When it comes to electronic hobbyists and EEs, there is no company that deserves a few raised eyebrows than FTDI. They made their name with USB converter chips, namely USB to serial chips that are still very popular today. So popular, in fact, that clones of these chips are frequently found in the $2 Arduinos from China, and other very low-cost devices. A little more than a year ago, a few clever people noticed FTDI drivers were bricking these counterfeit chips by setting the USB PID to 0000. The Internet reacted to this move and FTDI quickly backed down from that position. The Windows driver was fixed, for about a year until the same shenanigans were found again.
Adafruit recently sat down with [Fred Dart], CEO of FTDI, giving us all the first facts and figures that aren’t from people frustrated with Windows’ automatically updated drivers. The most interesting information from [Fred Dart] is how FTDI first found these counterfeit chips, what FTDI chips are being counterfeited, and how many different companies are copying these chips.
The company first realized they were being cloned when they couldn’t reproduce results of a Chinese-made ‘FTDI’ USB to RS232 cable that behaved strangely. A sample of the cables were shipped to FTDI and after inspecting the chip inside, FTDI found it was a clone with a significantly different architecture than a genuine chip.
So far, the counterfeiters appear to only be counterfeiting the SSOP version of the FT232RL and occasionally the older FT232BL chip. From what FTDI has seen, there appears to be only one or two companies counterfeiting chips.
As the CEO of FTDI, [Fred] has a few insights into what can be done to stop counterfeiters in China. The most important is to trademark the logo. This isn’t just the logo for a webpage, but one that can be laser etched onto the plastic package of the chip. US Customs has been very amenable to identifying counterfeit components, and this has led to several shipments being destroyed. Legal action, however, is a bit hard in China, and FTDI is dealing with a gang that counterfeits more than FTDI chips; there’s a high likelihood this gang was responsible for the fake Prolific PL23o3 chips a few years ago.
As far as FTDI bricking counterfeit chips is concerned, [Fred Dart] wasn’t silent on the issue, he merely wasn’t asked the question and didn’t bring it up himself.
Everyone here at Hackaday is a big fan of Embedded.fm, the weekly podcast for people who love making gadgets, hosted by [Elecia White]. We’re honored that this week she has dedicating an entire episode to live interviews at the Hackaday SuperConference.
The set of seven interviews are with some of the people who were working the SuperCon. These were recorded on the second day of the conference, after the Hackaday Prize had been awarded. It was also the morning after [Sprite_TM] presented an amazing talk which almost everyone interviewed mentions (don’t worry, video of that talk is coming soon).
[Elecia] has a gift for interviewing and guides the conversation in many interesting directions: what the SuperCon is all about, background on the people who work on Hackaday, Supplyframe, and Parts.io, looks back at the 2015 Hackaday Prize, and what the future might bring.
If you’ve ever wanted a candid behind-the-scenes look at the events and initiatives that go on around here, this is it. It’s told from the perspective of people who love devoting way too much time to Hackaday. We think [Elecia] is counted among them.
Main Image: In true hacker fashion, [Elecia White] prepares to launch her LED throwie up to the second floor ductwork at the Hackaday SuperConference.
[Bjarne Stroustrup] introduced C++ to the world on Monday 14th October 1985 at the ACM annual conference on “The Range of Computing”. On its 30th anniversary [Bjarne] reviewed the history, his experience, and his thoughts on the future of the language in an interview. Also on that day the first edition of his book, “The C++ Programming Language” was released. It’s now available in a 4th edition. The title differed only in the “++” from the classic C book by [Kernighan] and [Ritchie] that graced the desktops of a multitude of C programmers.
The first versions of C++ were compiled with CFront, a compiler that generated C code which was then compiled as normal. Around the 1990s, it’s unclear when, numerous native compilers became available, notably for PCs, which lead to explosive growth from 400,000 users to an estimated 4.4 million today.
One of the frustrations [Stroustrup] expresses is how C++ is viewed by developers,
… a problem that has plagued C++ forever: Poor teaching and poor understanding of C++ even among its practitioners. There has always been a tendency to describe C++ as some odd variant of something else.
Soon the standards committee is meeting to discuss C++17 in Hawaii. Fair winds and bright skies look to be in the future of C++.
When it comes to manufacturing, no place in the world has the same kind of allure as the Pearl River Delta region of China. Within just an hour-long train ride, two vastly different cultures co-exist, each with its unique appeal that keeps attracting engineers, entrepreneurs, and hustlers alike. On the mainland side, cities like Shenzhen and Guangzhou bring the promise of cheap components, low-cost contract work, and the street cred of “having done the Shenzhen thing.” And on the island, the capitalist utopia called Hong Kong glows with all of its high finance and stories of lavish expat lifestyles.
As the “new” China evolves, it seems like it’s exactly the convergence of these two cultures that will bring the biggest change—and not just to the area but to the whole world. Still, understanding what exactly is going on and what the place is really all about remains a mystery to many. So, this June, we jumped on the bandwagon and headed east, trying to get our own feel for the whole thing.
Here’s what we came back with…
Continue reading “The Factory of the World – Hackaday Documentary on the Shenzhen Ecosystem”
Recently we had the opportunity to sit down and interview Arduino SRL’s CEO, [Federico Musto], over a nice dinner. His company is one half of the Arduino vs Arduino debacle which has pitted Arduino.cc against Arduino.org in a battle over the trademark on “Arduino”.
Given the tremendous amount of press coverage of [Massimo Banzi] and the Arduino LLC side of the story (Arduino.cc), we were very interested in hearing how the whole situation looks where [Frederico Musto] sit (Arduino.org). In the end, we came away with what we feel is a more balanced and complete picture of the situation, as well as interesting news about future products from the Arduino SRL camp. [Musto’s] take on the legal proceedings, both past and present, is nothing short of fascinating.
Continue reading “[Federico Musto] of Arduino SRL Discusses Arduino Legal Situation”
I caught up with [Massimo Banzi] at the Shenzhen Maker Faire to talk about manufacturing in China, the current and future of Arduino, and how recent events may shape the Open Hardware landscape.
The big news from Arduino at SZMF is a new partnership with Seeed Studio to manufacture theGenuino. This is an official Arduino board manufactured in China for the Chinese market. Knowing that the board is official and connected to the founders is key point to get makers to adopt this hardware. [Massimo] makes a good point about the ideal of “Proudly Made in China” which I could see as a selling point for the burgeoning maker market there. This may be a growing principle in China, but in an ocean of clone boards it sounds like a tough path forward. On the other hand, their booth was mobbed with people putting in new orders.
[Massimo] belives the current Arduino strife has actually served to move the project forward. He cites the schism between arduino.cc and arduino.org for catalyzing manufacturing partnerships with both Adafruit Industries and Seeed Studios. This has resulted in official Arduino hardware that is not made only in Italy, but made in the region the hardware will be used; NYC for US orders, Shenzhen for China orders.
Our discussion wraps up with a plea from [Massimo] for the Hackaday community to be a little less fickle about projects using Arduino. That one makes me chuckle a bit!
SparkFun, you know them, you love them. They list themselves as “an online retail store” but I remember them for well-designed breakout boards, free-day, videos about building electronics, and the Autonomous Vehicle Competition. This week SparkFun turned my head for a different reason with the announcement that [Nathan Siedle], founder and CEO will be stepping down. He’s not leaving, but returning to the Engineering department while someone else takes the reigns. I spoke with him yesterday about what this means for him, the company, and what SparkFun has planned for the future.
Stepping Down Without Saying Goodbye
[Nate] founded Sparkfun in 2003 while still working on his Electrical Engineering degree from the University of Colorado Boulder. He cites wanting to return to his engineering roots as the reason for his title shift, which won’t happen for at least 9 or 10 months. It’s the concept of leaving the CEO position without leaving the company that raises many questions in my mind.
Continue reading “Talking Big Changes At SparkFun With Nathan Seidle”