Turbo Vtc
Jennell Venier
This new evolution in our lineup involves the development of a new aero package which includes a new compressor cover with several flow enhancements and a new compressor wheel profile that includes an extended tip on the exducer. All this provides a 10% increase in flow vs Gen 2 technology.
At Precision Turbo & Engine, our "why" is deeply rooted in an unyielding commitment to performance and reliability. In an industry where every detail matters, we strive to engineer products that not only unleash unparalleled power but also stand the test of time, ensuring that you can drive with confidence and peace of mind. Whether your application is for the street, or setting land speed records at Bonneville, our relentless pursuit of perfection drives us to create turbochargers and engines that set industry standards, embodying a synergy of innovation and durability. We believe that your vehicle\'s heart should pulsate with relentless force, coupled with an unwavering reliability that transforms every drive into an extraordinary experience. Trust in Precision Turbo & Engine to fuel your journey with uncompromising performance and reliability, taking automotive excellence to new horizons.
I think it would be great if OpenAI produced a guide on which model to select. We still have gpt-4, 3.5-turbo, 4-turbo, 4o (and 4-32k for some). Without this guide every developer is left in the dark over an ever increasing number of variants.
WebContainers-based projects use Turbo as package manager. Turbo is our custom npm client and it works similarly to npm and yarn. For many commands, you can invoke npm or yarn directly and they will work as usual:
Turbo relies on the package-lock.json file format from npm to read and write lockfiles. In particular, it uses the lockfileVersion: 2 format introduced in v7. When a valid package-lock.json is present, the installation process will be much faster.
Turbo does not run install scripts for your dependencies. This increases the security of the installation process, and prevents the spurious errors arising from the differences between the underlying platform (WebContainers) and a local environment.
While WebContainers cannot use packages based on native add-ons, they absolutely can use packages based on WebAssembly (for instance, esbuild-wasm instead of esbuild). Using WebAssembly-based packages increases the portability and security of your code.
However, sometimes, packages using native code are deep within your dependency tree like, for instance, an image processing tool used by your bundler. Replacing those packages would not be feasible without significantly altering the configuration of your project. The Turbo registry is able to detect the usage of non-supported packages at installation time and swap them for you.
It is worth noting that if the requested version is missing, turbo will install the original package instead. It's likely that your application will not work properly because a polyfill could not be installed where it's required. In cases like this, turbo will report this as a warning:
LibSass and packages that are built on top of it, including node-sass, are officially deprecated. While it receives maintenance updates, there are no plans to add new CSS or SASS features. The team recommends to migrate your project to Dart Sass. For more information check out the SASS blog post.
Because LibSass is deprecated and has some behavioral variations from the Sass spec, you may need to make minor changes to your stylesheet if you migrate to Dart Sass. Here's a list of major compatibility issues.
Garrett is pioneering E-Turbo technology to deliver superior performance, fuel economy, and emissions, by integrating state-of-the-art, ultra-high-speed electric motors and power electronics into its turbocharger product families.
Electrifying a turbocharger removes the constraint of needing a small turbine with excellent efficiency to drive the compressor at low flow rates. Instead, it allows us to right-size the turbine for Lambda 1 rated power.
E-Turbo provides an integrated, compact and balanced solution that delivers the additional functionality of Energy Recuperation (Efficient energy Management / Positive effect on state of charge SOC). Any penalty in inertia can, therefore, be more than compensated for by an electric motor and the addition of a wide-range Compressor to improve low-end response and extend high-end performance simultaneously.
Please check here if you wish to receive future communications from Garrett, including notices of product updates or other promotional or technical information. We use this information in strict accordance with our Privacy Statement.
If anyone asks me about a good shipping company, I immediately tell them about turbo. Mr. Walid from the Zagazig branch is the epitome of politeness and respect, and he executes any request I make in the fastest time possible. And Mr. Amr from the Abu Kabir branch is also very respectable.
One of the best companies, and I expect it, God willing, to soon become one of the leading companies in the field of shipping. I faced some problems with them at first, such as delivery delays, but honestly, I always found support from the customer service.
And the one who impressed me the most in...
My judgment of Turbo is not based on a day or a year of dealing with them; it exceeds three years of continuous cooperation. I am proud of Turbo and their rate of development, and I expect them to have even greater development in the future, God willing. During this period, the rate...
Retention is the main key to the growth of all successful businesses, which is why our platform provides a unique experience for all your customers from beginning to end, helping you easily attract many loyal customers.
Note: The barrel jack connection on the RedBoard Turbo has a lower input voltage than most Arduino development boards. Make sure that you are using a power supply below 6V. Please be aware that the RedBoard Turbo is also a 3.3V device and not a 5V one like the original RedBoard.
A 32-bit ARM Arduino-like board, with built-in battery management and bonus flash storage, for (slightly) under $25? And from a non-shady vendor like SparkFun who supports their stuff? Very, very cool.
Nice board especially the price. I suspect a lot of folks may start to use it instead of the UNO. A word to the wise if you plug in your favorite UNO shield that is populated with an ISP header, Shields such as the proto shield DEV-1382/13819 and the microSD shield dev-12761, the 3.3volts will be shunted to the 5.0v USB supply.There are several ways around this but if you don't wish to cut board traces you can pull the 5.0v pin from the shield's ISP stackable header. As a side note the ISP header connections are not documented on the schematic for this board. This is also the case for the case for the SAMD21 Dev Breakout (DEV-13672 ). This information is available on the graphical data sheet and the eagle files.
Is it possible to power this board using an external regulated 3.3V power supply? I am worried I could damage the board by connecting a external 3.3V directly to the 3V3 pin header.Thanks and best regards!
Hi guys, so... I may have (I did) hooked up an LCD powered by the 5V USB power on the board and then hooked up the logic lines directly.. to the 3.3V board. Dang it. So now the charge LED flickers slightly for a few seconds when powered on and the board is not recognized. As someone who has been in this game for a while, that was a dumb mistake. My question is: anyway to fix this besides replacing the SAMD21 IC? Any help would be much appreciated, thank you. At least the good news is that they are in stock! :)
I got it back!!! I held down the reset button and quickly pressed it a few times (in desperation) and maybe crossed some other wires with tears, but I saw the blue LED flash! Then the board came up on my Mac and I am back in business! I'll probably should order a second board for a backup, this is a great dev board!
Hi there, it sounds like you were looking for technical assistance. In the future, you can use the link in the banner above, to get started with posting a topic in our forums. Our technical support team will do their best to assist you.That being said, you probably reset the board into the bootloader. It is a good way to try to recover your board if something funky happened. If you can't get to the bootloader... your last resort would be to re-flash the board.
Some random things I have noticed when using this board:On a Mac, make sure you are using a quality USB cable, or you will have difficulty getting the USB port to show up in the Arduino IDE. At least that has been my experience. This is not unique to this board with Macs.
If you are connecting this to a Pixy2, you will have to modify the Pixy2 library and replace references to the "Serial" object with "SerialUSB". I had to modify Pixy2.h, Pixy2CCC.h and TPixy2.h in this way. I also had to remove the ZumoBuzzer.cpp from the library in order to compile my sketch. I don't have a Zumo robot, so I didn't bother debugging the issue.
After modifying many libraries and pulling my hair out I found a quick solution, start your sketch with "#Define Serial SerialUSB" (before all the other library calls) to map the SerialUSB to Serial - then any standard AVR arduino libraries will work with the turbo without modification. I've written code that will work on either board flavor by just commenting or uncommenting that snippet.
There is a cuttable trace for the power LED.But, if the schematic is to be believed, we're back to 330Ω resistors on the LEDs. The other current RedBoards have transitioned to 4.7kΩ, much easier on the eyes (and batteries!)
I see a debugging socket on the board (unpopulated). What is the pitch of the socket? What debugger does that require?Also, if I load my own code through the debugging socket, does that invalidate the UF2 bootloader, or can it still be used?Thanks.