators have faced a series of issues that include poor voice quality and long call establishment times. Once these problems are solved, it is expected that VoLTE will allow operators to provide voice and data services using an integrated packet network. As the problems described show, the implementation of VoLTE presents challenges for the entire LTE ecosystem including microwave backhaul.
We have produced a white paper to describe some of the VoLTE requirements that must be met in order to overcome these technical challenges, which must encompass a flexible microwave backhaul as a key factor for a successful transition to all-packet voice and video VoLTE networks. A brief introduction to VoLTE is presented and then different VoLTE backhaul requirements are described with possible solutions.
Click here to download a white paper on this subject titled “VoLTE and the IP/MPLS Cell Site Evolution”.
Wireless Transmission Blog 2012 in Review
- January 11, 2013
- Low latency, LTE backhaul, Microwave backhaul, microwave networking, small cell backhaul, wireless communication
Happy New Year and thank you to the avid readers of the Wireless Transmission Blog! We had readers from 186 countries (out of the official 192) during 2012! You’ll find other interesting statistics in the 2012 annual report WordPress has prepared below.
Here’s an excerpt:
4,329 films were submitted to the 2012 Cannes Film Festival. This blog had 40,000 views in 2012. If each view were a film, this blog would power 9 Film Festivals. Click here to see the complete report.
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- The Modulation Arms Race: A Case of Diminishing Returns (aviatnetworks.com)
- LTE – Lessons Learned So Far (aviatnetworks.com)
- New (FREE!) Backhaul Path Planning Software Tools (aviatnetworks.com)
- 3 Truths about High Fade Margin in Point-to-Point Path Design (aviatnetworks.com)
Hybrid Microwave for Wireless Network Backhaul Evolution
- July 20, 2011
- 3GPP Long Term Evolution, Aviat Networks, backhaul, dual ethernet, Ethernet, hybrid ethernet, hybrid microwave for smooth network evolution, Internet Protocol, microwave, Microwave backhaul, Microwave transmission, Next generation network, tdm microwave systems, Time-division multiplexing, wireless, Wireless Backhaul
Image via Wikipedia
There is no one-size-fits-all solution for wireless network backhaul. What will work for some operators’ mobile backhaul will not work for others. Many operators have large installed bases of TDM infrastructure, and it is too cost prohibitive to uninstall them wholesale and jump directly to a full IP mobile backhaul. There is going to be a transition period.
The transition period will need a different breed of wireless solutions. Fourth Generation Hybrid or Dual Ethernet/TDM microwave radio systems provide comprehensive transmission of both native TDM and native Ethernet/IP traffic for smooth evolution of transmission networks. They will enable the introduction of next-generation IP-based services during this transition period.
We will explore this category of digital microwave technology for wireless backhaul, which is becoming ever more important as the 4G LTE wireless revolution gets underway with all due earnestness, even while the current 3G—and even 2G—networks continue to carry traffic for the foreseeable future.
Our current white paper builds on Aviat Networks‘ previous April 2010 white paper titled “What is Packet Microwave?” and provides market data from recent industry analyst reports that demonstrate the significant and continuing role of TDM in mobile backhaul networks and some of the prevailing concerns of operators in introducing Ethernet/IP backhaul services.
Related articles
- Solving the backhaul dilemma (fiercewireless.com)
- Groundbreaking plunge into the super-fast future (smh.com.au)
- Backhaul for the Mobile Broadband or Wireless Broadband Network (aviatnetworks.com)
- Small Cell Mobile Backhaul: The LTE Capacity Shortfall (aviatnetworks.com)
- iPass builds Wi-Fi exchange to expand operators’ data offload reach (connectedplanet.com)
Mobile Security Requires More Than Secure Wireless Devices
- June 24, 2011
- 4G, Aviat Networks, BlackBerry PlayBook, eclipse packet node, eclipse radio, encryption, GSM, IPad, iPhone, Microwave backhaul, Security, strong security, strong security on eclipse packet node overview, Wi-Fi, wireless, Wireless Backhaul, Wireless security
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When people think of mobile security, they usually think of encryption for their smartphones, tablet computers such as the BlackBerry PlayBook or other wireless devices. Or they think of a remote “wipe” capability that can render any lost device blank of any data if some unauthorized party did in fact try to enter the device illegally. These wireless solutions are all state-of-the-art thinking in the mobile security community. And many wireless equipment OEMs and third-party mobile security providers offer them.
But they only protect the data on the devices. They only protect so-called “data at rest” once it’s been downloaded onto the iPhone or iPad. They don’t speak to the need to cover “data in motion” as it is transmitted over the air. Some parts of the over the air journey are protected by infrastructure in the form of Wi-Fi and GSM. One is notoriously subject to human failing to enable security and the other has been broken for sometime. And then there is wireless security for backhaul. In this area, there has not even been an industry standard or de facto standard established. And most microwave solutions providers don’t even offer options for wireless security on the backhaul.
Fortunately, this is not the case across the board. Strong Security on the Eclipse Packet Node microwave radio platform offers three-way protection for mobile backhaul security: secure management, payload encryption and integrated RADIUS capability. Read the embedded overview document in full-screen mode for more details:
Related articles
- Security Focus as Wireless Traffic Rises, Mobiles Get More Powerful (aviatnetworks.com)
- 2 Ways to Beef Up Your Wireless Defenses and Frustrate Hackers (brighthub.com)
- Troubleshooting Your iPad’s WiFi Issues (brighthub.com)
- Protecting Pacemakers From Hackers (blogs.forbes.com)
- Comprehensive Embedded Security in Microwave (Wireless) Networks (aviatnetworks.com)
Smart Grid Wireless Technology Comparison Chart
- June 17, 2011
- 3GPP Long Term Evolution, 4G, Aviat Networks, Microwave backhaul, Power line communication, smart grid, WiMAX, wireless, Wireless Backhaul, wireless technology, wirless backhaul, Zigbee
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Smart Grid is an enabling opportunity for operators to help address energy generation and consumption in an intelligent and efficient manner.
The explanation of Smart Grid solutions in this comparison chart should help to clarify the various choices for wireless connectivity—from access to backhaul, for data or management transmission—using any one or a combination of various technologies.
It compares various wireless technologies for wireless applications related to Smart Grid communications. It also covers general information such as “How to use in Smart Grid,” key advantages and notable weaknesses.
Key technical parameters such as bandwidth, coverage, user data rates and cost are also considered. Microwave, WiMAX, Mesh, LTE, 3G cellular, Power Line Carrier, WLAN and Zigbee are described.
If you like this chart and want to receive a complimentary hard copy version, leave a comment with your name and mailing address (your comment won’t be published). There is an extremely limited number of stock on hand, and we will fulfill as many requests as possible.
Related articles
- Smart Grid Projects May – But Only May – Bring a Tech Windfall (news.dice.com)
- Can Malta’s Smart Grid Work Here Too? (tweenliklive.wordpress.com)
- New from the White House: National smart grid framework (smartgridwatch.wordpress.com)
- Insights on consumers and the smart grid (smartgridwatch.wordpress.com)
- Obama administration unveils programs to build the smart grid (gigaom.com)
- White House Promotes a Smarter Grid (technologyreview.com)
- Obama Offers $250 Million for Smart Grid Deployment (blogs.forbes.com)
Microwave Wireless Backhaul Case Study: Tooele County (Utah)
- June 15, 2011
- Area 51, Area 52, Aviat Networks, case study, Dugway Proving Ground, installation, Microwave backhaul, microwave radio training, ProVision, public safety, TL 9000, Tooele County Utah, Utah, VX nerve gas
Image via Wikipedia
In an all-indoor configuration, Aviat Networks’ Eclipse Packet Node platform has delivered flexibility to Tooele County, Utah, to transition its partially mountainous, rural legacy TDM network to IP when the traffic demands it. When greater functionality is required, the modular nature of the platform is called upon to ease installation and maintenance.
“The entire design is highly modular, and we are able to drop in new network cards with the latest technology. We just swap new cards for old,” says Dave Williams, communications manager for Tooele County. “So not only does Eclipse Packet Node provide native TDM support for our latency-sensitive, mission-critical traffic today but also allows us the flexibility to migrate to native all-IP traffic as our applications evolve. With this platform, we get the best of both worlds.”
Aviat Networks Interoperability Lab for Wireless & Network Testing
- June 1, 2011
- Alphonso Arnal, Aviat Networks, Interoperability, interoperability lab, Microwave backhaul, network integration, network testing, santa clara headquarters, Testing, Wireless Backhaul
Alphonso Arnal, senior technology marketing manager for Aviat Networks, talks about interoperability testing. Running the IOT lab, he helps test proofs-of-concept. Testing can be done for SONET or packet-based networks. Aviat Networks wireless solutions and other vendors’ solutions can be tested to show how they will perform in real-life applications.
