Tag: marine networks

Articles

Fibre-to-the-basement broadband could be seen as a way to add next-generation broadband to a marina

Hyperfast broadband for boats in London’s South Dock marina | ThinkBroadband

Fibre to the barges: Hyperoptic connects houseboats to gigabit broadband | Recombu

UK ISP Hyperoptic Touts Hyperfast 1Gbps Fibre-to-the-Boat Broadband | ISPReview.co.uk

London marina boats get faster broadband than most UK homes | Cable.co.uk

From the horse’s mouth

Hyperoptic

Press Release

My Comments

There are some of us who use boats for more than just sailing around. For some of us, they are our residences but whether you are at a marina or tying up at a quiet shore, the issue of broadband can be a limitation.

Typically, if a marina provides broadband Internet service to its tenants, this would be in the form of Wi-Fi provisioned in the same vein as a hotel’s or caravan park’s public-access Wi-Fi service. This typically involves a few Wi-Fi access points over the marina’s area and a Web-based login experience. On the other hand, if there isn’t any Wi-FI Internet, the sailor would have to use a USB wireless-broadband dongle or a Mi-Fi router to get broadband on the boat and most of these services aren’t very good value for money especially for those who live on a boat.

A dual-WAN router like thsi one coudl earn its keep on a houseboat or yacht

Now Hyperoptic have worked with the Southwark Council in London to provide a more exciting broadband service to sailors who live at the South Dock Marina. They have implemented the same technique used to provide “fibre-to-the-building” or “fibre-to-the-basement” next-generation broadband to multi-tenancy buildings, work they are familiar with, to setting this marina up for wired broadband.

Here, they have a communications hub installed at both the South Dock marina and the Greenland Dock marina along with Cat5e Ethernet cabling toe each of the residential berths. The resident sailors would need to drop an Ethernet cable between the facilities box on the berth and their boat and use a wireless broadband router with Ethernet WAN connection to distribute the broadband across their craft while they are moored at the dock. Of course, the “Mi-Fi” would still be needed when you are out sailing, but this need could be served better through the use of a dual-WAN router that uses a USB connection for mobile-broadband modems as a WAN option.

They subscribe to a private Internet service similar to what we would subscribe to at home or in our businesses and can benefit from broadband and landline packages with 20Mb/s, 100Mb/s and 1Gb/s bandwidth depending on the package. At the time of the press release, there has been at least 50% takeup of these services which I see as being of promise for this kind of service.

Here, this dodges the bullets associated with the metal construction associated with most craft or mobile-broadband plans that are either capped or charged at exorbitant rates.

Using the fibre-to-the-building method of deploying broadband to a marina that has a significant number of people living “on-board” could make for a value-added extra especially in any of the “new shoreline suburbs” cropping up in most of the cities where each of these developments has to have a marina. Tie this with next-generation broadband service plans that are sold “by-the-month” or in a manner that appeals to occasionally-occupied premises and this could appeal to more sailor types.

Article – From the horse’s mouth

Netcomm

NTC-30WV-02 – Marine WiFi Router : NetComm Wireless (Product Page)

My Comments

You have that narrowboat, houseboat or large cabin cruiser that has effectively become your home away from home. In some cases, you may be spending a lot of your retirement years on this boat. But what about your Internet connection?

Netcomm have answered this need with their NTC-30WV-02 which is a “Mi-Fi” router that is optimised for the marine life in freshwater and saltwater. It works with most 3G wireless broadband services which will cover most inland freshwater and 60km off the Australian coast. That figure may be accurate for the East of Australia and similar coastlines that have many towns and cities and use the 800Mhz and 950Mbz spectrum for 3G wireless broadband.

For the LAN side of the equation, it uses 802.11n dual-stream MIMO for the Wi-Fi segment and 10/100BaseT Ethernet as its wired segment. This is being pitched not just for smartphones, tablets and laptops but also for network-capable navigation devices that will start to exist on the bridge of many pleasure craft.

Both sides of the equation are serviced by proper user-replaceable dipole aerials (antennas) which have a greater chance of yielding better 3G and Wi-Fi performance than the typical “Mi-Fi” router with its integrated aerials. It also could mean that a boatie could install stronger 3G aerials on this 3G router to satisfy more reliable performance when the anchors are up or they decide to

The same device also has a socket where you can connect a standard telephone handset or analogue / DECT cordless base station so you use the 3G connection to make and take calls on the boat. This can make things “sound normal” if you want to contact someone on land or they want to contact you out on the water because of the mobile number associated with the SIM card associated with your service.

This modem would come in to its own with “shared” and “family” data plans that cover multiple devices and use a large data allowance. But it can come in handy with “high-end” data and mobile plans that have higher data capacity if this is your sole connection like, for example, a retiree who lives out on the water.

The device can connect to a 12VDC 580mA (peak-demand) power supply which would apply to most of the “live-in” boats.

What I would like to see for this device is some support for WPS-PBC connectivity such as a membrane switch or terminal block so one can add on a “WPS PBC connect” button. Here, this can provide the quick wireless-network enrolment for devices and software that support it like Windows 7/8 computers, Android phones and most consumer electronics.

Similarly, this unit could be in a good position to support the new Wi-Fi PassPoint standards for hotspot login especially on the WAN side. Here, this function, along with a “range extender” or Wi-Fi to Wi-Fi routing function would team up well with the increasing number of marinas that are offering complementary Wi-Fi hotspot service as a service to the boaties who moor there. These features could cut out the extra hassle required with logging in to the Internet service whenever they arrive and tie up; and could allow for seamless cost-saving handover between Internet services.

Who know what this device and others like it could offer to the pleasure-boating community who work the coastline or inland waterways of many different countries in their vessels.