#PCB Cloning Service

[icunlockmcucrack]

PCB Clone Services: Precision in Reproduction

What is PCB Cloning?

PCB Clone is the process of creating an exact replica of an existing printed circuit board (PCB). This service is essential when you need to reproduce a board for which the original design files are unavailable. PCB cloning involves reverse engineering the board to generate the necessary data for manufacturing a duplicate.

The Role of PCB Clone Services

PCB Cloning Service are vital in scenarios where you need an identical copy of an electronic circuit board. Whether it’s for replacing obsolete hardware, producing additional units, or creating backups, these services ensure precision in reproduction.

How PCB Cloning Works

1. Initial Analysis

The cloning process begins with a detailed analysis of the original PCB. This includes examining the board’s layout, components, and circuitry. Engineers carefully inspect every detail to ensure accurate replication.

2. Reverse Engineering

After the initial analysis, the reverse engineering phase begins. Engineers trace the circuitry, identify components, and create a schematic of the board. This step is crucial in understanding how the PCB functions.

3. Schematic Capture and Layout Design

Once the reverse engineering is complete, a schematic diagram is created. This diagram serves as a blueprint for the new board. Engineers then use specialized software to design a PCB layout that matches the original.

4. Prototyping and Testing

Before full-scale production, a prototype of the cloned PCB is manufactured. This prototype undergoes rigorous testing to ensure it functions exactly like the original board. Any necessary adjustments are made during this phase.

5. Mass Production

Once the prototype passes all tests, the PCB is ready for mass production. The final product is an exact clone of the original board, ready for use in any application.

Benefits of PCB Cloning Services

• Obsolete Hardware Reproduction: Clone services are ideal for replicating outdated circuit boards, ensuring continued operation of legacy systems.

• Cost-Effective: Cloning is often more cost-effective than redesigning a PCB from scratch.

• Fast Turnaround: PCB cloning services can quickly produce duplicates, reducing downtime for critical systems.

Challenges in PCB Cloning

PCB cloning, while beneficial, is not without its challenges. Complex multilayer boards, proprietary components, and encrypted firmware can complicate the cloning process. Skilled engineers are essential to navigate these obstacles and deliver an accurate clone.

Choosing the Right PCB Clone Service

When selecting a Clone PCB Service, consider factors such as experience, technology, and the ability to handle complex projects. A reliable service provider will ensure that your cloned PCBs meet the highest standards of quality and performance.

Conclusion

PCB cloning services play a crucial role in the electronics industry. Whether for preserving legacy systems or producing additional units, these services provide a reliable solution for duplicating PCBs with precision. With the right expertise, PCB cloning ensures that your electronic systems continue to function smoothly, regardless of the challenges posed by outdated or unavailable designs.

[circuit-engineer]

PCB Cloning Services: What You Need to Know

Introduction

In the fast-paced world of electronics, staying ahead of the competition often requires innovation and efficiency. PCB cloning services play a pivotal role in achieving this goal. If you're in need of PCB reverse engineering, cloning, or copying services, Circuit Engineering Company Limited is your go-to destination. Explore the world of PCB cloning and discover the exceptional services offered by Circuit Engineering.

What is PCB Cloning?

PCB cloning, also known as PCB reverse engineering, is the process of recreating an existing printed circuit board (PCB) design without access to the original design files. This service is invaluable for various purposes, including product improvement, quality control, and overcoming obsolescence issues. Circuit Engineering specializes in providing top-notch PCB cloning services.

Understanding PCB Cloning Services at Circuit Engineering

Expertise and Experience

Circuit Engineering boasts a team of skilled professionals with years of experience in PCB cloning. They have successfully worked on a wide range of projects, from simple single-layer boards to complex multi-layer designs. This expertise ensures that you'll receive a high-quality and accurate cloned PCB.

State-of-the-Art Technology

Circuit Engineering uses cutting-edge technology and equipment to ensure precision and reliability in the PCB cloning process. Advanced tools and software are employed to analyze and recreate the PCB design, ensuring that the cloned board functions as expected.

Quality Assurance

Quality is paramount in the world of PCB cloning. Circuit Engineering is committed to delivering PCB clones that meet or exceed industry standards. Rigorous testing and quality assurance processes are in place to ensure the reliability and durability of the cloned PCBs.

Cost-Effective Solutions By choosing PCB cloning services from Circuit Engineering, you can save both time and money. Instead of redesigning an entire PCB from scratch, cloning allows you to replicate an existing design accurately, reducing development time and costs.

Versatility

Circuit Engineering's PCB cloning services are highly versatile. Whether you need to clone a single PCB or an entire product line, their team can handle the task efficiently. Their services are suitable for industries such as consumer electronics, aerospace, automotive, and more.

Why Choose Circuit Engineering?

Customer-Centric Approach: Circuit Engineering focuses on understanding your unique requirements and tailoring their services to meet your needs.

Timely Delivery: They recognize the importance of deadlines and work diligently to ensure on-time delivery of cloned PCBs.

Confidentiality: Your intellectual property is safe with Circuit Engineering. They maintain strict confidentiality throughout the cloning process.

Affordable Pricing: Circuit Engineering offers competitive pricing, making their PCB cloning services accessible to a wide range of customers.

Conclusion

If you're in need of PCB cloning, reverse engineering, or copying services, Circuit Engineering Company Limited is your trusted partner. Their expertise, state-of-the-art technology, commitment to quality, and cost-effective solutions make them the best choice for your PCB cloning needs. Discover the world of PCB cloning with Circuit Engineering, and unlock the potential for innovation and efficiency in your electronics projects.

For more information and to explore their services, visit https://www. .com today. Your journey towards top-quality PCB cloning starts here.

Contact Us Circuit Engineering Company Limited

Rm.1902, Easey Comm. Bldg., 253-261 Hennessy Road, Wanchai, Hong Kong. Tel: 86-755-21019972

Fax: 86-755-21019976

Skype: circuitengineer

Whatsapp: 86-13430727446

Contact us via email at: infocircuitengineer.com

[pcbreverseengineering]

Clone PCB Service: A Comprehensive Solution for Reverse Engineering and Innovation

In the modern world of electronics and hardware development, Printed Circuit Boards (PCBs) are the backbone of most devices, ranging from simple gadgets to highly complex systems. However, there are times when engineers and businesses need to replicate or modify existing PCBs, either to improve upon a design, produce compatible hardware, or reverse-engineer devices. This is where Clone PCB service comes into play. This blog will explore the fundamentals of PCB cloning, its special benefits, and why this service is invaluable for innovation and reverse engineering.

What Is a Clone PCB Service?

PCB cloning requires advanced technical knowledge and tools to extract the necessary information from the original board, especially when the schematics or design files are unavailable. A professional clone PCB service can handle this process with precision, producing a board identical to the original, or one that has been enhanced to meet updated specifications.

Special Impressions of Clone PCB Services

1. Enabling Reverse Engineering for Legacy Devices

One of the primary uses of clone PCB services is reverse engineering legacy devices, especially when the original design files are no longer available. Many businesses still rely on older hardware, and when a PCB becomes obsolete, it can be difficult to find replacements. Clone PCB services allow businesses to recreate these essential components, ensuring they can continue to support and maintain their devices without completely overhauling their systems.

2. Improving Existing PCB Designs

Beyond simple duplication, clone PCB services offer a valuable opportunity for improvement. Sometimes the original design of a PCB is outdated or inefficient. Through cloning, engineers can optimize the design, enhance performance, reduce size, or add new functionality while keeping the core design intact. Clone PCB service allows businesses to make iterative improvements without starting from scratch.

3. Cost-Effective Production

For companies that need to produce multiple copies of a specific PCB, cloning can be a highly cost-effective solution. Once a PCB has been successfully cloned, it can be produced in bulk, saving on the costs of designing a new PCB from the ground up. Clone PCB services can significantly reduce development costs and time, especially when working with complex or proprietary technology.

4. Design Reuse and Customization

Clone PCB services allow companies to reuse a successful design for new applications. By duplicating an existing design and modifying it for new functionality, businesses can save development time and resources. This is particularly useful for companies that manufacture a range of similar products and want to leverage a tested design in multiple applications with slight modifications.

The Clone PCB service is an essential tool for reverse engineering, innovation, and cost-effective production in the electronics industry. It offers businesses the ability to replicate, improve, and customize existing PCB designs, enabling them to support legacy devices, optimize performance, and streamline their production processes. While intellectual property and ethical considerations must be respected, the benefits of PCB cloning far outweigh the challenges, making it a valuable service in today's fast-paced technological world.

[dandelionsresilience]

Good News - April 22-28

Like these weekly compilations? Support me on Ko-fi! Also, if you tip me on here or Ko-fi, at the end of the month I'll send you a link to all of the articles I found but didn't use each week - almost double the content! (I'm new to taking tips on here; if it doesn't show me your username or if you have DM's turned off, please send me a screenshot of your payment)

1. Millions Of Maggots Donated To Charity In Honour Of The Maggot King

“[Blizzard Entertainment] donated millions of maggots to Tiggywinkles UK, a leading wildlife hospital, […] in honor of Duriel, the Maggot King, a notorious character in the Diablo series. […] This significant contribution is expected to feed the patients at Tiggywinkles for two years.”

2. New circuit boards can be repeatedly recycled

“A team led by researchers at the University of Washington developed a new PCB that performs on par with traditional materials and can be recycled repeatedly with negligible material loss. Researchers used a solvent that transforms a type of vitrimer—a cutting-edge class of sustainable polymers—to a jelly-like substance without damaging it, allowing the solid components to be plucked out for reuse or recycling.”

3. How a Cloned Ferret Inspired a DNA Bank for Endangered Species

“This black-footed ferret (Mustela nigripes) [is] the first endangered species in the U.S. to ever be successfully cloned […] from [a] cryogenically preserved cell line, obtained from a ferret named Willa, who lived in Wyoming in the 1980s. [… T]he FWS [is now] on a major project to cryogenically store tissue from every endangered species in the U.S., [… as] “an insurance policy against future loss of biodiversity in the wild.””

4. Maine Signs Trans And Abortion Sanctuary Bill Into Law, Despite Violent Threats

“[The new law] states that criminal and civil actions against providers and patients are not enforceable if the provision or access to that care occurred within Maine’s borders, asserting jurisdiction over those matters. It bars cooperation with out-of-state subpoenas and arrest warrants for gender-affirming care and abortion that happen within the state.”

5. $70M for Fish Passage Projects Address Climate Resilience, Strengthen Local Economies

“The Department of the Interior today announced more than $70 million […] that will improve fish passage around […] barriers fragmenting the nation’s rivers and streams [… as an] “investment to restore our nation’s rivers and streams, safeguard endangered fish species, protect Indigenous subsistence practices and provide communities with increased opportunities for outdoor recreation and economic growth,” said Secretary Deb Haaland.”

6. A Golden Age of Renewables Is Beginning, and California Is Leading the Way

“California—the fifth-largest economy in the world—has experienced a record-breaking string of days in which the combined generation of wind, geothermal, hydroelectric and solar electricity has exceeded demand on the main electricity grid for anywhere from 15 minutes to 9.25 hours per day.”

7. Collaborative conservation efforts keep lake sturgeon off the endangered species list

“The Service’s 12-month finding [that these sturgeon are not endangered] shows ongoing management efforts, such as fish stocking, have contributed to the conservation and resiliency of the species. “Today’s announcement shows the power of collaborative conservation and the impact it can have for species like the lake sturgeon,” said Midwest Regional Director Will Meeks.”

8. French municipalities bordering Luxembourg to offer free transport to commuters

“Luxembourg is the only country in the world to offer entirely free public transport. […S]ix French communities located near the border and many of whose residents work in Luxembourg have decided to band together and also offer a free shuttle for daily workers. […] Last year, governments in the two countries said they would work to increase train services to run every 10 minutes between Metz and Luxembourg City by 2030. There’s also a plan to extend Luxembourg City’s tram service to reach all the way to the border – a trip that would take only 30 minutes when ready.”

9. Solar is about to get a lot more affordable for low-income households

“The EPA granted 49 state and territory awards totaling $5.5 billion, six tribal awards worth more than $500 million, and five multistate awards amounting to $1 billion. Together, the awards cover all 50 states, Puerto Rico, and the District of Columbia. All of the funding is dedicated to low-income and disadvantaged households.”

10. Amsterdam will cover cost of changing one's gender on documents

“[T]he city’s residents will be able to change the gender on their birth certificate and Basic Registration of Persons (BRP) free of charge. [… T]he local government will also reimburse (part of) the costs of a new passport, identity card or driver's license.”

April 15-21 news here | (all credit for images and written material can be found at the source linked; I don’t claim credit for anything but curating.)

[perlina-hitechcircuits]

Hitech Circuits Provides Reliable PCB Clone Service

Hitech Circuits Electronic boasts nearly two decades of experience in the PCB industry. In addition to offering PCB design and assembly services, we specialize in providing reliable PCB Clone services. It’s crucial to note that while Clone can be legal under certain circumstances, it might infringe on intellectual property rights or breach contractual agreements in some cases. Therefore, we emphasize the importance of thoroughly assessing and understanding the legal implications associated with this process.

At Hitech Circuits Electronic, we adhere to ethical practices and ensure that our Clone projects comply with all legal boundaries. Our goal is to provide fully functional replacements that can repair, replicate, or enhance the capacity of your outdated electronics while respecting intellectual property rights. Contact our team today to start your custom PCB Clone project and benefit from our years of expertise in the field. If you need the service of PCB clone, please feel free to contact me: sales3@hitechpcb.com

[atplblog]

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[eobdtooluk-blog]

Foxflash Promotion in October 2023: Buy Device Get 4 Free Gifts

Foxflash ECU Chip Tuning Tool promotion at eobdtool.co.uk in October 2023:

Buy foxflash with discount, and get 4 free gifts:

Latest price: €675

Buy Now: €655 (3% off)

Free gifts:

Toyota/Lexus BDM Jtag Solder Free Adapter

Two Pairs of FoxFlash Gloves

Fetrotech ECU Cover Extractors Set of 4

Headlight with Battery Three Gears Functions

Note: Gifts can be shipped later by another parcel. Please wait for the update. Every customer will have one.

foxFlash Higlights:

Master version

Full protocols open

VR read online work (some ECUs need to use our VR system, tool auto connect to our server download file)

ECU can be restored to original with foxflash tool if your ECU was damaged or meet some bad tuning

Free update! No subscription, no annual fee!

Support online and off line work (some ECUs and functions can work offline)

Auto checksum

Online support

Support multi-languages: English, Italian, Deutsch, French, Spanish, Polish, Portuguese, Czech, Romanian, Turkish

Two Years Warranty

Excellent technical support

Help desk and tuner account

ECU and TCU connect wires with pdf

Special functions

Auto support EEPROM and flash checksum

Support MEDC17 free clone service (most of others tool need patch the files after read out, but ours is free)

How to Use Fox Falsh to Clone MEDC17 via Boot/Bench Tricore

foxFlash Software can be download on official website: https://www.dfb-technology.com

FoxFlash ECU Car List

FoxFlash TCU Car List

ECU TCU List Online Check

Foxflash Manager APP can be installed up to 6 laptops

Supports WiFi hotspot, convenient for outdoor work

No VPN needed. Professional Online support, Faster server (1000M/S)

With the Latest firmware and updates. Use better quality BOM and PCB. More stable, full proof, and reliable.

There are many posts of Foxflash Ecu Programmer on our official blog website. Please follow it to learn more info.

[icunlock]

PCB Clone Service | OROD Shenzhen

PCB clone service enables you to replicate the same copy of electric circuit board that you want. Cloning should be the last resort that you should opt for as a solution for your engineering or business challenge. Shenzhen OROD provides the full process service of PCB reverse engineering your IC unlocks successfully.

https://www.icunlock-mcucrack.com/pcb/pcb-clone/

[super-freq]

Factory of FUZZ (fuzz factory clone)

I’m always looking for the cheapest way to build pedals. I found these boards on OSH Park.com. Besides being a service for prototyping boards it’s also an open source repository of projects uploaded by the community. A board uploaded to OSH Park marked public can be ordered by anyone. The search function is not so great but it is searchable. I spent a day searching OSH Park for stompbox projects and found more than a few things that look worth building.

The OSH Park standard service is $5 per square inch with the requirement that you order three boards, and shipping is free. This usually cheaper than ordering boards from vendors but there is no support. One of the projects I found was a this Fuzz Factory. It looked well laid out and the cost was $7.75 for 3 boards, about $2.50 per board, which was pretty reasonable.

Order some of these boards here: https://oshpark.com/shared_projects/xaBILSTV. Check out my projects page for links to some OSH Park boards I designed. I have documentation here on my site.

With no build Docs you’re on your own. The Fuzz Factory is not a complex pedal and the schematic is readily available. Some OSH Park projects will link to documentation and other do not. This is a good way to level up your skills!

Getting Started

The Fuzz Factory is not a hard pedal to clone. The toughest part is wiring the pots. Getting a board where the pots mount directly to the board is a great help. Here three of the five pots mount to the board and two require off board wiring which makes a pretty easy build.

The Fuzz Factory has only a handful of parts. I soldered everything except the pots and the two germanium transistors. You’ll want to test a few transistors if you’re using germanium to get some that sound best. That said really everything even silicon can sound good in this circuit.

The Enclosure

For the enclosure I used a black powder coat 1590B from Tayda. For the logo and labels I milled the box using a desktop mill. The powder coat is removed to reveal the design. I created the design in Sketch on the computer exported some SVG files and loaded these into the mill.

Switching

I decided to try out a relay switching system. This uses a soft touch momentary SPST switch and some circuitry. I used boards from DIYGuitarPedals.com. Their system uses some discreet logic and a relay to handle switching and the status LED.

The PCB is designed to fit a 1590B or larger enclosure. It requires a few parts which are mostly easily available. The relay is available through Mouser. Erik over at DIYGuitarPedals was generous enough to send me two boards and the relays, thanks again Erik! Check out their web site and their YouTube channel.

The system uses a relay which is an electromechanical switch in a little box. The switch in this case is the RY9W-K. It’s a DPDT but rather than being engaged by a button or lever it’s engaging by an electrical voltage applied to a control pin.

In the picture below you can see the relay has 8 pins. The 6 pins on the left are the switching connections, each row is one switch, the center is the common connection that bridge to the outer connections depending on the state of the switch. Hey those six pins on the left are just like the pins on a regular DPDT switch-. The two pins on the right are the control and ground.

The board, relay, SPST switch, and other parts make up a single assembly that replace the 3PDT switches typically used for guitar pedals. You can see it neatly fits the lower bout of the 1590B enclosure.

Here is what the whole system looks like assembled. This is complete and could be dropped into any pedal replacing the standard blue 3PDT.

How does it work?

Unlike many relay systems that rely on a micro controllers this circuit uses only discreet logic. There are pros and cons to each. Using a micro controller requires some extra circuitry since the Micro Controller runs on 5v. They can be proprietary since someone has to write the software that runs the system. Using a Micro controller you can fit all the logic into an 8 pin DIP and add new features or up date the existing code. Using discreet logic your system can run on 9v, might have fewer parts, and won’t suffer from software bugs.

This system relies on the 4011 quad NAND gate to handle the switching logic. Check out this video for a more in-depth explanation of the switching logic.

Assembling the NAND Bypass board is pretty easy. Easier than making the Fuzz Factory board. It’s got very few parts and there is plenty of room to work. If you wanted to give this type of switching a try this would be a good place to start.

Building and wiring the Fuzz Face

The board mounts the three 10k pots and will accept 9mm or 16mm pots. If you are trying to fit this into a 1590B box in portrait orientation you’ll need to use 9mm pots! The two 5k pots are mounted off board. You could also build this in portrait with all 16mm pots.

I mounted the pots in the enclosure then soldered them to the board to make sure they were perpendicular to the enclosure.

I had some ribbon cable salvaged from an old computer. I used this to wire the off board 5k pots. The board marks the pins 1 and 3. Pin 1 also has a square pad. I used 16mm pots with pins that stick out perpendicular to the shaft. I cut a couple pieces strip board to interface the wires and the pots. This made for some nice clean wiring.

The bottom of the PCB is pretty close the corners of the enclosure. I’ll have to be careful it doesn’t short out there! This was a test fit. I needed to mark the positioning for the power, input and output jacks, then disassemble everything and drill these.

Once I got everything drilled I added some wires and reassembled everything. I realized I needed to move the two pots in the second row inboard a millimeter or two. You can see I had to file the holes a little.

I also installed the switching board. I stuck a little piece of wood to the side of the switch to brace it against the back of the enclosure. There was no way to brace the switch when tightening the nut.

You may have noticed the two germanium transistors are missing. Since these are notoriously inconsistent I decided I wanted to audition a few before selecting which would be used for this project. I have a bag of 40 I’ll test and measure these to find suitable pairs.

I have this TC1 Multi-function Tester. This cost about $17 on eBay. Well worth the money. It tests resistors, capacitors, diodes, transistors, and more. It will tell you all of the most useful information. It will also differentiate NPN, PNP, JFET, and MOSFET devices, and tell which pin is the base, collector, emitter, gate, source, or drain. Super handy.

Germanium transistors have a high degree of variation. Their hfe and leakage is very inconsistent across devices with the same part number. There is a lot of debate about what hfe values work best for different circuits. Some people like to judge by the numbers others like to use their ears. I’m going to go with a hybrid approach use the numbers to get in the ballpark and then audition by ear.

I measured all of the Germanium transistors in the parts bin, marked each with a number and made a spreadsheet of all the values I measured with the TC1.

https://docs.google.com/spreadsheets/d/10O7FYfs_f0x301CYvcvC7pWFFp8Ld2-e3oANXK-AOtc

This is a Fuzz Factory I built using a board from AionFX, it has a few extra knobs. I used sockets for the transistors. I figure I can plug some transistors into this to hear how they sound before soldering them into the new Fuzz Factories.

Here I wired up everything in the box. The NAND Bypass board is well laid out and labeled making wiring easy. Input and output jacks go to the input “In Jack” and “Out Jack” and the input and output from the PCB go to the “To PCB Input” and “To PCB Output”. It’s paint by numbers really!

At this point I gave it a test. I the LED worked, and bypass was working. So we’re goo to go. The last step is finding and installing some Ge transistors.

Tested some transistors in the green fuzz factory and decided on 1 and 9 from the spreadsheet. They had numbers that seemed to be the right range and sounded good.

Taco Fry Fuzz #1

The first us out of the way time to audition a couple more transistors and make the second box.

Tested a few more transistors and decided on #60 for Q2 70 hfe, and #21 for Q3 190 hfe. These sound good and we’re very close to the values for the first pedal. Which should make these sound very close.

What does it sound like?

The Fuzz factory is a highly variable fuzz. The sounds range from standard distortion to fuzz into high gain. It’s possible to dial in gated fuzz and zipper sounds. Not all of it useful in many cases. It’s all fun and inspiring.

Factory of FUZZ (fuzz factory clone) was originally published on Super-Freq

[circuitworkblog]

Circuit Engineering Co. Ltd provides complete electronic turnkey solutions from PCB Reverse engineering, PCB Card cloning, PCB Board copying to manufacturing/assembly. Call us for more info!   Copy circuit board in Germany

Circuit Engineering Co.,Ltd. was incorporated in Shenzhen, China in 2007 by a partnership of investors and seasoned engineers with a long history of working together in the industry of PCB Board Design, Printed Circuit Board Assembly, PCB Board Manufacturing, PWB Repair, Printed Wiring Board Reverse Engineering. The expertise and experience of the Senior Partners is supplemented by a staff experienced in Purchasing, Test, Assembly, and Quality Systems. The result is a company whosecollective experience enables it to serve customers with the knowledge of a more established company,while maintaining an entrepeneurial approach to creative solutions. We can offer a highly experienced workforce capable of producing the highest quality products. Circuit Engineering Co.,Ltd. is aware that Electronic Business is constantly changing and we are committed to identifying and utilizing the technologies and capital equipment best suited to the demands of the future while employing the best of what the past has taught us. For the customer this means that to the traditional offering of consignment EMS, Circuit Engineering Co.,Ltd. can provide Technical Design Manufacturing Services, such as Design for Manufacturing. #reverseengineeringPCBboardinUSA #Brazilreverseengineeringcircuitboard #reverseengineeringprintedcircuitboardinFrance #clonecircuitboardinGermany #UnitedKingdomclonepcbboard #clonepcbcardinRussia #copycircuitboardinGermany #copyprintedcircuitboard #copypcbboardinIran #PCboardcopyinginMexico #electronicPCBcardcloninginItaly #circuitboardreverseengineeringservice #multilayerPCBboardcloning #Indiancircuitboardcopyingservice

[yournewkeyboard]

I adore the concept of the frogpad half keyboard, but trying to acquire one is like looking for a unicorn. What would you recommend in a similar size category, that could be programmed with that layout? Are there any services that will print key covers?

The frogpad is so cool and accessible, it’s a serious shame they’re not made anymore and very difficult to find. There’s the Matias half keyboard but that thing’s price point is a joke at nearly $600 USD.

But your best bet for creating a clone, outside hand wiring something designed yourself, would probably be a programmable macropad.

Looking up macropads, this Koolertron one handed macropad seems like it could fit the bill. It’s 4x6 so you would need to shift the layout of the bottom row around but with some custom printed keycaps from Max Keyboard or WASD Keyboards you could closely mimic the look and functionality of a Frogpad. It doesn’t use QMK firmware but still has the option to program the keys as you like and add layers to your layout.

This macropad is 4x5 so a little smaller, but if you want to streamline the layout used by the Frogpad it could work. It’s is QMK compatible so you can program in the key functions and add layers as you like! This one is currently out of stock but should be restocking soon. (just got a reply that this site sucks at actually shipping out though so probably avoid).

You could also use half of a Nyquist keyboard and program it in the same way. This keyboard is 6x5 but you can break off the bottom row to make it 4x6 if you don’t want the extra keys. This one is sold as a kit though, so it would need some assembly on your part.

If you’re comfortable with custom ordering a PCB (I’ve never personally done this before so I can’t offer advice, sorry!) I feel like the CHOCO could get really close to the Frogpad’s style. This one is 4x7 so you could copy the way the space and shift keys on a Frogpad extend beyond the limits of the letter/symbol keys. It uses low profile choc keys, which I think would be similar to the height of a membrane keyboard, but I don’t know if you can get those custom printed anywhere. Ordering custom polycarb stickers somewhere could be a workaround ahah. Additionally you’d need to do some finagling when it comes to the layout of the bottom row, but you could always add additional keys to your layout if there are any other functions you would want available.

I hope this helps!

[pcbreverseengineering]

Understanding Clone PCB Service: A Comprehensive Guide

For those looking to replicate or repair printed circuit boards (PCBs), a clone PCB service offers a valuable solution. This service allows you to duplicate existing PCBs with high accuracy, ensuring that your electronic devices function as intended. Here’s everything you need to know about clone PCB service and how it can benefit your projects.

What is Clone PCB Service?

A clone PCB service involves the replication of existing PCBs, capturing their design and functionality with exact precision. This service is often used for duplicating old, discontinued boards or for creating prototypes based on existing designs. The process typically includes creating a detailed copy of the PCB layout, components, and connections, ensuring that the new board operates exactly like the original.

Benefits of Using Clone PCB Service

1. Cost-Effective Solution

Opting for a clone PCB service can be more cost-effective than designing a new PCB from scratch. By replicating an existing board, you save on design and development costs, making it an economical choice for both personal and professional projects.

2. Time Efficiency

Designing a PCB can be time-consuming. A clone PCB service accelerates the process by providing a ready-made solution. This is particularly beneficial when you need to replicate a working design quickly for production or repair purposes.

3. Preservation of Legacy Designs

For those working with older technology, a clone PCB service helps preserve legacy designs. If a PCB is no longer in production or is difficult to source, cloning allows you to continue using and maintaining older equipment without compromising on performance.

4. Enhanced Accuracy

Modern clone PCB services use advanced technology to ensure high accuracy in replication. This means that the cloned PCB will match the original’s specifications precisely, reducing the risk of errors and ensuring consistent performance.

How Clone PCB Service Works

1. Design Analysis

Analyzing the original PCB design is the first stage in a clone PCB service. This involves examining the layout, traces, components, and connections. High-resolution imaging and scanning technologies are often used to capture detailed information.

2. Creating the Clone

Once the design is analyzed, the cloning process begins. This includes replicating the PCB layout and transferring it onto a new board. The process may involve both manual and automated techniques to ensure precision.

3. Testing and Validation

After the clone is created, it undergoes rigorous testing to ensure it functions exactly like the original PCB. This step is crucial for verifying that the cloned board meets all performance and reliability standards.

Choosing the Right Clone PCB Service

When selecting a clone PCB service, consider the following factors:

Experience and Reputation: Select a service provider who has a solid track record and satisfied clients.

Technology and Equipment: Ensure the provider uses up-to-date technology and equipment for accurate cloning.

Turnaround Time: Check the service provider’s turnaround time to ensure it aligns with your project deadlines.

Cost: Examine prices to identify a service that provides a decent trade-off between price and quality.

A clone PCB service is an essential resource for those needing to replicate or repair printed circuit boards. By providing cost-effective, accurate, and timely solutions, this service supports both personal and professional electronics projects. Whether you’re preserving legacy designs or accelerating prototyping, choosing the right clone PCB service ensures your PCBs function flawlessly and meet your project requirements.

[quasisengineeringcorner]

Arduino PSA:  Genuine vs. Knock-off and How to Spot Them

I think this particular topic has been talked to death, but just a refresher in case you come across one of these...

About a month or so ago, I signed up in a contest to get some free stuff.  I’ve seen ads for a website called inventr.io and, after some research, determined it was reputable (at least to an extent) and signed up for the contest.  Didn’t win, but apparently you got a free Arduino Uno just for participating.  You only payed for the shipping and handling, which was about $10 USD.

Alright, easy enough.  $10 USD isn’t bad.  What’s the harm there?

Last week, it finally came in.  My first suspicion that it wasn’t going to be a genuine Arduino was when I saw all the labeling on the box:  It came from China.  For those of you new to electronics as a hobby, Chinese companies are notorious for producing clones and counterfeits of popular electronic devices, such as Arduino.  These clones/counterfeits are typically subpar in quality and performance but otherwise operate similarly to the product they are imitating. (It’s here I should note that there are a few Chinese electronic products that are of a similar quality to those products with which they are competing and are sometimes even better.  However, Arduino isn’t one of them.) I opened my box and found the contents below inside.

A “fake” Arduino, a data cable, and a sh*tload of LEDs.  I was going to be mad about it, but honestly, I’m not entirely sure what I expected.  I was actually happy about getting the data cable and LEDs since my current data cable is a bit wonky and my LED supply is running low.

So let’s break this down:  How am I sure that I have an Arduino clone? The very first thing to notice is the color of the PCB.  It’s a dark, Navy blue.  A genuine Arduino is assembled on a teal-colored PCB.  Additionally, and rather obviously, is “Arduino” and the respective logo aren’t anywhere to be found on the board.  And, if you check the back, the nice “Made in Italy” with the outline of the country is also missing.  In fact, the country of origin isn’t printed anywhere on the board as far as I can tell.  Whether it actually works or not remains to be seen.

How was I duped, you ask? The advert they had for this contest was using pictures of a genuine Arduino.  And...yeah, the price seemed pretty good. 

So, to all you electronics enthusiasts and hobbyists out there, beware of Arduino clones.  I’ve been in this game for a few years now (5 years if I’m remembering correctly) and I still managed to get duped.  If you are looking to purchase and Arduino, do so from the Arduino site. There are also a list of official distributors here if you are in the United States.  And if you think you have a counterfeit or Arduino clone, you can check here.

These guys who produce Arduino clones don’t deserve your business.  The Arduino guys already do so much for the community by providing an open-source platform for us to use and make stuff with.  Always, always be sure to purchase a genuine Arduino if you are wanting or needing one; a single Arduino Uno is literally only $22 USD.  Hell, donate to them if you can.  That money goes to developing the Arduino platform and providing services for us and many others to use. 

Now, I’m gonna go back to seeing if I can get my Arduino Mega and TI MSP430 to talk to each other while I let my newly acquired Arduino clone gather dust in a box somewhere.

-J

[psychologieofhome]

PCB Card copying

[santilondonsblog]

PCB board cloning service

[icunlock]

PCB Clone Service | OROD Shenzhen

PCB clone service enables you to replicate the same copy of electric circuit board that you want. Cloning should be the last resort that you should opt for as a solution for your engineering or business challenge. Shenzhen OROD provides the full process service of PCB reverse engineering your IC unlocks successfully.

https://www.icunlock-mcucrack.com/pcb/pcb-clone/