You're feeling overwhelmed. The new part is not showing up.
You're feeling overwhelmed. The new part is not showing up.
You're experiencing an issue where your computer appears to boot normally but lacks a post-screen display after installing the new optical drive. The RGB keyboard and mouse aren't lighting up either. Despite checking cables, unplugging and replugging everything, the problem persists. Your system specs are clear: Gigabyte B550 Aorus Elite, AMD Ryzen 5 5600X, G.Skill Trident Z Neo, 32GB RAM, Nvidia GeForce RTX 3060, Corsair RM 750, and an Asus 24x Dvd-RW optical drive.
You ask how to do it. The process involves following specific steps to achieve the desired outcome.
I completed the CMOS reset. Now, when I power it back up, the RAM lights turn on automatically. However, when I start my PC, the screen remains off.
Perhaps while connecting the SATA cable, you accidentally shifted the video card slightly. Turn off the computer, remove the video cables, and check if the PCI-E slot has any locking mechanism. If needed, unlock it and try reinserting the video card firmly—gently press both corners to ensure it's fully in place. Then reconnect the cables and power on the PC. Wait a moment; if the monitor doesn’t respond, press the source/scan button to let it search for a signal. It might be stuck and not detecting new input. You didn’t specify your storage type. On certain motherboards, using M.2 drives can disable some SATA ports. Refer to the manual to confirm you didn’t insert an optical drive cable into a disabled port and move it elsewhere if necessary.
Basically, I needed to watch my SpongeBob DVDs because my computer has room for three internal discs, but none of my hard drives or optical drive are plugged in.
The computer’s power sources consist of two main units: a compact 5v standby supply (similar to a phone charger) that remains active and supplies power immediately upon connection, and the primary power unit which activates all voltages only when needed. When you switch on the power source, it begins delivering the 5v standby current, activating the motherboard’s chipset and possibly triggering RGB lighting. The chipset then stays in standby mode until you press the power button on the case. Pressing it sends a signal to the power supply to fully engage and provide power. Resetting the CMOS usually clears the BIOS’s memory of the board’s configuration, prompting it to recheck components. A proper reset involves disconnecting the power supply (to avoid unintended power flow when the battery is removed), letting it discharge for a few seconds, removing the battery, and then reconnecting before powering it back on. During startup, the BIOS searches for hardware, possibly taking time to calibrate RAM timings and communicate with graphics cards—especially if using DisplayPort or HDMI cables. Some AMD graphics with DisplayPort connections may respond more slowly in the presence of a monitor, leading the BIOS to assume no display is connected and disable the card. Often, switching to an HDMI connection resolves this issue. If you have an nVidia GPU and haven’t mentioned it before, it might be worth noting. Removing the SATA cable and avoiding optical drives can help; if the problem persists only with new hardware, it could stem from a faulty SATA cable, incorrect M.2 drive placement, or a bad optical drive causing power issues. Usually, motherboard indicators light up during initialization to show if the CPU, RAM, or graphics are having trouble, but this model doesn’t display such lights.