Trusted reliability

The Eclipse™ Packet Node Intelligent Node Unit (INU) is a highly modular and scalable indoor unit with proven reliability, currently running in some of the largest, most critical networks in the world.

Advanced Carrier Ethernet/IP intelligence

Eclipse INU incorporates a carrier-grade Ethernet switch that provides traffic classification, QoS traffic priority assignment, VLAN support, and Ethernet optimization for improved throughput. Synchronization options Synch-E (G.8262) and IEEE1588v2 support flexible network growth from hybrid TDM to all-IP networking.

Hybrid architecture

Eclipse enables network migration through comprehensive Hybrid TDM+IP architecture, with full native support for legacy TDM (DS1/DS3 and OC3) and new Ethernet/IP traffic, without encapsulation or emulation, for maximum efficiency and lowest latency.

 

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Aviat Eclipse Carrier Ethernet microwave platform

Aviat’s mission critical IP/MPLS microwave solution

Part of Aviat’s mission critical end-to-end IP/MPLS solution, Eclipse interoperates and plays nicely with CTR 8611 routers. Both can be managed from a single management interface using Aviat ProVision™. Finally, these components are all wrapped up with our network services offering, providing a complete turnkey solution.

Find out more

Watch this video and see how Eclipse fits in Aviat’s mission critical IP/MPLS microwave solution.

Multiple platform options

The Eclipse platform comes in multiple options:

  • A 1RU INU or a 2RU INUe which supports the highest nodal density in the smallest form factor, enabling the compact aggregation nodes that support up to 5 Gbit/s of packet handling capacity.
  • Also available is IDU GE3 which is a non-modular, super-compact, space-saving package
The Eclipse Packet Node INU comes in multiple platform options

The Eclipse platform comes in multiple options

Click on image above to zoom in

Have Cisco routers and an Eclipse network?

Make your Eclipse work well with your Cisco routers by implementing media awareness solution between the two devices.

Find out more

Watch this interactive demo to figure out how to set this up on your network today.

Download whitepaper

Eclipse INU/INUe

Throughput/capacity range (per link):

  • Native Carrier Ethernet/IP – 8 to 454 Mbit/s
  • Native TDM
    • 4 to 100xE1
    • 4xE3
    • 1, 2xSTM-1
  • Modulations, Fixed: QPSK, 16, 32, 64, 128, 256, 1024 QAM
  • Adaptive Coding and Modulation (ACM): QPSK, 16, 64, 256, 1024 QAM
  • Capacity doubling: co-channel operation with XPIC
  • Architecture options: nodal, terminal, repeater; indoor or outdoor RF unit
  • Nodal capability: up to six independent radio paths from a single indoor unit
  • Nodal capacity (PER Node)
    • Native Carrier Ethernet/IP – 2.77 Gbit/s
    • Native TDM
      • 100 x E1
      • 4xE3
      • 2xSTM1
  • Advanced QoS features, including port and VLAN prioritization, VLAN Q and Q-in-Q tagging, flow control, link aggregation
  • Synchronization options: Synchronous Ethernet (G.8262), IEEE 1588v2 and E1 line clock
  • Fault and configuration management: secure management, payload encryption
  • Standards compliance: EN 301 489-1, EN 301 489-4 (EN 55022 Class A) (EMC), EN 300 019, Class 3.1E (Operation), EN 300 019, Class 1.2 (Storage), EN 300 019, Class 2.3 (Transportation), IEC 60950-1/EN 60950-1 (Safety)

Eclipse IDU GE3

  • Throughput capacity: up to 366 Mbit/s Ethernet/IP, up to 16xE1 native TDM
  • Modulation options
    • Fixed: QPSK, 16, 32, 64, 128, 256 QAM
    • Adaptive: QPSK, 16, 64, 256 QAM
  • High port density with 6 Gigabit Ethernet (GigE) and 16x E1 / DS1 ports
  • Advanced Carrier-Ethernet features: VLAN tagging (Q and Q-in-Q), advanced QoS, traffic prioritization, flow control
  • Packet synchronization options – SyncE, transparent support for IEEE 1588v2 and Eclipse distributed Sync (ES)

4 Steps to Make Cisco Routers Microwave Bandwidth Aware

Cisco routers remain the backbone of internet connections worldwide. Deep in the heart of networks, core routers perform the essential plumbing of the web. Further out on the edges, access routers provide connectivity for mobile devices via microwave radios (many of which are Eclipse radios from Aviat Networks). Generally, routers assume a full 1 Gbps bandwidth capability between Layer 2 connections provided by microwave radios.

However, modulation and channel size selections can vary the actual bandwidth between 1 Mbps and 1000 Mbps (i.e., 1 Gbps). This can also happen when Adaptive Coding Modulation (ACM) is activated on a point-to-point microwave link and the link’s bandwidth varies based on propagation conditions. If congestion occurs on the link, the router cannot quickly prioritize traffic nor select the optimal path, resulting in possible “black holing” of critical traffic.

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Getting it Done! Aviat & Australia Public Safety Networks

The public safety market has relied for many years on Aviat Networks to be a supplier of mission-critical microwave backhaul equipment. For example, since the introduction of the Eclipse microwave radio a few years ago, it has been received very successfully in the Australia public safety market. In the last five years, Aviat has sold and deployed thousands of radios (i.e., TRs) in the public safety and life critical radio ecosystem.

“The cutting-edge Gigabit Ethernet and IP capabilities of Eclipse were critical for Australia government agencies,” says Raj Kumar, vice president, sales and services, Asia Pacific, Aviat Networks. “As radio sites rolled out across Australia, Eclipse has enabled efficient deployment of multiple radio carriers in a single chassis—a mission-critical advantage for the simulcast trunking sites.”

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Aviat Helps Enhance Voice and Data for Ncell in the Himalayas

Just this February, Ncell, the leading mobile provider in Nepal, awarded Aviat Networks an Appreciation Certificate for successfully migrating its existing VSAT network to high-speed Eclipse microwave radio. This project was executed in the Himalaya range at an average attitude of 4,410 meters above sea level with three passive repeater links. Included in this rollout is a 99 km microwave link.

According to Ncell, this is the world’s highest 3G rollout. As a result, this upgrade is considered a feather in Ncell’s hat.

While Aviat Networks has completed many successful projects with Ncell, this one is worth a special mention. Awarded in 2013, this project has helped Aviat establish itself as a key Ncell vendor for the access network. The implementation includes equipment and services.

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Got Protection? Diversity Schemes and Other Methods

Dick Laine, longtime principal engineer for Aviat Networks, delivers one of his patented presentations on microwave networking during an installment of the video blog Radio Head Technology Series.

Microwave radios come and microwave radios go, but the sage advice of Aviat Networks Principal Engineer, Dick Laine, has no end-of-life. In our seventh installment of the very popular video blog Radio Head Technology Series Dick talks about the diversity of diversity schemes and other protection methods available to microwave networking engineers.

Using examples from the radio legacy of Aviat Networks (e.g., Constellation, MegaStar—you must remember these, it hasn’t been that long) and our current microwave networking solutions (e.g., Eclipse, TRuepoint 6500, WTM 6000) he expounds on the past, present and future of protection. From Angle Diversity (one of the earliest diversity schemes used in Line-of-Sight digital microwave) to Hybrid Diversity (HD) and Frequency Diversity (that need licensing waivers to be used in many applications) to comparisons of fiber-like protection methods, Dick covers it all. For example, did you know that a four-dish HD antenna arrangement offers little to no performance improvement over a three-dish HD configuration?

So with free registration to the video series you can have the benefit of all of Dick’s wisdom and nonpareil presentation style on Diversity. You get access to all the earlier videos, too. (Did we mention there are six previous episodes?) And the presentation slides. And the podcast. And all for FREE! Wow! If you don’t see a topic that you think needs to be covered, feel free to submit your suggestion into our inbox. Register today!

Related articles Diversity, Hot Standby and Alarms for Wireless Backhaul – Oh My! (aviatnetworks.com) Protection and Diversity: 100 Percent Uptime the Goal (aviatnetworks.com) Best Practices for Ultra Low Latency Microwave Networks (aviatnetworks.com) Record 180 km Hybrid Diversity IP Microwave Link (aviatnetworks.com) Carrier Ethernet Services: Summer Reading List with InfoVista (infovista.com) Mobile data traffic growth – a thought experiment & forecast (disruptivewireless.blogspot.com)
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The kWh Joins the dB?

Some leading telecommunications carriers are quietly effecting a shift in design priorities. For microwave radio, for example, output power, receive threshold, system gain and various other performance parameters (the dBs) have always been important product differentiators. Equipment vendors have also strived to make their equipment ever smaller to fulfil a requirement to pack more capacity into less rack space.  There is, however, what appears to be a shift in some quarters.

British Telecom (BT), Verizon and AT&T are among those passionate about reducing their energy consumption and, hence, their carbon emissions. Environmentally aware operators that have set themselves the challenge of reducing their overall energy usage are facing the challenge of doing so at a time when there is an exponential increase in demand for their services.   The frequency with which the kWh is referred to by operators increases with each passing year.

BT was an early mover and has already reduced its UK carbon emissions by 60% since 1997 and reduced its energy consumption by 2.5% year-on-year, as reported Spring 2011. BT has set an incredibly ambitious target of cutting its carbon footprint by 80% between 1997 and 2020. How are they doing this at a time of growth?  Well, BT has reported that their new 21st century data centers use 60-70% less energy and the resulting financial savings have made the centers profitable within 18 months. BT estimates that an incredible 50% of the energy consumed by a typical data centre can be consumed by cooling. By introducing fresh air cooling they have reduced this requirement by 85%, as much of the year no refrigeration is required.

Among other measures, BT has focused on energy efficiency of network equipment and also increased efficiency by supplying DC power directly to equipment rather than sustaining significant losses associated with converting AC power to DC. This is an incredibly inspiring record. BT is genuinely committed to its environmental policy believing that it has a responsibility to reduce power consumption, as one of the UK’s top ten energy users. There is certainly a compelling business case for their policy too as they have seen substantial savings and also a significant increase in the volume of business that requires environmental reporting.  BT estimates that its UK business alone saved £35M or $54M for the year 2010/2011 over where their energy usage would have stood without the efficiencies introduced by their energy program.

Verizon has emerged as a key North American player and, witnessing what they considered to be apathy with regard to standardization, the Verizon NEBS group released an energy efficiency standard (VZ.TPR.9205) in 2008.  NEBS had been traditionally focused on EMC (electromagnetic compatibility) and physical protection requirements such as survival over temperature and earthquake resistance. Energy efficiency became, therefore, an unexpected but vital third strand of NEBS for Verizon.  Since then, energy efficiency and related topics have become key at the Verizon-hosted annual NEBS conferences. Verizon has launched a carbon intensity metric which measures Verizon’s carbon intensity by factoring the amount of CO2 produced per Terabyte of data. Year-on-year, Verizon achieved a 15.75% reduction 2009/2010. Verizon’s projections show a forecasted financial saving of around $22M for 2011. Equipment cooling is recognized by Verizon and AT&T as a big factor in energy consumption too but their method of managing this varies.

At this year’s NEBS conference both AT&T and Verizon made announcements that will affect the way that some vendors design their equipment.  AT&T announced that from 1st January 2012 they will mandate equipment with airflow that flows front to back within the rack. This move is related to the fact that AT&T has established ‘hot aisles’ and ‘cool aisles’ within its centers. The aisle facing the front of the rack is the cool aisle and the equipment draws air from this aisle, exhausting it into the hot aisle. This allows for the hot air to be efficiently extracted from the center, resulting in significant reductions in the energy consumed by the HVAC system. Verizon also announced that it would be mandating front-to-back airflow in the future. They are seeking to include this as a requirement within GR-63-CORE as this Telcordia standard currently states front-to-back airflow as an objective only.  Verizon’s motive for seeking this change to GR-63-CORE is the fact that they also have a hot aisle/cool aisle system. Verizon is also hoping to have the core NEBS standards updated to include energy efficiency requirements. If successful this will mean that NEBS certification, whether it is for equipment intended for Verizon or not, will need to meet a minimum efficiency specification and have front-to-back cooling. Another shift is that efficiency of equipment cooling is starting to be regarded ahead of equipment size by some operators.  A slightly larger mechanical enclosure is easier to cool, using less energy. All of these shifts seem to suggest that environmental performance is taking its place alongside other parameters as a key consideration for some operators.

Aviat Networks’ Eclipse product line meets the Verizon energy efficiency standard and additional energy efficiencies are being built into future products. Aviat Networks is committed to working  closely with customers, vendors and standards agencies to both understand and promote the requirement for environmental sustainability within the telecoms sector at a time when it is challenged with an explosion in demand.

BT’s sustainability report, 2011

More information on Verizon’s environmental sustainability

Footnote – NEBS (Network Equipment Building Systems).

Ruth French Product Compliance Manager Aviat Networks

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How Many Radio Options Are You Juggling?

Balancing cost and performance is a tough act for most operators dealing with telecom networking, especially when it comes to equipment procurement.  Getting all the bells and whistles can sometimes result in having a lot of options to choose from.   Often times microwave users have to juggle with a variety of radio options that suit a particular site requirement, for example, having to select between low power or high power radios to meet varying distance or system throughput/gain needs.  Depending on location and licensing requirements, this may even translate into different products types for different frequency bands.  More products result in more spares to maintain in inventory, along with added support and maintenance, inevitably leading to higher costs.

To help address this challenge, Aviat recently unveiled the industry’s first universal outdoor unit (ODU) to support software- defined base and high power modes in a single ODU, with Aviat’s unique Flexible Power Mode (FPM) capability.  FPM allows operators to optimize both cost and performance, minimizing their overall total cost of ownership, by paying for the power they need only when needed.  As a result, operators can procure a single ODU for multiple locations and via a simple software licensing mechanism, remotely adjust the transmit output power to meet the needs of a particular site.  No need to spare multiple radios, nor deal with the operational burden of managing and supporting a variety of product options.

Additionally, operators can apply this flexibility to migrate from legacy low power, low capacity radios to a high power and performance ODU  to support much greater link throughput, without having to change their installed antennas. This minimizes both their CAPEX and OPEX while migrating their network from a legacy low capacity TDM microwave link to a high speed Ethernet one.

So while juggling may still be a well needed skill to survive in Telecom, Aviat is reducing the load when it comes to microwave networking. Click here to find out more.

Errol Binda Senior Solutions Marketing Manager Aviat Networks

Related articles Hybrid Microwave for Wireless Network Backhaul Evolution (aviatnetworks.com)
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Aviat @ AfricaCom 2011

This week Aviat Networks exhibited at the AfricaCom tradeshow in Cape Town, South Africa. It was good to see the registered attendance was up 20% from last year, totaling 6,450 registrants from over 1,500 different companies. This year’s show focused on the evolution of the whole telecom, media, and ICT ecosystem. New topics included innovation, social media, cloud computing, and mobile health.

At our stand we showcased:

Eclipse IDU GE3 Compact Carrier Ethernet Indoor Radio Unit for the network edge Aviat ODU600 next generation universal outdoor radio unit Aviat WTM 3000 advanced all-outdoor, all-IP radio

Interactive 3D models of the products can be found here.

Aviat Networks

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Backhaul for the Mobile Broadband or Wireless Broadband Network

Image via Wikipedia

As 2G and 3G networks enter the upgrade path to 4G wireless, it will require that more than the base stations receive new wireless solutions. The path to LTE wireless—odds-on favorite to be the dominant 4G technology—is paved with increasing data demand from smartphones, iPads, other tablet PCs, electronic readers and probably some other intelligent mobile computing devices yet to be imagined.

All these devices will place throughput demands on the base stations, which in turn will place greater demands on the mobile backhaul network. Even as 4G devices place demands on mobile backhaul, the 2G and 3G technologies will be in place for sometime, coexisting in the same networks with 4G. In these situations, IP/Ethernet will be the next-generation networks‘ transport technology of choice.

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Mobile Security Requires More Than Secure Wireless Devices

Image via Wikipedia

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:

View this document on Scribd 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)
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Welcome to the Wireless Transmission Blog

Here at Aviat Networks we are focused on everything that is wireless transmission. With so much happening in the wireless industry, we wanted to join in the conversation and share our experiences and insights on the trends, technology, and business.

If you are reading this inaugural blog post it is likely we have a lot in common. While the main purpose of this blog is to talk about wireless transmission, we will also cover topics such as network evolution, software usability, services, and more.

Our initial blog posts will cover topics leading up to Mobile World Congress 2011. Over the course of the next three weeks, we will offer timely coverage and video excerpts from the show to keep you up-to-speed on the latest and greatest.

We encourage you to be part of the conversation since just hearing from us would be like having a conversation with ourselves. New viewpoints and constructive feedback are always welcome and we looking forward to hearing from you!

The Aviat Networks Team

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Network optimization delivers mobile 3G and Internet to schools and rural Georgia Case study: Network optimization delivers mobile 3G and Internet to schools and rural Georgia
MagtiCom wanted to upgrade their existing 2G and 3G service to deliver mobile broadband services and to extend basic broadband to more schools and underserved rural areas. This required adding an Ethernet backhaul upgrade from every cell site. The network also needed traffic flow improvements to optimize the existing infrastructure. MagtiCom and Aviat Networks optimized all data application traffic flows and expanded the Eclipse™ TDM microwave links with Ethernet modules to form a new hybrid TDM + Ethernet transport network. The new Ethernet network provides carrier-grade, QoS enabled data transport for mobile broadband backhaul.
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High Frequency Trading: Time is Money Solution sheet: High Frequency Trading: Time is Money
The Eclipse Packet Node is a richly featured, transmission platform for packet networking, with extensive innovations for high performance radio transport and intelligent networking efficiency. A new plug-in card for Eclipse platform delivers ultra-low delay, for a total network latency that is 40% less than fiber optic networks of comparable distances.
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Eclipse IDU GE3 Ultra Compact Indoor Unit Data sheet: Eclipse IDU GE3 Ultra Compact Indoor Unit
The Aviat Networks Eclipse™ IDU GE3 16x indoor unit delivers the latest wireless backhaul technology designed for next generation 4G/LTE backhaul needs, in a compact space-saving package.
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Eclipse and Cisco Router Media Awareness Configuration Technical paper: Eclipse and Cisco Router Media Awareness Configuration
(registration required)
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What is Packet Microwave White paper: What is Packet Microwave
This white paper provides a definition of Packet Microwave radio systems and demonstrates how these systems along with Hybrid radio systems are providing an ideal solution for wireless backhaul for next generation mobile broadband networks.
Download



Eclipse Packet Node Intelligent Node Unit Data sheet: Eclipse Packet Node Intelligent Node Unit
The Eclipse™ Packet Node Intelligent Node Unit is a highly modular and scalable indoor unit that delivers a unique combination of high capacity hybrid or all-packet transport, Carrier Ethernet/IP networking, and comprehensive Mission Critical Microwave features, enabling operators to prepare for the all-IP future.
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Eclipse Packet Node (ANSI) Brochure: Eclipse Packet Node (ANSI)
Transforming networks to all-IP
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Eclipse facts

400,000 +

system shipped worldwide

Deployed in

170

countries worldwide

Microwave link over water of

193 km

the world's longest

What customers and analysts are saying

Rob Reish

Communication Manager, ODOT/OSP Wireless Section

Oregon has been a customer of Aviat's for well over 20 years. The reliability of the Aviat equipment has been phenomenal, and the installation and maintenance support from Aviat has always exceeded our expectations. We expect no less as we implement our new microwave network. Aviat's people consistently show that reliability and customer satisfaction are their primary goals.

John Tombleson

CFO, Safaricom

Aviat Networks has been a valued business partner to Safaricom and has worked closely with us from the time we started to build a GSM network in Kenya 13 years ago. With Aviat's ability to deliver a robust and cost-effective microwave solution, it made perfect business sense to choose them as one of our microwave transmission partners.

Airways

New Zealand

Aviat Networks technology is key to our planned network expansion. Future-proofing and reliability are why we invested in Aviat Networks' high quality networking technology.

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