Logic Trace System by The Logic Group
Logic Trace System by The Logic Group
Logic Trace System by The Logic Group
John Haw, Northern Ireland
+44 7720 974993
John Haw, Northern Ireland
+44 7720 974993
[email protected] - Send Email
John Walsh, Austin USA
+1 512-656-8195
With the Logic Trace System, simply place a part or pattern on the board, start the Logic Trace Software, trace the outline with the pen stylus or cursor, and save the file. No more measuring, no more spending hours in a CAD program, no more size and vector conversion issues of a photograph.
The most popular size board has an active area of 44x60" (110x150 cm), smaller boards and larger boards are available. The boards are available in either 0.01"/.254 or 0.005"/.127 accuracy.
Everything you need is included the USB connector for computer, universal 110-240 power supply and international plugs. All you need is a Windows or Mac computer and a place to put the board.
The software is available on Windows 10/11 and Apple Mac with M-chip. The Logic Trace Software is easy to use and easy to learn. Tracing a part or pattern can be done by freehand drawing, lines, arcs, curve fitting through points and circles. Add any inside holes and save the vector file as a DXF, SVG, or PDF.
The software commands can be moved to a cellphone or tablet and placed on the tracing board for easy use.
The software is available in many languages including English, Spanish, French, German, Arabic, Hindi, Turkish, Italian, Greek, Korean, Japanese
The pen stylus provides an elegant way to trace along the edge of a part. The pen sends a stream of data to the software. The pen has 2 buttons on the side and a push down tip on the bottom. Available corded or cordless.
The cursor has a magnifying glass with a crosshair. Align the crosshair with the desired point to be traced and push a button. The cursor works well when tracing paper and cardboard patterns.
The buttons can be programmed to be different software commands. For example use the 0 button to trace, the 1 button to change to lines, 2 button for arcs and any command you desire.
Machine shops, Fabricators, Woodworking Shops, Textile and Apparel Manufacturers, Graphic Designers, Engravers
Plasma Cutters, Laser Cutters, CNC Routers, WaterJet Cutters, Fabric Cutters, Vinyl Printers, Plotters, Cricuts
Glass, Aviation, Marine, Paint Protection Film, Window Tint, Decals, Foam, Marble, Counter Tops, Furniture, Apparel, Upholstery, Textile, Die Cutting, Footwear, Leather, Art, Signs
People using Plasmacam, Vectric, Vcarve Pro, Autocad, Mastercam, Rhino, Solidworks, Sheetcam, Enroute, Flashcut, Sharper CNC, and many more
(Android TV 9 for x86) project provides an unofficial port of Android TV 9.0 (Pie) for personal computers using Intel or AMD processors. Various builds are maintained by the community, notably by developers like , often shared via platforms like SourceForge Internet Archive Technical Specifications & Requirements
To run ATV9 x86 efficiently, your hardware should meet these minimum and recommended standards: : 1.2 GHz dual-core or faster 64-bit CPU.
: Minimum 1 GB; 2 GB or more is recommended for smoother operation.
: At least 8 GB of free space; 16 GB+ recommended for app downloads. Graphics (GPU) : 64 MB video memory. Supported chipsets include Intel Iris/HD/GMA Nvidia GeForce AMD Radeon/FirePro : Minimum resolution of , supporting 16:9, 16:10, or 17:9 aspect ratios. Key Features
: Features the standard Android TV 9.0 Home Screen with "Leanback" launcher optimized for large screens. Media Support
: Includes Widevine DRM L3 support for standard-definition streaming and support for 4K HDMI output on compatible hardware. Applications
: Pre-installed or compatible with Google Play Store, YouTube (including background playback), and media centers like Kodi and Plex. Additional Tools
: Often includes Google Voice/Assistant support and rooted access for advanced system management. Available ISO Variants
Multiple versions exist based on different kernel updates and bundled features: androidtv-x86 directory listing - Internet Archive
Android TV 9 (ATV9) x86 is a specialized port of the Android TV operating system designed to run on standard personal computers using processors . Built upon the foundation of the Android-x86 project
, this version allows users to repurpose older laptops, desktops, or mini-PCs into dedicated smart TV hubs or media streamers. Technical Specifications
ATV9 x86 operates natively on the x86/x64 architecture, removing the performance overhead typically found in emulation. fastchicken.co.nz Minimum Requirement Recommended 1.2 GHz Dual-Core (64-bit capable) Newer Intel/AMD CPUs for better performance 2GB or higher 64MB Video Memory Intel Iris/HD, NVIDIA GeForce, or AMD Radeon 8GB free space 16GB+ for apps and content 1280x720 (16:9 aspect ratio) 1080p or 4K depending on hardware Key Features Android x86 emulator - what a difference - The Chicken Coop
It's running native x86 code, so that whole emulation layer is removed, and the speed difference is astonishing. fastchicken.co.nz atv9 x86 tech info iso top
What is Android x86? Are there Android for x86 Alternatives?
The message on the ancient tech forum was only three words long: “ATV9 X86.”
Leo, a tinkerer who hoarded obsolete hardware like other people hoarded stamps, stared at the blinking cursor. The thread, buried under seventeen layers of dead links and broken images, was titled: “ATV9 X86 TECH INFO ISO TOP.”
To anyone else, it was gibberish. But Leo knew the legend.
Years ago, a ghost in the Android TV community had released a single ISO file—ATV9_X86.iso. It claimed to turn any old x86 computer into a blazing-fast Android TV 9 box. No lag. No driver issues. Perfect Netflix, perfect Kodi, perfect emulation. But the file had vanished. Only cryptic references remained: “The ISO is a key, not an image.” “Burn it, then look for the partition they hid.”
Leo’s basement smelled of dust and ozone. He had the hardware: a scrappy Lenovo ThinkCentre with a broken hard drive, rescued from an e-waste pile. He downloaded the ISO from a Hungarian text file that had outlived its own web host. The download took six hours. It was only 700MB—tiny for an OS.
He used Rufus. Burned it to a USB. Plugged it in.
The Lenovo booted, not to a setup screen, but to a command line. No GUI. Just a blinking prompt and a single line of text:
“ATV9 X86 TECH INFO ISO TOP v.0.99.3 – Unlock Tier 1?”
Leo typed yes.
The screen flickered. Then, instead of Android TV’s leanback launcher, a file manager appeared. It wasn't an operating system. It was a treasure map.
Folders with cryptic names: /dev/keys/, /hidden/certs/, /legacy/bios_patches/. And one file that made Leo’s heart race: README_FIRST.txt. (Android TV 9 for x86) project provides an
He opened it.
“You are not installing an OS. You are booting a forensic mirror of a prototype streaming box never released. ATV9 X86 was a leak from a major electronics firm—codenamed ‘Chimera.’ It contained universal DRM cracks for Prime, Netflix, and Disney+ from 2019. That’s why it was killed. But the real prize is in /sys/amlogic/secure_zone – a tool that re-flashes the management engine of any Intel CPU from 2012-2018. Use it wrong, and you brick the motherboard. Use it right, and you own every device on the network.”
Leo leaned back. Sweat beaded on his forehead. This wasn’t about watching movies anymore. This was industrial sabotage in an ISO file.
His fingers trembled over the keyboard. He could walk away. Format the USB. Pretend he never saw it.
Then he heard it: a soft click from the Lenovo’s CD-ROM drive. The drive was empty. But something had just accessed it.
He looked at the screen. A new line had appeared:
“Remote diagnostics ping detected. You have 47 seconds to eject the USB before your MAC address is logged.”
Leo yanked the drive. The screen went black. The Lenovo powered off.
In the dark, heart pounding, he realized the “ISO top” wasn’t a ranking. TOP stood for Technical Operations Protocol—a backdoor left for field engineers. And someone, somewhere, was still watching for it to wake up.
He never booted the ISO again. But sometimes, late at night, his router logs show a single mysterious packet to an IP that shouldn’t exist. And he wonders: who else found the ATV9 key?
ATV9 x86 (Android TV 9 for PC) is a modified version of the Android Open Source Project (AOSP) designed to run on standard computers with Intel or AMD processors. It allows users to repurpose old laptops or desktops as dedicated smart TV boxes. 🚀 Key Technical Specifications Operating System: Android 9 (Pie).
Architecture: Supported on x86_64 (64-bit) and x86 (32-bit) systems. Kernel: Typically uses Linux Kernel 4.19.105 or similar. “You are not installing an OS
Graphics Support: Includes Mesa drivers for Intel, AMD, and Nvidia hardware acceleration.
DRM: Supports Widevine L3, allowing SD streaming on most platforms. 🛠️ System Requirements
To ensure smooth performance, your hardware should meet these minimum benchmarks: RAM: 1GB minimum (2GB+ recommended). Storage: At least 8GB free space.
GPU: Intel HD/Iris, AMD Radeon, or Nvidia GeForce with 64MB+ VRAM.
Connectivity: Ethernet is most stable; WiFi support varies by card. 📂 Featured ISO Versions
Several developers provide customized ISO files for the "Tech Info" community: ATV-9-X86-Techinfo-64bit: The standard 64-bit release.
ATV-9-x86 Tech info Chrome: Includes a pre-installed Chrome browser for better web navigation.
MRDTeam Builds: Active community versions like V43T (2026), often featuring updated drivers and Google AI integration.
ATV9 x86 is an unofficial, community-driven fork of the Android-x86 project. While the mainline Android-x86 focuses on touchscreens and desktop use, ATV9 x86 reconfigures the OS for the Android TV UI — the same interface found on NVIDIA Shield, Chromecast with Google TV, and smart TVs.
Base: Android 9 Pie (API level 28)
Target hardware: Intel/AMD 32-bit or 64-bit CPUs, integrated or discrete GPUs (Intel, AMD Radeon, some NVIDIA), Ethernet/WiFi chipsets.
Key additions: Leanback launcher, Widevine L3 DRM (some builds L1), Play Store access with TV-optimized apps.
Historically, Apple TV units (from ATV2 onward) have exclusively utilized ARM architecture processors (A4, A5, A8X, A10X, A12, etc.). However, the "ATV9" designation, often associated with the AppleTV9,1 identifier and the tvOS 18 beta cycles, contains unexpected file system artifacts.
When mounting the IPSW/ISO (disk image) for recent tvOS betas, researchers have identified a specific subset of binaries compiled for x86_64 architecture, rather than the standard arm64e. This includes core system utilities like top.
Several tracing methods are included in the software to make tracing easy and accurate.
Tracing and Curves - freehand drawing, whatever is drawn is recorded
Lines - Click the starting and ending points of the line
Arcs - Click the start, middle, and end of arc
Curves with points - digitize a curve as a series of points with the software connecting the points with a Bezier smooth curve
Circles - Define circles by either clicking any 3 points on the circle or by clicking the center point and inputting the diameter
To make the tracing easier, the software command window can be moved from the computer screen to a cellphone or tablet which can be placed on the tracing board. Simply click buttons on the cellphone or tablet without going back to the computer. This is especially useful when using large boards or the Jumbo multiple boards.
Active area tracing sizes, the boards are slightly larger
44x60" 110x150 cm **
36x48" 90x120 cm
24x36" 60x90 cm
20x24" 50x60 cm
12x18" 30x45 cm
5x8' 1.5x2.4m **
5x12' 1.5x3.6m
5x16' 1.5x4.8m
8x11' 2.4x3.4m
8x16.5' 2.4x5m
8x22' 2.4x6.6m
** Most popular
Most users will find the single boards large enough for their tracing needs. But some users will need large tracing systems especially in the glass, countertop, aviation, and marine industries.
The Logic Trace System has the ability to connect between 2 and 8 boards together for tracing very large patterns. The boards can be in one or two rows and even L shaped. The boards are calibrated so the software knows exactly how the boards are aligned.
For more information on the Jumbo, visit the Jumbo webpage.
A portable rollup is available but should only be used with the 16 button cursor and usually only for apparel pattern making
The Logic Trace Software also has the ability to load an image file or photo, set a scale, and trace the outline using the computer mouse. The same tracing methods are used - tracing, lines, arcs, curves through points and circles. Trace the outline with the mouse and save a scaled DXF, SVG, or PDF vector file. The tracing process is very similar to tracing the pattern on the tracing board except using the mouse and the computer screen.
The Logic Trace Software can also be used for tracing apparel patterns. Trace outlines, sew lines, notches, drill holes, and grain lines.
Save the traced outlines as DXF-ASTM, DXF-AAMA, DXF, PDF, SVG files. Then load the files into any apparel software including Gerber, Lectra, Optitex, Pad System, Tukatek, Clo3D, TukaCad, Bronzwear, Marvelous Designer, Pattern Smith, Smart Designer, Tailornova and more
Also the files can be loaded into any cad or design program including Adobe Illustrator, CorelDraw, Inkscape, and more
The boards are custom made for The Logic Group in Phoenix Arizona by GTCO Calcomp and usually are in stock. We ship to most countries.
In the USA we ship by freight truck and total shipping takes a few days.
In Canada we either ship by freight truck if the buyer has a Canadian customs broker or DHL if we need to the the DHL broker
In other countries we ship either by air freight delivered to your business, air freight to an airport, or DHL express to you business. Shipping is fairly expensive because of the large box or boxes. The shipper will arrange customs clearance and collect any customs fees.
John Walsh, Austin USA, +1 512-656-8195
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[email protected] Send Email
John Haw, Northern Ireland, +44 7720 974993
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[email protected] Send Email
Contact John Haw: [email protected] Send Email
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