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Andrew Holod

Demystifying Streaming Devices and Services

By Internet

You may have seen our web pages related to “cutting the cord.”  If you are not familiar with the term, it signifies leaving behind the expense of cable television and replacing it with Over-the-Air tv stations often augmented with streaming services.  An Over-the-Air TV station is what we typically think of as “network television,” ABC, CBS, Fox, NBC, PBS etc.  A streaming service allows you to access digital content such as music, movies or TV shows, via your internet connection.  To stream content, you will need a data connection, a device to stream the content and a service to provide the content. This blog will walk you through the basics of streaming devices and services.


Your data connection could be from your mobile phone provider or DC Access.  Using your home’s internet connection is usually the most economical way to stream content as DC Access does not impose data limits on your connection.  Suggested speeds for streaming content range from as little as 384 kbps for a standard quality audio stream up to 25Mbps for a 4k video stream (we’d recommend our Turbo plan for 4K streaming).  Keep in mind that this is the bandwidth needed solely for streaming, if you have another user or device that needs a connection, you’ll need additional bandwidth (kids watching one show while a parent watches sports elsewhere).


Most cord cutters are seeking to watch video streams, so you’ll need a device with a screen. There are a number of ways to do this including smart televisions, smart phones, tablets, game consoles, and stand alone streaming devices which interface with an existing TV.  Many TVs made in the last 4-5 years, from high end Sony, Samsung and LG models all the way to TLC and Hisense value screens, have operating systems and interfaces that allow you to access most streaming services using your regular remote. Apple  and Android devices and game consoles such as a PlayStation or Xbox can access the services through an app.   Finally and perhaps the most popular is through a set top box or dongle such as Apple TV, Google Chromecast, Roku, Fire TV, or Tivo. Due to wireless interference in DC, we recommend hardwiring your streaming devices to your router, rather than connecting to your wireless network.


Whew!  Finally we get to the part where you get to select what you want to listen to or watch.

Audio streams essentially replace traditional radio or physical media like vinyl or CDs, with a nearly endless choice of artist and genre available at your fingertips.  Some of the most popular audio streaming services include Pandora and Spotify, which offer ad-supported free streams as well as paid, ad-free content. Youtube Music (Google) and Apple Music and great options for folks who already have these company’s mobile devices. If you have high fidelity aspirations or are really into music, Tidal and Qobuz offer particularly high quality audio streams that offer quality higher than CDs. Finally, Amazon Music Prime is a good choice for subscribers to Amazon Prime. It also offers a great transition to talk about video streaming options, as Amazon Prime Video is also included in that annual subscription.  

Options for video streaming services seem to be expanding daily.  Sling, Hulu and Philo (no sports) are the best alternatives to cable TV. Netflix has a broad range of content, while Disney+ and ESPN+ offer more targeted content.  Peacock, Paramount+, AppleTV and HBO Max all offer additional content.  Don’t forget that if you are a DC resident our library system offers numerous options for no cost streams of video and audio.  This is by no means an exhaustive list, but I’m exhausted, so that’s it for listing options.

So, to use a streaming service you’ll need: a connection to the internet, a device to listen to or watch your content and a streaming service to provide the content.  

As a reminder, DC Access doesn’t ask you to sign a contract, so if you need more speed for your streams, just reach out to or call us 202.546.5898. We can upgrade your speed remotely and usually within an hour or two.

Smart Homes, IOT and Your Connection

By Internet

Nowadays your home is more connected than ever. We’ve progressed from single copper line for phone service, through cable and satellite tv (forget about those ‘80s era 10 foot dishes) to wireless broadband internet and data over fiber optic cable. 

Images L to R: Leo Reynolds/Flickr, Carbon Arc/Flickr, JASE Group/Flickr, BigRiz/Wikipeida

You can also automate and connect nearly everything in your home to the internet, which allows remote access using your home’s internet connection.  These devices are variously called “smart home”, “connected” or “wifi capable.”  These smart home devices range from the  potentially useful such as security cameras, door locks and door bells, lights, thermostats and audio systems.  Others are of more dubious utility; such as operating your oven and viewing the food inside (in HD mind you) or starting your clothes washer over the internet.  

Finally, there is what is called the Internet of Things (IOT), where devices connect to the internet.  We’ll leave the utility judgment about some of these to you, but we think the $700 Wi-Fi connected juicer (really!, watch the video for a laugh) and $400 toothbrush that takes photos and video of your teeth while brushing border on the truly ridiculous.

What all of these things have in common is that they use part of your connection’s bandwidth.  Security cameras uploading a live stream of video use the most bandwidth.  Nest cameras recommend at least 3 Mbps of upload capacity for maximum resolution video, Ring suggests 2 Mbps. Others, such as lights and thermostats, use less.  

What you need to know is that when these are using your bandwidth, you have less to use for other online services, such as Zoom, Microsoft Teams, VPN, audio streaming or general web use.  

We also recommend choosing devices that offer either a wired connection or are labelled as “dual-band” (including the 2.4Ghz and 5Ghz bands) as these will provide a more robust connection to our routers and better service from your new devices.

If you are contemplating upgrading or adding any of these devices to your home, it may be a good idea to review your internet service and confirm you have sufficient bandwidth to support your new needs.  We would generally recommend our Essential Plus or Turbo plan to support most of these devices.  Call us at 202.546.5898 or drop us a note if you have questions about which plan may be right for you.

Clarifying Cable and Router Types: Ethernet, Coaxial, and Fiber

By Internet, WiFi

Occasionally customers want to reuse their old internet equipment when setting up service with DC Access.  Minimizing e-waste is great, but not all equipment is the same and can work with DC Access.  Let’s clarify the main types of data connections used on devices that work with DC Access equipment.

Ethernet is the standard for data transmission.  This is the type of cable DC Access uses to connect rooftop antennas to routers and routers to home plugs or other “hard-wired’ devices. They have 8 conductors terminated in a clear plastic housing (often with a black or colored boot over the clear part) that will give an audible click when installed properly.  You may see terms such as Cat5, Cat 5e, Cat 6; these are standards which define the maximum speed the cable can pass.

Here you can see the icon for Ethernet connections, an Ethernet port and cable termination for Ethernet cable.

Peter Trieb, Public domain, via Wikimedia Commons; Eyreland, CC BY-SA 4.0

Coaxial is most often used to deliver video in the form of cable television services or from an antenna, and may also be used for passing data.  When used for data, this type of connection and cable is most often used by cable companies such as Comcast, Charter, Cox, Frontier etc. It is terminated in a threaded metal connector with a single conductor or wire extending from the middle of the cable.  It must be screwed onto the terminal on the back of a device such as a cable modem or television. This type of connection will not work with DC Access equipment. 

Here you can see a coaxial cable.

AleiPhoenix, CC BY-SA 3.0, via Wikimedia Commons, cropped

Fiber Optic uses bursts of laser light to carry data.  An example of a typical fiber interconnect is shown below.  This type of cable is used with a Fiber connection such as Verizon/AT&T’s FIOS or Google Fiber.  Usually, once the fiber connection terminates in the user’s home, an Ethernet cable is used to interconnect the router.  If you are switching from a fiber provider, your current router will not work with DC Access.

Examples of a combination cable modem/router, an ethernet router:


Note the round, shiny bottommost post on the router on the left, this is for a coaxial connection.  The router on the right shows ethernet connections in blue and yellow (along with white usb ports for additional devices).

Wifi, what?

By Internet, WiFi


At its most basic W-Fi is a way to share information wirelessly. The technology is certified by a non-profit alliance that sets standards, including radio frequency, power, security encryption protocols and more, so that any wi-fi device can “speak” to another.

Wi-Fi works best when the connected devices have a ‘line of sight,” another way of saying there is nothing in between your router and device.  Wi-Fi connections are weakened to a greater or lesser extent by anything between the radio and connected device. Examples of things which may weaken your connection include interior or exterior walls, furniture, appliances, people’s bodies and more.  

There have been 6 generations of wi-fi technology that have been used in consumer products. They are named a, b, g, n, ac, and ax.  With the last 3 recently renamed Wi-Fi 4, 5 and 6 respectively.  The latest generations offer faster speeds, improved efficiency and better resistance to wireless interference in high-density scenarios (like our neighborhoods).  DC Access currently deploys Wi-Fi 4 and 5 routers to our clients.

The latest generations of Wi-Fi use multiple frequencies; 2.4 GHz, 5 Ghz, and in Wi-Fi 6E 6 Ghz. The 2.4 Ghz band has long range and good wall penetration, which is both good for your connection and bad in terms of interference from neighbors.  The 5Ghz band is weakened more rapidly by walls, so you’ll see less interference when using your “.5g” network. The 6Ghz band offers the fastest possible speeds but is not in broad use yet.

While the different generations of wifi can pass data between them, the speed for any attached device will be capped at the limit of the slowest link in the chain, from your connection to the router or device.  So if you are set to our Essential Plus service level, your maximum speed will be limited to around 25 Mbps downloads regardless of how fast your wifi connection is.

A few key points to keep in mind:

  • A wired connection will almost always be faster and more secure than Wi-Fi.
  • Minimizing obstructions between your router and device will likely improve the performance of your connection.  
  • 5 Ghz frequency is weakened by walls, so the connection will have less interference and more stability than the 2.4.
  • Having a faster wi-fi network may help your connection, but it can be limited both by speeds elsewhere in your network (your slowest/oldest device) or from outside interference (other routers broadcasting on the same frequency)

Sources and Additional Reading

Ars Technica The Ars Technica semi-scientific guide to Wi-Fi Access Point placement 2/23/2020 –

Fowler, G.A. (4/29/2020) Bad WiFi is slowing you down. Fix yours without spending a dime. Washington Post – 

Microsoft Wi-Fi problems and your home layout – 

Wi-Fi Alliance –

Wikipedia –