WTM 4000 all-outdoor, IP-SDN radio

WTM 4000 is an ultra-high capacity,
all-outdoor microwave radio

It is the FIRST ever radio purpose built for SDN. It meets today’s cost and capacity challenges, and protects you from an uncertain future.

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 Buy this product online!

Did you know you can now purchase the WTM 4000 online in our Aviat Store? Click here to find out more.

Interference is becoming more common, and more difficult to deal with to ensure reliable link operation in poorly regulated or congested frequency environments.

WTM 4000 now includes a built-in spectrum analyzer, which gives you the power to:

  • Detect interference;
  • Determine alternative channel options;
  • Discuss elimination of the source with your regulator; and
  • Deliver your services, reliably.

Find out how to enable this feature in our application note.

Need more info? Email us
Unboxing the WTM 4000
Powering Up the WTM 4000
Overview of WTM 4000 Ports
WTM 4000 – Software Licensing

WTM 4000 benefits

  • Save money – less cost per bit, less power consumed per bit than any other microwave radio. Plus all-outdoor deployments reduces power, space and cooling costs of indoor equipment
  • Meet capacity demands – ultra high capacity to protect your network from pending traffic growth
  • Prepare for the future – supporting a variety of SDN protocols, WTM 4000 is the industry’s first ever radio purpose built for SDN and IP/MPLS networks

The most capable microwave radio ever.

Check out this video for more details about the Aviat WTM 4000.

WTM 4000: The industry’s highest capacity microwave radio

Highest capacity in single transceiver radio, exceptional price / performance with:

  • 2.5Gbps (single radio – 2x112MHz channels)
  • 1.5Gbps (single radio – 2x80MHx channels)

Adaptive dual carrier (A2C) feature enables 2 channels over single transceiver leading to 2x more capacity than single header radios or ½ the transceiver hardware compared to dual-header radios. Which means, less cost and power consumption per bit… and of course more capacity.

Find out more about A2C – register and download our white paper

Other capacity features include:

  • 112MHz channels,
  • 4096QAM,
  • Header compression and other capacity enhancement techniques.
  • Support for high capacity multi-channel configurations. For example, link capacities of >1 Gbps can be achieved using 4 x 28MHz channels (4+0), using 2048QAM modulations, for frame sizes of 1518 bytes or less.

WTM 4000 The industry’s highest capacity microwave radio

Pay for use software

WTM 4000 is the first and only radio with optional pay for usage software, so you never have to worry about managing another software feature license ever again.

Achieve lower prices and simplify your life.

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Purpose built for SDN

WTM 4000 is the only radio platform prepared for:

  • SDN,
  • Open Flow,
  • Open Daylight,
  • NetConf and
  • YANG

Bottom line is, the WTM 4000 can fit into any operator SDN ecosystem.

Click on image above to zoom in

Automation with AviatCloud

WTM 4000 is integrated with AviatCloud apps to deliver optimum simplicity in design, deployment, and management.


Instructional Vidoes on our WTM 4000 Videos: Instructional Vidoes on our WTM 4000
Check out our YouTube channel for a series of instructions videos for our WTM 4000 all-outdoor, IP-SDN radio
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Aviat Networks is Leading SDN's Entry into Microwave White paper: Aviat Networks is Leading SDN's Entry into Microwave
Aviat's Proof of Concept with Bouygues Telecom promises automation, OPEX savings...
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MPLS + SDN + NFV World Congress Public Multi-Vendor Interoperability Test 2017 White paper: MPLS + SDN + NFV World Congress Public Multi-Vendor Interoperability Test 2017
The European Advanced Networking Test Center and Upperside Conferences invited interested vendors to our public multi-vendor interoperability test and showcase at the MPLS + SDN + NFV World Congress 2017. All 15 participants, including Aviat Networks, were able to actively shape the program and set the course during the preparation of the hot-staging. The hot staging itself was a closed doors fully immersive test event taking place at EANTC’s lab in Berlin, with the whole set-up being transported and demonstrated live at the Paris conference. Successful results are published in the white paper.
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WTM 4000 all-outdoor, IP-SDN radio (ANSI) Data sheet: WTM 4000 all-outdoor, IP-SDN radio (ANSI)
The WTM 4000 microwave solution from Aviat Networks delivers ultra-high capacity capability in single or dual-header architecture options, optimized for all-outdoor applications. With up to 2.5 Gbit/s of throughput and cutting edge microwave networking features, such as unique A2C, the WTM 4000 sets a new benchmark for 4G and 5G backhaul requirements.
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WTM 4000 all-outoor, IP-SDN radio (ETSI) Data sheet: WTM 4000 all-outoor, IP-SDN radio (ETSI)
The WTM 4000 microwave solution from Aviat Networks delivers ultra-high capacity capability in single or dual-header architecture options, optimized for all-outdoor applications. With up to 2.5 Gbit/s of throughput and cutting edge microwave networking features, such as unique A2C, the WTM 4000 sets a new benchmark for 4G and 5G backhaul requirements.
Download


WTM 4000 Adaptive Dual Carrier (A2C) White paper: WTM 4000 Adaptive Dual Carrier (A2C)
This papers describes how Aviat A2C is implemented, and compares this to alternative approaches available in the market today. Please register to download this paper.
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WISP Blog Series: High Quality Doesn’t Have to Mean High Cost

For new entrants and smaller WISPs, cost is often the major factor in infrastructure procurement. However, many WISPs who used to be in those categories are today enjoying significant growth, prompting them to rethink infrastructure investments as part of their overall business plan.

Read post

Richard Webb

Research Director, IHS Markit

I am encouraged to see Aviat's focus on network automation and SDN," says Richard Webb, research director at IHS Markit. "Automation will be an essential tool to simplify networks and reduce OPEX. Support for SDN protocols will be essential to meeting operator goals of standards-based, network-wide automation across microwave and fiber technology as well as core and access network domains

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