Mesh Network

The AARC wrestled with establishment of a high-speed mesh network for several years.  The Broadband-Hamnet™ (BBHN) group developed a means to use off-the-shelf Linksys WRT54G/GL/GS wireless routers by developing firmware that changes the way the RF decks in these units work.  Instead of operating as wireless access points, the radios were used to communicate with other nodes to build an automatically configuring mesh network.

MESH Install at PANC Former Fire Station 2

While the technology worked, and converting these old “blue boxes” to MESH function is fun in its own right, it is somewhat cumbersome and not without expense (antennas, weatherproof boxes, power feeds, etc.).  Additionally, the stability of the boxes was sometimes a problem.  The developers of BBHN software were determined to move this technology to the next level.  They believed that switching their firmware development focus to newer, more robust gear offered by the Ubiquiti company was a better choice for Mesh development.   The new group is called the Amateur Radio Emergency Data Network (AREDN).  The AREDN effort has proven to be cost-effective, functional, and very well supported.   AREDN’s mission is to provide the Amateur Radio Community with a quality solution for supporting the needs of high-speed data in the Amateur Radio and Emergency Communication field.  In early 2016, the AARC made the decision to pursue development and installation of an area-wide high-speed MESH network based on the AREDN approach and technology.  We urge you to visit the AREDN website at to learn more.

The AARC MESH network is primarily operated on the 3.4 GHz amateur band.  The reasons for this are many, however, there are two that are specifically worth mentioning.  First, aside from an authorization for some military radio operations, there are no shared commercial frequency allocations within the 3.3 – 3.5 GHz band in the United States.  In short, we, as U.S. amateurs, have the band to ourselves.  Secondly, unlike the 2.4 GHz band (as used by the Linksys WRT54 routers), there are many “channels” available within the 3.4 GHz band.  To expand on this, there are 24 non-shared channels available to hams on 3.4 GHz while there are just 2 non-shared channels available on 2.4 GHz.  The decision to use 3.4 GHz was an easy one.   This is not to say that we don’t or won’t operate any 2.4 links, but 3.4 GHz is our primary choice.

Installation at Providence Alaska Medical Center.

The first links were installed in early 2016 which connected the AARC club station on Rowan Street, to a hillside node hosted at AL4G’s residence on the Anchorage hillside, to Providence Alaska Medical Center.  After that came a node at the Elmendorf Amateur Radio Society clubhouse on Elmendorf, a node at the Anchorage Senior Center, a node at the Alaska Native Medical Center warehouse on Tuttle Road, and finally nodes at Alaska Native Medical Center itself.  Additional nodes have been added, and continue to be added.  Our hope is to add connectivity to our directly served customers, such as the State of Alaska EOC, the Anchorage EOC, and others, as well as to provide access to our system from the Mat-Su Valley and even the Kenai-Soldotna areas.  A most  important node installation was that of a Sector node installed on Site Summit; this node provides access to the Anchorage MESH from the MatSu Valley area if anyone there is inclinded to do so. See the current node chart at the end of this page for a complete listing of active AARC Mesh Nodes.

The system has performed phenomenally well.  The nodes are easily managed “over the air”, thus virtually eliminating any need to visit a site unless some sort of hardware change or update is in order.  We now have a great tool called “MeshStat” that gives us a quick snapshot of our entire network at a glance.  On our major backbone links, we are seeing consistent throughput at 130 Mbps!

Services operating on the MESH include several VOIP telephones with a Raspberry Pi running a PBX (including video call capability), Winlink Post Offices, a very effective chat service, video feeds from IP cameras located at the RSOC, and internet gating for our two area APRS I-Gates.  Future services may include a shared file server, more IP cameras, weather station feeds, remote control of HF stations, repeater linking, and more.

The basics of MESH networking are actually quite simple, but the possibilities are endless.  We HIGHLY encourage users to install a node if you are able.  Your node not only gives you access to the MESH, but also helps BUILD the mesh and enhance its capabilities; your node effectively becomes an integral part of the MESH that can help move traffic more efficiently.

To learn more about the AARC MESH Network and how you can install your own node(s), visit the AARC clubhouse on a Working Wednesday, or contact KL5T directly (

MESH Access Nodes Information

AL4G Residence61.124614N149.719383W3.4 GHzRocket M3120 Deg SectorN/WKL7AA-ANCHILLN-RKM3SEC120-NW
Alaska Native Medical Center61.182940N149.800727W3.4 GHzRocket M3120 Deg SectorSouthKL7AA-ANMC-RKM3SEC120-S
Alaska Native Medical Center61.182940N149.800727W3.4 GHzRocket M3120 Deg SectorNNEKL7AA-ANMC-RKM3SEC120-NNE
Alaska Native Medical Center61.182940N149.800727W2.4 GHzAirRouter LPN/AN/AKL7AA-ANMCHOSP-ARAR-253
Alaska Native Medical Center Tuttle Warehouse61.165426N149.841639W3.4 GHzNanoStation M3N/A124 DegKL7AA-TUTTLE-NSM3-124
Alaska Native Medical Center Tuttle Warehouse61.165426N149.841639W2.4 GHzAirRouter LPN/AN/AKL7AA-TUTTLE-ARAR-252
Alaska State Troopers Volunteer Search and Rescue Cache61.179188N149.772809W3.4 GHzNanoStation M3N/ASSEKL7SAR-SARCACHE-NSM3-SSE
ANC Int'l Airport Former Fire Station 261.172593N150.008102W5.8 GHzPowerBeam M5 300N/A172 DegKL7AA-ANCFS2-PBM5300-172
ANC Int'l Airport Former Fire Station 261.172593N150.008634W3.4 GHzRocket M3RocketDish110 DegKL7AA-ANCFS2-RKM33G26-110
Anchorage Senior Center61.202810N149.857593W3.4 GHzNanoStation M3N/A070 DegKL7AA-ANCSRCENTER-NSM3-070
EARS Club Station61.260696N149.831753W3.4 GHzRocket M3120 Deg SectorSSEKL7AA-EARS-RKM3SEC120-SSE
KL5T Residence, Eagle River61.285068N149.481725WPart 15 WifiAirRouter LPTunnel ConnectionN/AKL5T-ARAR-150-EAGLE
KL7QN Residence61.121095N149.721812W3.4 GHzRocket M3120 Deg SectorWestKL7AA-ANCHILLS-RKM3SEC120-W
KL7QN Residence61.121095N149.721812W2.4 GHzAirRouter LPN/AN/AKL7AA-ANCHILLS-ARAR-254
Providence Medical Center61.188131N149.817116W3.4 GHzRocket M3RocketDish145 DegKL7PMC-PMCS-RKM33G26-145
Providence Medical Center61.188131N149.817116W3.4 GHzRocket M3RocketDish355 DegKL7PMC-PMCN-RKM33G26-355
RSOC61.159506N150.005156W2.4 GHzAirRouter HPN/AN/AKL7AA-AARC-ARHP-100
RSOC61.159506N150.005156W2.4 GHzAirRouter LPN/AN/AKL7AA-RSOCCLASSROOM-ARAR-250
RSOC61.159506N150.005156W2.4 GHzAirRouter LPN/AN/AKL7AA-RSOCBASEMENT-ARAR-253
RSOC61.159506N150.005156W5.8 GHzPowerBeam M5 300N/A352 DegKL7AA-RSOC-PBM5300-352
Site Summit61.258333N149.528333W3.4 GHzRocket M3120 Deg Sector310 DegKL7AA-SUMMIT-RKM3SEC120-310
Spenard - Hosted by KL7MM61.190679N149.911482W3.4 GHzNanoStation M3N/ASEKL7MM-SPENARD-NSM3-SE
Active MESH Nodes

Here are a few useful images relative to the Anchorage MESH network.

Anchorage MESH Status as of 2/7/2019

AARC – Hillside Node Link Signal to Noise Snapshot

South-facing dish at Providence Alaska Medical Center

RocketDish 3G26 Ready for Connectivity Testing

Site Summit MESH Node Overlooking Anchorage