TimSpencer
Train Attendant
- Joined
- Sep 29, 2008
- Messages
- 65
how fast is the wifi connection on Amtrak trains? (between DC, Chicago, NYC)
thanks!
thanks!
In my experience, the WiFi speeds have improved on the NEC. Was better last fall, even for full trains before the 4G upgrades AFAIK. That is for the Regionals, I can't speak for the Acelas because I have not taken one recently. Amtrak has upgraded the Acelas to 4G, and is in the process of doing so for the Regionals and eastern Amfleet I equpped trains, although they may have completed the upgrade by now.how fast is the wifi connection on Amtrak trains? (between DC, Chicago, NYC)
guess I'll have to use the proxy service to get around video blocking... I assume it's the same method they use on airplanes? I managed to use Netflix... video quality was low, but watchable on planes.I'm writing this from 2117 and the connection has been quite good. No videos of course, as that is blocked, but otherwise service had been decent. Yes, it's not a cable connection, but general navigation and page loading has been fine.
Once I was just dying to get video for a game on WatchESPN while I was on board a plane and paid for WiFi. It was GoGo on United, and their terms were that they wouldn't block video outright, but that they reserved the right to assign preferences if one user managed to hog up the bandwidth. At times it was OK, but most of the time the quality was low and it would occasionally drop out due to inadequate bandwidth. It was perfectly adequate for low bandwidth stuff like news websites. I also let my wife use it for a couple of hours.guess I'll have to use the proxy service to get around video blocking... I assume it's the same method they use on airplanes? I managed to use Netflix... video quality was low, but watchable on planes.I'm writing this from 2117 and the connection has been quite good. No videos of course, as that is blocked, but otherwise service had been decent. Yes, it's not a cable connection, but general navigation and page loading has been fine.
but that's probably useless if the wifi is so slow.
It will be if you bypass things & try to stream video. Remember, this is nothing more than a cell phone connection. Just using your own cell phone to stream isn't exactly efficient and fast.guess I'll have to use the proxy service to get around video blocking... I assume it's the same method they use on airplanes? I managed to use Netflix... video quality was low, but watchable on planes.I'm writing this from 2117 and the connection has been quite good. No videos of course, as that is blocked, but otherwise service had been decent. Yes, it's not a cable connection, but general navigation and page loading has been fine.
but that's probably useless if the wifi is so slow.
I've mentioned that Amtrak has WiFi at several waiting rooms. The speed at NY Penn Station was really, really fast. Even with dozens of people using it, the speed was still fast because they probably had a fast source.I have never been on the train in an area that has WIFI but I had to laugh at the title of this thread. How fast is anything that is associated with Amtrak? Some things are but some not so much. Dan
Ditto. There was a Mother and Daughter who got on 66 with me in BC and they were streaming Netflix. Which slowed the connection down quite a bit.It is just rude to try to bypass the block and stream video. The service is slow enough as it is - don't make it suck for everyone else.
WASHINGTON – Amtrak has upgraded its AmtrakConnect cellular-based Wi-Fi service to take advantage of 4G technologies that are improving performance and enhancing the passenger experience.
The 4G upgrade is already complete on Acela Express and the California-supported Capitol Corridor, Pacific Surfliner, and San Joaquin services, and will be rolled out to all remaining Wi-Fi equipped Amtrak trains by late summer, including the Northeast Regional.
“We continue to place a strong focus on improving customer satisfaction, and this upgrade is delivering the improved speeds and connectivity required to maintain a competitive edge,” said Deborah Stone-Wulf, Amtrak Chief, Sales Distribution and Customer Service.
Acela passengers have already been noticing a positive improvement in performance and have been commenting publically through social media.
Stone-Wulf explained that AmtrakConnect continues to be provided at no additional cost, is available on trains that serve 75 percent of Amtrak passengers, and routinely supports between 30 and 50 percent of passengers on a given train.
While cellular upgrades to 4G are improving the service, the onboard demand for data continues to grow. To maximize the Wi-Fi experience for passengers, data-heavy activities that can slow everyone down, such as streaming video and music, and file downloads larger than 10MB, will continue to be restricted. This will ensure high-volume data users onboard the train are not able to degrade the Internet experience for others.
Ericsson makes bus windows part of a Wi-Fi network
Ericsson may have a contender for oddest networking product if it commercializes the wireless bus windows it demonstrated at this week's CTIA Wireless trade show.
The windows would have built-in, translucent antennas connected to an internal Wi-Fi system for passenger use while on the road. In the example Ericsson showed at CTIA, the dual-band Wi-Fi antenna was just a square of barely visible red metal embedded between layers of glass.
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Ericsson's solution had its origin in a problem for wireless users on buses, cars and trains. [emphasis added] For insulation and sun protection, some windows are now being built with thin, translucent layers of aluminum sandwiched between glass. Combined with the metal that covers the rest of a vehicle, those windows essentially create a so-called Faraday cage, a box that blocks all outside radio waves, said Bryan Coley, a marketing program manager at Ericsson.
Travelers in such a vehicle can't get online using the outdoor cell network, because it's signals are blocked. But Ericsson researchers decided to use the metal-in-glass principle to their advantage by building antennas into the windows along with the insulating metal. Though the window antennas are simple passive antennas, each one reinforces the internal network's signal.
The resulting network becomes like an in-flight Wi-Fi system on an airliner. Passengers log in to an internal Wi-Fi network that uses a longer range technology, such as LTE, to connect to the outside world.
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