TaskSpeed™ v1.0
System Preview • Build AlphaExplore the information icons (?) for technical details and metrics such as ping, speed, and delay of the monitor. The system continues to evolve with you: report any anomalies to the base at sac@taskrevolution.com.
The Ultimate Guide to Understanding Your Monitor
To help you optimize your experience and avoid falling for the classic "marketing tricks" of technical specifications, we've prepared this material. Read the essential tips and get your questions answered below to understand exactly what FrameBench is testing on your screen!
Clearing Memory: Restart Your Devices Regularly
What to do: Make it a habit to unplug your modem and router, wait for 30 seconds, and then plug them back in. Doing this once every two weeks is highly recommended.
The technical explanation: It's common to forget that modems and routers are, in fact, small computers. They have a processor (CPU) and memory (RAM). When left on 24 hours a day for months, they accumulate temporary errors, the system heats up, and the memory becomes overloaded from processing millions of continuous requests. The simple act of removing power for 30 seconds discharges internal capacitors and completely clears temporary memory (RAM), forcing the device to establish a new, clean, and updated communication route directly with your internet provider's servers.
The Traffic Guard: Enable QoS (Quality of Service)
What to do: Access your router's internal settings and enable the QoS function (if available), prioritizing traffic for your work computer or gaming console.
The technical explanation: Quality of Service literally acts as an intelligent traffic cop within your network. In a household with several connected people, it's common for someone to open a 4K video or download large files. Without QoS, the router tries to serve everyone simultaneously, creating waiting queues (lag). When you configure QoS, you tell the router: "The traffic from this specific device is VIP". This way, the router will ensure that your data packets have immediate free passage, even if the rest of the house is consuming a lot of internet.
The Internet Plumbing: Beware of Hidden Downloads
What to do: Before starting an online game or an important meeting, pause update downloads and close applications that sync files to the cloud (such as Google Drive, Dropbox, iCloud, or OneDrive).
The technical explanation: Your internet connection works exactly like the plumbing in your house. There's a limit to how much "water" (data) can flow through the pipe at once. If your computer is downloading a large update in the background, it's sucking up almost all available bandwidth. When your online game or video call tries to send an urgent data packet, there's no free space in the pipe. The immediate result of this is a drastic increase in ping and the famous image and audio stuttering.
The Two Lanes of Wi-Fi: Understanding the Difference Between 2.4 GHz and 5 GHz
What to do: Connect to the 5 GHz network when you are near the router and need high performance. Use the 2.4 GHz network only when you are far away and the 5 GHz signal doesn't reach.
The technical explanation: Think of these frequencies as roads. The 5 GHz network is a wide, high-speed highway, excellent for lag-free gaming and fluid video calls, but it has a "toll": the signal is weak for passing through walls and doesn't go very far. The 2.4 GHz network, on the other hand, is like a long, narrow dirt road: it's slower and often has traffic jams (as neighbors' networks and Bluetooth also use this route), but it can pass through all the walls of the house much more easily.
Signal Physics: Position Your Router Strategically
What to do: Install the router in the room where the internet is most needed, always in a central, elevated (such as on top of a shelf), and open location.
The technical explanation: The router's antennas emit the signal in a spherical shape, like an invisible bubble expanding. If you place it on the floor or hidden in the corner of the house, half of that signal is wasted on the wall. Additionally, Wi-Fi has great difficulty penetrating physical obstacles. Thick concrete walls, mirrors (which reflect the signal), aquariums (water absorbs waves), and appliances like microwaves block or distort the connection. Keeping the router free and high ensures that the "bubble" reaches your devices with maximum efficiency.
The Express Route: Use an Ethernet Cable
What to do: Whenever possible, connect your computer or video game console directly to the router using an Ethernet cable (RJ45).
The technical explanation: Imagine the Wi-Fi signal as radio waves traveling through the air. These waves collide with other waves, experience magnetic interference from other devices, and naturally lose strength. An Ethernet cable acts as an exclusive, shielded expressway. By using it, you completely eliminate external environmental variables, ensuring the lowest possible ping, zero packet loss due to air interference, and the exact delivery of 100% of the speed you contracted for.
Frequently Asked Questions
For online gaming, stability and ping matter much more than having a gigantic broadband; a stable connection of 25 to 50 Mbps is already sufficient. For remote work, especially with video calls and heavy file transfers, a connection of 100 Mbps or more is recommended, with a good upload speed (at least 10 Mbps) to ensure that your image doesn't freeze for colleagues.
Data on the internet is sent in small blocks called "packets." Packet loss occurs when one or more of these blocks fail to reach their destination. In practice, this causes lag, "teleporting" in online games (rubberbanding), or audio and video dropouts during a video conference.
Wireless connections are subject to various external interferences that cause a natural loss of speed. Physical barriers (walls, mirrors, furniture), distance from the router, and even interference from other electronics or neighboring networks can reduce signal capacity. To measure the actual contracted speed, it is ideal to perform the test using a network cable connected directly to the modem.
Download speed refers to how fast you can receive data from the internet (such as loading a webpage, watching a YouTube video, or downloading a game). Upload, on the other hand, is the speed at which you send data to the internet (such as sending an email with a large attachment, streaming live content, or sending your image in an online meeting).
Ping measures your connection's reaction time, i.e., the speed at which a data packet travels from your device to a server and back. It is measured in milliseconds (ms). A low ping is essential for real-time activities, ensuring no noticeable delays in competitive games or video calls.
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