Author: racefiberblog

8 Elements that Make the Best Internet for Gaming 

racefiberblogLeave a comment

With more than 2.5 billion video gamers around the world, it’s no surprise that we are often asked, “what should I look for to find the best internet for gaming?” The answer to that question is complicated, so today, we’re walking you through eight elements that create the best internet for gaming. These suggestions will help you narrow down providers and find a service that fits your needs. By the end of this article, you’ll be ready to find internet solutions that allow you to play on– and smoothly!

1. High-Speed Connections

Slow internet makes for a terrible gaming experience and is definitely not the best internet for gaming. If speeds are slow, you’ll be met with freezing and lagging, which will ruin your game. To improve your gaming experience, you need to have high-speed internet. Ideally, 35 Mbps or higher to help you avoid lag time and latency issues. This will also allow you to communicate in real-time with your friends while gaming. 

2. Check into Latency

You want the best internet for gaming, and latency plays a huge role in this!  Latency is the average time it takes your gaming device to send the data to the game server and then send it back to you. Latency is measured in milliseconds and pings. Pings are how fast you get messages from other players or your gaming server after making your move. The lower your latency, the better. Lower latency allows for smoother gameplay. 20ms – 40 ms is optimal, but anything under 75- 100 ms is acceptable for gaming. You’ll achieve these speeds by investing in high-speed internet combats latency by enabling data to be sent and received quickly. 

3. Low Lag Time 

Lag time is the time difference between your gaming server sending information and your screen displaying it. Essentially, it’s how long it takes to see the commands you input into your controller shown in action on the screen. For optimal gaming, lag time should be to be less than 15ms. High-speed internet plays a role in lag time, but you also need to play on a monitor or TV with a high refresh rate (sometimes referred to as game mode). A screen designed for gaming will maximize your experience by reducing lag time. 

5. Reliability Reins 

When you’re gaming, you want internet that won’t quit! Fiber optic internet is a great option when it comes to reliability. Fiber is composed of tiny glass strands that send data through light. Because of this, it’s less susceptible to power outages and weather extremes that are known to cause loss of connectivity in other types of internet. 

6. Avoid Data Caps

Gaming requires a lot of data. You’re constantly sending and receiving information, and it adds up quickly.  Some internet providers place limits on the amount of data that you can use in a given month. How a provider caps your data can vary, some providers slow down your speeds while others charge you data overages. This isn’t ideal for a gamer! Instead of worrying about data caps, choose an internet provider with unlimited data. 

7. Bandwidth Is Critical 

Bandwidth is the maximum amount of data your internet can handle. When you are gaming, high amounts of data are sent over your internet connection. Due to the volume, there’s a demand for plenty of bandwidth to keep up. 

In addition, remember that bandwidth is affected by ALL devices in your home. For example, if you’re gaming and someone else is streaming a movie in the next room over, it can slow down your connection causing a less than stellar gaming session. To combat this, look into fiber internet. Fiber is better suited to handle the demands of a connected home.

8. Hardwired Connections Improve the Experience 

The type of internet and speed will only get you so far searching for the best internet for gaming. You’ll also need to consider how you are plugging into your internet connection. Wifi is highly convenient, but internet speeds are not typically as fast as a hardwired connection. In addition, a lot can affect your wireless connection, such as distance from the router or how many devices are connected to wifi. Connecting your gaming device straight to a dedicated ethernet port can help you maintain fast speeds and eliminate any wifi bandwidth issues. 

Conclusion! Play On and Find the Best Internet for Gaming! 

Now you understand what elements you’ll need to find the best internet for gaming. Take these eight considerations with you on your search for internet providers, and you’ll be well on your way to finding the best services for you. And fewer internet issues = more time for gaming, so take the time to find a provider that works well for you and your lifestyle. Are you looking for high-speed, reliable internet for gamers, contact our specialists at 877-722-3833 or submit an inquiry and we will help you pick the right service for you. 

What Does It Take To Get Fiber In Your City?

racefiberblogLeave a comment

High-speed internet allows businesses and residents alike to connect to the world. In addition, faster internet will improve your online experience for education, businesses, and entertainment. At Race, we are committed to bringing high-quality, affordable internet infrastructure to communities across the state of California.

However, before our fiber network becomes available to the community, there are several steps that need to take place. Bringing our services such as fiber internet into communities is an in-depth project that takes extensive research and planning, not to mention the actual building of the network and infrastructure. Today we are giving you a behind-the-scenes look and breaking down what it takes for Race to come to your community. Let’s go!

What is internet infrastructure? 

Before we get into how to build an internet infrastructure, let’s define it. Internet infrastructure is the framework of the internet. It’s made of physical hardware, transmission media, software, and cables that connect everyone to the internet. The infrastructure essentially hosts, stores, and possesses all the information and content you find on websites, cloud services, and applications. It is the heart of the internet. 

18 Months Out – Research and Exploration Begins

This development phase typically begins 12-18 months out from the time the internet is available to the community. During this phase, Race creates a construction plan for the communities. This phase explores exactly how we’ll bring high-speed internet to the city. We work to develop the project in partnership with local authorities. During this phase, we cover permitting and review infrastructure. This covers everything from where roads are located, researching underground utility paths, finding utility easements, and uncovering potential challenges.

9-12 Months Out – Design Begins 

9-12 months out from the launch of services Race enters the design phase. During this phase, our engineers and design team partner with the city to plan out the network. Every inch of our network is carefully planned using data we gathered during our research phase. Our engineers create a map of where we can build based on existing infrastructure and map out obstacles such as existing utility poles, water, gas, and electric lines. 

6-9 Months Out – Construction Begins

The plans are now complete, and it’s time to get to work! Our crews hit the ground during construction and get straight to work laying and splicing miles of fiber cables. This is the time you’ll see our team members out on your street. The team is working diligently to bring you some of the fastest internet in the nation at a great price! 

The construction phase is most vulnerable to outside factors that can delay or stretch out this timeline. Like any construction, Race can be heavily impacted by weather, permitting, and resources. This is especially true while the global supply chain is disrupted due to the pandemic. 

9 Months Out – Spreading The Word

Now that we know bringing high-speed internet to the community is possible, it’s time to make announcements. The announcements come around the same time as construction crews begin arriving in an area – usually around 9-12 months before the launch. Race begins to prepare the citizens for the arrival and announces the services to come. At this point, we build a community page on our website and publish a press release informing residents about the upcoming services and developments in their city or town. We develop pages with community-specific information and allow residents to subscribe to monthly newsletter updates. 

1 Month Out – Sign up 

Construction is now in its final stage. We are inching closer to bringing high-speed internet to the community! Once our building is almost complete, Race releases our order form for your region. This gives you the ability to choose the services you want for your home or business. 

Once services are chosen and construction is complete, we will begin the installation process. The installation process has its own unique steps based on your location so check with your customer service representative to find the process in your area.

Conclusion 

There you have it! It takes time to build a carefully thought out internet infrastructure, but the high-speed internet at the end is worth waiting for. We are committed to providing high-quality internet to communities throughout the country. If you are interested in learning more, check out our services to see what we offer in your area! 

Fiber or Cable Internet – Which is best for you?

racefiberblogLeave a comment

Fiber vs. Cable internet, what’s the difference? If you are looking to learn more about your internet options, you’re in the right place. Today we are breaking down the differences between fiber and cable internet so you can decide what is best for your home or business. 

Cable Internet 
Cable was designed for transmitting voice calls and is a common option for home internet. Cable internet uses copper wires that send data via electrical currents. Cable Internet uses the same coaxial cables to transmit data as your TV. Most cable internet providers use the same existing wires present for phone lines or cable TV to send information. 

Fiber Internet 
Fiber internet is cutting-edge technology. Fiber internet also uses cables, but instead of copper wires, the lines contain tiny strands of glass and send information through bursts of light from point A to point B. The light travels much like electricity would through a copper wire. The advantage is that fiber cables can carry multiple signals at once at about 70% of the speed of light. 

Photo from Pexels.com

Availability 
Cable internet providers use the same established and existing cables as cable TV and other devices. Therefore, it’s been around longer and doesn’t require new infrastructure. Because of this, cable internet is widely available and the most common type of internet in the United States. 

Fiber internet, on the other hand, is a newer form of technology. It requires new infrastructure and can be a long process to deploy into neighborhoods for use. However, the demand is growing, and internet providers diligently work to install fiber across the country. Visit Broadband Now to see which fiber internet providers may be in your area.

Speed 
Fiber shines when it comes to speed. It’s capable of bringing much faster speeds than cable. Fiber can reach speeds up to 2,000 Mbps making it an excellent option for homes and businesses that require fast internet connections. Many factors affect wireless speeds. If you stream video services, games, or work from home on video calls, Fiber Internet can meet these demands. 

Cable internet speeds are asymmetrical, meaning cable internet often has slower upload speeds (uploading photos to the cloud) and faster download speeds (streaming a TV show). Fiber internet is more symmetrical, providing even speeds which allow for faster upload and download speeds.  In today’s world, people work from home and go to school remotely. This change demands speedier upload speeds to turn in homework assignments or work projects. 

Photo from Pexels.com

Reliability 
Cable internet is less reliable than Fiber internet. Cable sends data through electricity, power outages, extreme weather, and moisture can also cause a loss of connectivity. On the other hand, fiber optic internet is less likely to go down during power outages because it is made of glass and doesn’t use electricity. 

Bandwidth 
Bandwidth is the maximum amount of data transmitted over an internet connection. Typical bandwidth uses include streaming a movie on Netflix, video meetings, or web browsing. As mentioned above, cable technology has been around for a long time and was initially used to transmit voice calls, so the demand for bandwidth wasn’t high. However, fiber provides up to 1,000 times as much bandwidth as cable and is an excellent option for a highly connected home.

Photo from Pexels.com

Cost 
For most people, options for fiber internet are more expensive than cable internet. However, costs will decrease as fiber grows in availability and popularity. Race Communications is committed to bringing Fiber internet into communities and is more cost-effective than competitors in the fiber space gigabit starts at $60/month. 

Now that you know the difference between cable and fiber internet, you can make the best choice for your needs. The Internet is not one size fits all. Each person has different requirements for their usage. If you would like more information on internet services contact our specialists at 877-722-3833 or send us an inquiry and we will help you pick the right service for you. 

GIGABIT vs. GIGABYTE – Why is everything so confusing?

racefiberblogLeave a comment

Do you get confused when you hear gigabit, gigabyte or megabit? Do you scratch your head when you see abbreviations such as Mbps? If your answer is “Yes” to any of these questions, rest assured you are not alone. We at Race understand this can be confusing, especially for those of you who live in unserved or underserved communities where broadband has been non-existent and we are here to help you navigate through this new terminology.

Many people confuse the terms “gigabit” and “gigabyte” as well as the terms “megabit” and “kilobit”. While both “bit” and “byte” are units of measurement describing digital data, how much they measure and how they are used are different.

A bit is one of the most basic units used in telecommunications. A bit is considered data moving so when we’re talking about internet speeds, the correct term to use is bits per second. Race’s “Gigafy Me” plan provides speeds up to 1Gbps, one gigabit (or a thousand megabits) per second.

Meanwhile, bytes are generally used when describing data capacity such as hard drive storage. One Byte equals 8bits. We measure the sizes of our files and the hard drives that store them in megabytes, gigabytes, and terabytes. 

When we need to refer to numbers of bits or bytes as those numbers get larger and larger, we use the prefixes from the metric system (see table below for examples).

prefix multiplier† bits-to-bytes bytes-to-bits
kilo- (K) 1,000x 1Kb = 125B 1KB = 8Kb
mega- (M) 1,000,000x 1Mb = 125KB 1MB = 8Mb
giga- (G) 1,000,000,000x 1Gb = 125MB 1GB = 8Gb
tera- (T) 1,000,000,000,000x 1Tb = 125GB 1TB = 8Tb
Source: Atlantic.net

To distinguish between the two when abbreviating them, the lower-case “b” traditionally represents “bit”, whereas the upper-case “B” represents “byte”. Bytes are generally used when describing data capacity. We measure the sizes of our files and the hard drives that store them in gigabytes and terabytes (and, perhaps soon, petabytes!).

This can get confusing for many, especially if they are switching from a satellite or wireless provider that sells their packages based on usage, not speed. With Race, you are never charged for usage and you can rest assured that we won’t be throttling your speed after a certain amount of data is used. With us, you simply pay for the speed you want – and we make selecting a plan as easy as possible.

We offer 25Mbps as our Basic Broadband+ package and 1Gbps (1,000Mbps) as our “Gigafy Me” package. Both packages offer symmetrical speeds which means you are getting the same speed for your uploads and your downloads!

How fast is 1000Mbps or 125MB/s is in terms of usage?
Below are examples of files with the average download duration:

  • MP3 file — 3MB, less than 1 second
  • TV episode — 350MB, 3 seconds
  • 720p High Definition TV episode — 950MB, 8 seconds
  • Blu-Ray Movie — 15GB, 2 minutes
Source: myrepublic.com

This post was originally published in July of 2018, and was updated in August of 2021.

How to buy that new router you’ve been putting off

racefiberblog6 Comments

Routers are everywhere. In our homes, apartments, schools. Everywhere we turn – but what exactly should you be looking for when purchasing one? Single or Dual band? Beamforming vs. Multi-User technology

What does all this mean and how does it tie into choosing your next router? Well for starters, let’s take a step back. The first thing is, what is a router? A router is a small electronic device that joins multiple computer networks together either via a wired or wireless connection. In simple terms, a router tells your computer/device which door to use to get on the Internet.

However, the market is flooded with options and the thought of purchasing a new router can be daunting to most – after all, picking a wireless router that delivers fast and reliable Wi-Fi, while maintaining excellent coverage, is no easy feat.

That’s why we’ve put together this list of four things for you to consider for your next router purchase:

– Dual-band capability: The main Wi-Fi bands are 2.4 GHz and 5 GHz. Most routers these days have the option to use either of the bands. Additionally, newer routers have tri-band compatibility.

– Coverage and Range:  The strength of your router is another important factor to consider. With routers, strength applies to your signal. You want to look for a router that offers you to go the furthest distance, while still maintaining a strong connection.

– Quality of Service: This function of the router allows you to prioritize bandwidth to specific activities or devices. It is particularly useful where there are several devices using the router. A wireless router with a fast CPU is advantageous for QoS configurations.

–Security: No list would be complete without mentioning security. It is perhaps one of the most important issues to consider when selecting the best router to buy. When considering which router to buy, make sure it at least uses WPA2.

However, buying your own equipment doesn’t always guarantee better performance from your router. Always remember that at Race, you can skip the guesswork and rent a router directly from us. We offer tech support on all our equipment, so if you ever run into any technical problems, we can help you by troubleshooting it for you without having to send a technician to your home. Another great point about our routers, they come configured to the network. So there’s no extra setup, just plug and play and your router is ready right out the box!

With so many options out there, we know how hard it can be to pick your next router. Just keep these pointers in mind and you will be on your way to picking out the perfect piece of equipment for your household’s needs. Customers can also call us at 877-722-3833 if they have any questions about their Race-provided router.

This article was originally published in April of 2017. It has been updated in August of 2021 for accuracy and to reflect changes and advancements in technology.