BHSY

85-2560x720-Sprues Grid 1920x480 / 1920x515 / 2560x720 / 480x1920 / 515x1920 / 720x2560 The Sprues Grid is a PC monitoring dashboard that combines English and Japanese labeling to deliver a visually striking yet highly functional system overview. It organizes real‑time performance and thermal data into clear sensor categories. Get yours today! The background color can be changed to black or light grey in Preferences → SensorPanel. Visit BHSYSensorPanel for more info. and designs

Have you checked whether those elements have width and height values set in the resize option? If no values are entered, the scale feature cannot resize them. I have no issue resizing all my elements. As long as the elements have width and height values entered in the resize option, the new Scale by… feature will resize them proportionally; you don’t need to use a v‑h ratio manually. Any minor ± differences are negligible when you enter the percentage with two decimal places. At first, I wasn’t sure about your calculation; it took me a bit of time to work through and understand it. I’ve never used the ratio method myself; it's too tedious for me. My approach has always been to take the resized element dimensions directly from Illustrator.

Ah, I see. You’re using the ratio to resize individual elements. That definitely works, but it takes a lot of time. With the new Scale by… feature, you can enter the downscale or upscale percentage of the panel height or width, and the whole sensor panel (and all its elements) will resize proportionally all at once. Saves you the hassle of adjusting each element's width and height individually. That formula (600 × 1920)÷1024=1125. I think you’re checking whether the scaled height stays close to the display height and confirming that both dimensions scale using the same ratio, so you can apply that ratio to elements’ width and height, right?

Scaling Percentage = New Dimension ÷ Original Dimension × 100% If result < 100% → Downscale If result > 100% → Upscale (add “+” sign) Examples: Downscale by height: (515÷720)×100%=71.52% Downscale by width: (1920÷2560)×100%=75% Upscale by width: (2560÷1920)×100%=+133.33% Upscale by height: (720÷515)×100%=+139.80% Try to use 2 decimal places consistently for all % values. I hope you understand my explanation.

I’m sorry if my earlier comments misled you. You can only adjust either the width or the height of the panel. For example, if I want to change the height of a 2560×720 panel to 1920×515, I would enter 71.52% in the Scale by… option, which produces a panel size of 1831×515. This way, instead of resizing by width, I can resize the panel by height.

The month, day, and week are shown as static digital image sensors, acting as fixed readouts rather than flip mechanisms. They update once at midnight, so there is no functional reason to use them as flipping displays.

@Fiery I’ve tested the latest, 8.35.8410 Beta, and the new 'Scale by' feature works wonderfully. The panel can be resized in one dimension at a time, either by length or by height, scaling up or down, and with a custom value I can set the percentage close to precision. Of course, both width and height will adjusted proportionally. I honestly didn’t expect this to be possible and had given up hope, so I’m truly grateful for the effort you and your team put into making it happen. 🥹 The 'Scale by' feature works wonderfully. Many thanks to you and your team for delivering such a valuable improvement. 🙏

Your NIC temperatures have dropped significantly, 👍 so there’s really no need to add a copper plate unless you’re dealing with an ASUS card. If you do want to experiment with a copper plate, be very careful. If the copper plate isn’t seated properly or shifts out of place, it could instantly short nearby components. 😱 Always make sure it’s insulated and secured before testing. Maybe use thin, heat‑resistant double‑sided tape to secure the plate safely. And if you decide to test copper with thermal paste instead of a pad, let me know how it goes.

I’m glad you finally got the custom mount set up for your 50 mm fan on the NIC card; it’s clearly improving cooling. Rather than adding a Noctua low‑noise adapter, consider the Noctua NF‑A4x10 FLX. I heard it delivers solid cooling without the need for additional voltage, reducing accessories.

84 - ALLOYFORGE SENSOR PANEL TEMPLATE A system monitoring dashboard that tracks CPU, GPU, memory, and drive performance in real time. With its bold orange-and-black sci‑fi design, it displays detailed stats like clock speeds, voltages, temperatures, fan RPMs, and usage levels. 1920x480 / 1920x515 / 2560x720 / 3840x1100 Visit my website for more templates.

I finally received the KETOTEK Digital Thermometer Temperature Meter Gauge using a metal rod to sense the NIC card heatsink temperature. I attached the metal rod to the NIC card heatsink, as shown in the screenshot, and used Kapton Polyimide tape (heat-resistant). My NZXT chassis case can mount 3 fans at the base, so it helps cool down my NIC card.👍

I like the ‘Butter’ Glide Dynamics. 💪 Thank you, GaHile, for implementing this feature.🙏

83 - LUMINA PULSE SENSOR PANEL TEMPLATE 1280x800 | 1920x480 | 1920x515 | 2560x720 | 3820x1100 | 515x1920 | 720x2560 | 1100x3840 83-LuminaPulse, designed for real-time PC monitoring. Displays CPU, GPU, RAM, storage, and cooling stats in a clean, organized layout. Perfect for gamers who want a stylish and functional dashboard to track performance and temperatures at a glance. Get yours today! Visit BHSYSensorPanel for more info. and designs

Hi Toveyr, I’ve shared some pointers about your panel. Please check your inbox.

VeynarAshborne: A fantasy-themed PC performance monitor featuring a fiery dragon and warrior design, blending system stats with immersive RPG-style visuals. Current available size: 1920x480 / 1920x515 / 515x1920 / 1600x1200 For other sizes, please submit a request Visit BHSYSensorPanel for more info. and designs

As there’s been no response for over a month, I guess it is not possible at the moment. Thank you for taking the time to read my post.

☀️ Countdown: 20% Off All Sensor Panel Templates Starts in 5 Days! Hey everyone! Summer is here, and it is time to give your PC setup a brand new look. I am excited to announce that my Official Summer Sale is launching next week! For one week only, you can grab any of our ready-to-use PC Sensor Panel Templates for 20% off! 📅 Mark Your Calendars (Sale Dates): Starts: Monday, July 6th at 9:00 AM Eastern Time Ends: Monday, July 13th at 11:59 PM Eastern Time That’s a wrap on the Summer Sale 🌞. Thank you for being part of it!

I switched from the 1920×515 dark version panel to the 1920×480 white version to better match my NZXT white chassis case. Although the 1920×480 display is slightly smaller, its colors are noticeably more vibrant compared to the 1920×515 display.

81 - Falcon Performance Core - 800x1280 A streamlined, space‑inspired system monitor that merges sci‑fi design with real‑time PC metrics. It displays CPU, GPU, memory, storage, and cooling data against a cosmic backdrop, with a radiant starship symbolizing system power. The design elevates technical information into an engaging, futuristic showcase while preserving a polished, high‑tech aesthetic. The sensor panel offers two interchangeable backgrounds with two distinct starship visuals. Visit BHSYSensorPanel for more info. and designs

No, this is a paid sensor panel. The gauge you saw on the forum was intended for SynQPanel testing purposes. If you have any questions, please message @BHSY.

73-AIDA64 Sensor Panel - IronFalconCore is now available in 1600x1200. For other sizes such as 1280x800, please submit a request. Thank you. Visit BHSYSensorPanel for more info. and designs

Whoa! 3D printing really is impressive. That is a good idea. I wish I had one too. Then again, I’d probably end up using it only occasionally, or worse, printing unnecessary things or failed experiments that just turn into waste. 😅

Hi Surjeet, Thank you for your kind words. 🙏 I know you’ve always credited me as the original creator of my panels and respected my requests, and I truly appreciate that. One thing I’d like to highlight is that while giving credit is important, seeking permission before uploading or sharing someone else’s panel file should always come first. Permission should be the top priority, and only after that should a file be uploaded. Back then, we were all new and not fully aware of how important this was, but over time I’ve learned a lot, and I’m no longer as naive as I once was. It’s been three years since I joined this forum, and as I mentioned in my earlier post, I used to be a very closed‑minded person. AIDA64 changed that; it opened me up to sharing, learning, and connecting with others in ways I never expected. If you ever have questions about panels, feel free to reach out anytime. I’ll do my best to explain things clearly so they’re easy to understand.😉

From what I understand, a temperature of around 60 °C is still within the acceptable range for the card to operate reliably. However, lowering it further would be beneficial in helping to extend the card’s lifespan. Adding extra cooling fans could help the card, provided the PC case has enough space to accommodate them. I hope the AIDA64 program will be able to monitor the card’s temperature so that I don't have to get additional devices.

Yes, because regional requirements differ. That’s why your TP-Link support site still lists the V1 version. In our country, 10Gbps consumer adoption came much later than in other regions; we began introducing consumer-level 10Gbps broadband in mid‑2024, with rollout scheduled through 2026. So the V1 card was never introduced here. I just recontract my gamer plan from 2.5Gbps to 10Gbps. Since my motherboard doesn’t have an AUX sensor header, I’ll need to rely on either an external controller or a USB sensor device that works with AIDA64. If adding this thermal detection feature cannot be implemented directly through the AIDA64 program, I’ll consider purchasing one, or I could get a budget infrared thermometer, but it will be difficult to target the NIC card because of my horizontal GPU card holder is in the way.😕 Thank you. Thank you.