See full version: Reviewed: Royal Caribbean VOOM Internet at Sea (Speed, Features, and More)
What if you just want to hop online for a single day or just for a few minutes to check email? On our cruise there were time blocks available for purchase, as well as a daily rate that was higher than the multi-day package rate. In our case, we paid $26.99 to access the “Surf+Stream” service for a single day, which was a slight discount to the $29.99 advertised because of our loyalty status on the cruise line.
The sign-up process for Royal Caribbean’s VOOM service was extremely simple. First, passengers enable wi-fi on their device and then select “royal-wifi” from the list of available connections. more
The service did allow us to stream content (more on this below), but the speed was significantly slower than we are used to from home Internet. here
You don’t have to enter any billing information as the cost of the service will charge to your onboard account. more
During the height of the Cold War, the USSR often transmitted weakly encoded messages between two of its major naval bases. Strong encryption was a bother—and also overkill—thought Soviet officers, as the bases were directly linked by an undersea cable located in sensor-laden Soviet territorial waters. No way would the Americans risk World War III by trying to somehow access and tap that cable. They didn’t count on the U.S.S. Halibut, a specially fitted submarine capable of slipping by Soviet defenses. The American submarine found the cable and installed a giant wiretap, returning monthly to gather the transmissions it had recorded. This operation, called IVY BELLS, was later compromised by a former NSA analyst named Ronald Pelton, who sold information on the mission to the Soviets. Today, tapping submarine communications cables is standard operating procedure for spy agencies. here
In 1854, installation began on the first transatlantic telegraph cable, which connected Newfoundland and Ireland. Four years later the first transmission was sent, reading: “Laws, Whitehouse received five minutes signal. Coil signals too weak to relay. Try drive slow and regular. I have put intermediate pulley. Reply by coils.” This is, admittedly, not very inspiring. (“Whitehouse” referred to Wildman Whitehouse, the chief electrician of the Atlantic Telegraph Company, who we’ve discussed previously.) For historical context: During those four years of cable construction, Charles Dickens was still writing novels; Walt Whitman published Leaves of Grass; a small settlement called Dallas was formally incorporated in Texas; and Abraham Lincoln, candidate for the U.S. Senate, gave his “House Divided” speech. more
Ninety-nine percent of international data is transmitted by wires at the bottom of the ocean called submarine communications cables. In total, they are hundreds of thousands of miles long and can be as deep as Everest Is tall. The cables are installed by special boats called cable-layers. It’s more than a matter of dropping wires with anvils attached to them—the cables must generally be run across flat surfaces of the ocean floor, and care is taken to avoid coral reefs, sunken ships, fish beds, and other ecological habitats and general obstructions. The diameter of a shallow water cable is about the same as a soda can, while deep water cables are much thinner—about the size of a Magic Marker. The size difference is related to simple vulnerability—there’s not much going on 8000 feet below sea level; consequently, there’s less need for galvanized shielding wire. Cables located at shallow depths are buried beneath the ocean floor using high pressure water jets. Though per-mile prices for installation change depending on total length and destination, running a cable across the ocean invariably costs hundreds of millions of dollars.
In describing the system of wires that comprises the Internet, Neal Stephenson once compared the earth to a computer motherboard. From telephone poles suspending bundles of cable to signs posted warning of buried fiber optic lines, we are surrounded by evidence that at a basic level, the Internet is really just a spaghetti-work of really long wires. But what we see is just a small part of the physical makeup of the net. The rest of it can be found in the coldest depths of the ocean. Here are 10 things you might not know about the Internet’s system of undersea cables.
If you think replacing that one Ethernet cable you can’t quite reach behind your desk is a pain, try replacing a solid, broken garden hose at the bottom of the ocean. When a submarine cable is damaged, special repair ships are dispatched. If the cable is located in shallow waters, robots are deployed to grab the cable and haul it to the surface. If the cable is in deep waters (6500 feet or greater), the ships lower specially designed grapnels that grab onto the cable and hoist it up for mending. To make things easier, grapnels sometimes cut the damaged cable in two, and repair ships raise each end separately for patching above the water.
Alan P | 04-14-2014
Average install time
26.3 days
Latency (ping)
00 ms more
Average upload speed
52.4 Mbps more
Moving towns or switching internet providers can be confusing and stressful. Comparing internet providers against the averages in the Brooklyn area can help you choose the right internet and get back to your life.
Average speed
300.5 Mbps
100%
Availability
100%
Coverage
Some of the most expensive homes in Oklahoma can be found in Broken Arrow, the state's fourth largest community. The blue- and white-collar residents are well-educated and upper-middle class. Broken Arrow residents rely on their internet services to connect pursue educational and career goals. Although just 65% of Oklahoma has access to high-speed internet, 100% of Broken Arrow does.
100%
Availability
(Internet faster than 25 Mbps)