Big Data Needs Big Bandwidth

Big Data Needs Big Bandwidth - Hello my friends Direcway Satellite Internet, In the article you are reading this time with the title Big Data Needs Big Bandwidth, kwe have prepared this article well for you to read and take information in it. hopefully the contents of the post Article 1 Tbps, Article 100 GigE, Article big data, Article cloud services, Article fiber optic, Article Gigabit Ethernet over Fiber, Article Internet of Things, Article jitter, Article latency, Article packet loss, Article WAN bandwidth, Article wavelengths, Article wide area network, what we write you can understand. Alright, happy reading... have a nice day:)

Judul : Big Data Needs Big Bandwidth
link : Big Data Needs Big Bandwidth

Read More


Big Data Needs Big Bandwidth

Author: John Shepler

Throughput increases almost exponentially. One of the major ongoing infrastructure projects is the transition to 100 Gbit/s or 100 GigE wavelength services on domestic and international routes. It seems that Gigabit Ethernet was only introduced a few years ago and is not considered practical for all the most demanding commercial applications. GigE is now considered entry-level in some circles. What is behind this huge increase in demand for bandwidth?

Big data on warning signs. get them out It all started with a video
Apparently the most viewed video in the world. That's right, no phone calls, no file transfers, no big graphics. So much bandwidth available for video only. It's also impossible to change. SD video has migrated to HD video and 4K video is under development. How fast is the market demand for 8K video growing?

Each increase in pixel density increases the bandwidth requirements for transmitting high quality images. Compression can help a lot, but there is a trade-off between image quality and compression depth. Broadcasters and video producers really want to stream uncompressed video and leave compression artifacts for consumers to work with on the final connection.

send cloud
If the cloud service is to back up files at night as backups to local storage, the bandwidth requirements are less demanding. All this has changed. The cloud is no longer a secondary backup service. This is the main data center of many companies.

It is sometimes overlooked that as core processes move to the cloud, wide area network (WAN) bandwidth becomes increasingly important. Networking is easy and cheap when you're talking hundreds of meters away. Path requirements increase when you need to take the same stream of traffic and route it through a common carrier to get to a remote data center or cloud provider. Remember that global networks are only used to connect objects and communicate with the outside world. This is the main artery of what you are doing now.

This means that WAN bandwidth requirements increase by 10, 100 or 1000 times. Other characteristics such as jitter, latency, and packet loss are important factors in the performance of your cloud processes. If you fail in any of these areas, instead of achieving efficiency, you may be frustrated by poor process execution and even reduced productivity.

Do you think people need the Internet?
Internet applications for business create more interesting and potentially useful information. Mobile apps with location services fall into this category. Almost everything you do online has potential value for customizing services or gathering statistics to improve your marketing. This is the stream of data that wireless and fiber optic connections need to process.

Human-created big data pales in comparison to what we will face once the Internet of Things (IoT) becomes mainstream. For every person on the Internet, there are dozens, hundreds, or even thousands of "things" that will spread wild rumors and create vast amounts of data that are only useful if they can be analyzed and used. This will increase the load on each communication channel.

Can they handle it? Only not with yesterday's squeaky link. Everything will need updating. Currently in process. Wireless channels can be collected and auctioned off as they expand. Before you know it, the current 4G standard was 5G and then 6G. But what about landlines?

Fortunately, the bandwidth of fiber optic cables is practically unlimited from our modern point of view. A throughput of 1 to 10 Gbps or more per cable can be multiplied by tens or hundreds of wavelengths. Wavelengths can be combined to create a service at 100 Gbit/s and higher. The current setting is 100 Gbps. Soon it will be 400Gbps and then 1Tbps and it will be faster than we thought.

Is yesterday's throughput holding you back from tomorrow's high-performing companies? Keep in mind that bandwidth prices are dropping almost as fast as demand is growing. The bandwidth upgrade you need can fit your budget. I want to know? Get pricing and availability information for high - performance fiber services now .

Click for pricing and features or get help from a Tellerus product expert


Note: The cute "Big Data on Board" themed products featured on this page can be purchased from the Gigapacket Zazzle store.



Follow Teleexplainer on Twitter


That's the article Big Data Needs Big Bandwidth

That's it for the article Big Data Needs Big Bandwidth this time, hopefully can be useful for all of you. okay, see you in another article post.

You are now reading the article Big Data Needs Big Bandwidth with link address https://direcway-satelite.blogspot.com/2022/08/big-data-needs-big-bandwidth.html

Subscribe to receive free email updates:

0 Response to "Big Data Needs Big Bandwidth"

Posting Komentar