ClassX Video Lessons Youtube Channel SmarterEveryDay 160TB Server with Linus! (From Linus Tech Tips) – Smarter Every Day 222
Welcome to Smarter Every Day! I’m Destin, and today we’re diving into some of the technical challenges behind creating content for this channel. While you usually see the polished videos, there’s a lot of complex work happening behind the scenes. To tackle one of these challenges, I reached out to Linus Sebastian from Linus Tech Tips, a well-known expert in the tech community.
One of the main tools I use is the V2511 high-speed camera, which is essential for capturing slow-motion footage. This camera uses two types of memory: volatile memory (similar to your computer’s RAM, which loses data when power is lost) and non-volatile memory (which retains data even without power). The camera has 512 gigabytes of non-volatile memory, but managing this data after each shoot has become a significant issue.
To address this problem, I reached out to Linus Sebastian. Linus is known for setting up servers and has a wealth of experience in managing large data systems. I needed his expertise to find a solution for my growing data storage needs.
Linus and I began by taking inventory of my existing hard drives, which amounted to several terabytes of data. This collection, which I refer to as the “deep vault,” is crucial for my work. Linus suggested a 160 terabyte server to handle the data more efficiently. While some might argue that storing all this data is unnecessary since I could retrieve footage from YouTube, the high data rates of my high-speed footage make this impractical.
We proceeded to install the drives into the server, and Linus explained the concept of RAID (Redundant Array of Independent Disks), which is essential for data protection and recovery. This setup is particularly important for safeguarding against data loss, which is a critical concern for my work.
After configuring the server, we verified that all the drives were recognized and functioning correctly. Linus also mentioned that the drives come with a warranty, providing additional peace of mind regarding data security.
In addition to solving my data storage problem, I wanted to introduce Linus to Luke Talley, a technology expert from 1969. Luke’s experience in developing computer memory offers a fascinating contrast to Linus’s focus on modern technology. Together, they provide valuable insights into the evolution of computing.
Thank you for joining me on this journey. If you enjoyed this exploration of technology and data management, consider subscribing to Smarter Every Day. Stay tuned for more intriguing content, including discussions with Linus and Luke about significant advancements in computing history.
Thanks for watching, and have a great day!
Research the V2511 high-speed camera and its applications in various fields. Prepare a short presentation on how such cameras are used in scientific research, sports analysis, or filmmaking. Discuss the importance of memory types in these cameras and how they impact data management.
Participate in a hands-on workshop where you will learn to set up a small-scale server. Explore different RAID configurations and understand their benefits and drawbacks. Discuss how these configurations can be applied to manage large data sets effectively.
Engage in a debate about the necessity of retaining large amounts of data. Consider the arguments for and against storing extensive video footage locally versus relying on platforms like YouTube. Discuss the implications for data security, accessibility, and cost.
Conduct an interview with a local tech expert or professor about the evolution of data storage technology. Prepare questions that explore the transition from older technologies to modern solutions, and how these changes have impacted data management practices.
Develop a comprehensive data security plan for a hypothetical project involving large data sets. Consider factors such as data backup, recovery, and protection against unauthorized access. Present your plan to the class and receive feedback on its effectiveness.
Here’s a sanitized version of the YouTube transcript:
—
Hey, it’s me Destin. Welcome back to Smarter Every Day. There’s a lot of stuff that goes into making this YouTube channel, and some of it’s more complicated than others. There’s a lot of behind-the-scenes stuff that you don’t see. This is one of those types of things. I wanted to learn some things, so I called in an expert who happens to be a personality here on YouTube. His name is Linus Sebastian from Linus Tech Tips.
So, the thing you might not realize about Smarter Every Day is that I have a problem, and it’s because of this high-speed camera. This is the V2511 high-speed camera, which is the workhorse for how I do slow-motion video on the channel. But the problem is that this camera has two types of memory. There’s volatile memory, which is like RAM on your computer. If you lose power, you lose everything saved in that memory. Then there’s non-volatile memory, which persists even if you lose power. This camera has 512 gigabytes of non-volatile memory, but after every shoot, I have to manage this data, and that’s where my problem lies.
Let me show you what I did to try to fix this problem. About six months ago, I sent a tweet to Linus Sebastian. He does this thing where he sets up servers in people’s homes, so I called him for help.
– I need your help, buddy. This is pretty serious.
– I’m here. Yeah, this is really serious.
First, let me show you my hard drives.
– Okay, let me get the hard drives and show them to you.
– I don’t know if I can handle this.
I have a lot of drives here. This is just part of it.
– So, let’s start doing some inventory here.
We started counting the drives, and it quickly added up to several terabytes of data. I call this the deep vault.
– This is a big deal for me, man.
So, I shipped you a 160 terabyte server. The thing is, we could argue that our data hoarding doesn’t make much sense because we could just grab the necessary footage from a YouTube upload. But in Destin’s case, he can’t go back to previous videos without making significant compromises. The data rates for high-speed footage are so high that it wouldn’t make sense to upload everything.
– So, we need to get this server set up.
We installed the drives in the server, and Linus explained how RAID works.
– This is a big deal. You need it more than anyone else we’ve deployed one of these to so far.
We discussed the importance of data recovery and how the setup would help protect against data loss.
– This is a dire situation.
After setting everything up, we confirmed that all the drives were recognized and functioning properly.
– This is great.
Linus shared that the drives come with a warranty, which was a relief.
– Thank you. I appreciate it.
This was a significant issue for me, and I’m grateful for Linus’s help. I also want to introduce Linus to another individual, Luke Talley, who has a fascinating background in technology from 1969.
– I want to juxtapose Linus, who’s all about new tech, with Luke, who had to figure out how to make memory for computers.
I hope you enjoyed this video and consider subscribing to Smarter Every Day. There’s more interesting content coming up, including insights from both Linus and Luke about important developments in computing history.
Thanks for watching, and have a great day!
—
This version removes any informal language, laughter, and personal anecdotes while maintaining the core content and structure of the original transcript.
Server – A computer or system that provides resources, data, services, or programs to other computers, known as clients, over a network. – The university’s server experienced a downtime, affecting access to the online library resources.
Data – Information processed or stored by a computer, which can be in the form of text, numbers, images, or other types of information. – Researchers must ensure that the data collected during experiments is accurate and reliable.
Storage – The component of a computer system responsible for saving and retrieving digital information. – With the increase in multimedia content, students often need additional storage solutions for their projects.
Memory – The part of a computer that is used to store data temporarily while it is being processed or used by applications. – Upgrading the memory in your laptop can significantly improve its performance when running multiple applications.
Technology – The application of scientific knowledge for practical purposes, especially in industry, including the development and use of computers and software. – Advances in technology have transformed the way students collaborate on group projects.
Cameras – Devices used to capture images or videos, often integrated into computers and smartphones for various applications. – The new laptops come with high-definition cameras, making virtual meetings more effective.
Computing – The use or operation of computers, encompassing both hardware and software aspects. – Cloud computing has revolutionized how students access and store their academic work.
Security – Measures taken to protect a computer or computer system against unauthorized access or attack. – Implementing strong security protocols is essential to safeguard sensitive university data.
Drives – Devices used to read and write data on a storage medium, such as hard drives or solid-state drives. – Solid-state drives offer faster data access speeds compared to traditional hard drives.
Management – The process of overseeing and controlling computer systems and networks to ensure their efficient operation. – Effective management of IT resources is crucial for maintaining the university’s digital infrastructure.
