Inveneo Broadband Internet Archives
- Posted by Inveneo on June 14, 2012 in the categories: News
Inveneo has a history of utilizing Ubiquiti products in our broadband deployments, and many Ubiquiti products are Inveneo Certified Solutions.
Now Inveneo is proud to announce that we are a Ubiquiti Authorized Training Partner and Jen Overgaag, our Senior Project Engineer, is a Ubiquiti Certified Trainer. On March 19-21, Jen traveled to Ubiquiti’s headquarters in Chicago, IL, to complete the first Ubiquiti Training Academy course – Ubiquiti airMAX Certification (UAC). Jen says:
“The Ubiquiti Certified Trainer course was an outstanding experience. The instructors Jamie, Salvador, and Matt were incredibly knowledgeable, adapted to the needs of a very diverse class, and created an environment where trainees could share their professional successes and challenges to learn from each other. I’m now armed with all the tools I need to be an effective trainer, and look forward to training our partners on networking with Ubiquiti solutions.”
As a Ubiquiti Certified Trainer, Jen joined the Ubiquiti training community and will bring enhanced skills-transfer techniques to Inveneo deployments around the world, increasing the capacity of our local ICIP partners and the ICT ecosystems in which they work.
- Posted by Inveneo on April 27, 2011 in the categories: News, Publications
Just 9.6% of the total population in Africa has access to the Internet. This is less than 1/5th and 1/6th of the rate in the Americas and Europe, respectively. But this statistic does not convey the real situation in the world’s poorest countries. Of Africa’s 48 sub-Saharan countries, 29 (60%) have total Internet usage rates (at any speed) of less than 3%, and 15 (31%) show less than 1%. Broadband access rates are far lower still.
Thus, while wireless broadband has exploded in much of the world, as the ITU’s 2009 report points out, there remains “a dramatic broadband divide, with very few fixed broadband subscribers or mobile broadband subscriptions in Africa.”
Inveneo believes that closing the broadband gap will require new, collaborative and low-cost broadband service delivery models. Moreover, we believe that the essential components of such a model already exist; what’s needed is a well-conceived and coordinated effort to bring them together in a functioning service delivery framework.
In the Accelerating Broadband to the First Mile white paper, Inveneo and our partners are working to define and deploy a novel, locally sustainable wireless broadband delivery model, starting in Haiti.
The Inveneo-led Haiti Rural Broadband (HRB) initiative is a collaborative program seeking to catalyze sustainable broadband access in underserved parts of Haiti. The program is founded on the idea that dramatic capital and operating cost savings can be realized through the use of ultra-low-cost wireless technologies, an emphasis on building local IT capacity to deploy and support broadband infrastructure and new approaches to cooperative network ownership and management.
HRB’s primary short-term objective is to bring affordable, reliable and sustainable broadband access to 6 regions and 20 currently un-served population centers across Haiti. The longer-term goal is to explore how the HRB model can be replicated in similarly rural and low resource areas across the developing world.
- Posted by Inveneo on March 23, 2011 in the categories: Economic Development, News, Projects
Inveneo engineers have been busy in Haiti! With our extension of the high-speed wireless backbone over an 82km wireless link from Port-au-Prince to a mountaintop site in the Central Massif, we shattered our previous internal record for longest link deployed, set in May 2010 and spanning 55km, from Port-au-Prince to Vallue.
This new long link is the first step in bringing broadband connectivity to nonprofits, public agencies and small businesses in the underserved Central Plateau and Artibonite Valley regions and beyond.
We put up this link with our standard long distance WiFi workhorse: the Ubiquiti RocketM5 radio with the 30 dBi RocketDish antenna. We were pleasantly surprised with the signal strength captured by this little dish on such a long link: up to a booming -74 dBm! (For the non-technical folk: smaller negative numbers mean greater received power).
We arrived at the installation site prepared to install the significantly larger 34 dBi RocketDish, but given the strong performance of the smaller model we decided to hold off installing the larger dishes until we can streamline them with aerodynamic covers called radomes to cut down on wind load. With conservative performance settings, we’ve been able to push 20+ Mbps over this link in both directions and expect to do much better once we put the larger dishes in place.
Wireless networks are relatively easy to deploy. This is one of the reasons they are such a good fit for the rural and developing world. After we identify a favorable relay location, we verify line-of-sight to an existing site using link analysis software and a site survey. Once we verify the link we position our engineers at each end with a small kit of gear. Though the rough roads in rural Haiti, Sub-Saharan Africa and elsewhere can make this process difficult, it’s certainly easier than digging 82km of trench and stringing 82km of cable or fiber.
With sites identified and the link verified, a few days of hard installation work is all it takes to get a broadband Internet connection on a remote rural hilltop in Haiti’s Central Plateau. While the logistics of getting the right people and equipment are not simple, they are made substantially easier by the compact rugged equipment we use and are by far easier than installing fiber or cable. Next stop: putting up distribution and last-mile links to bring Internet to organizations subscribing to this reliable connectivity throughout rural Haiti.
