For those into home-brew programming projects, its easy to make a microcontroller spit out some Morse code with the post shown below. What makes [pavlin’s] take on this project interesting is that it resides on a tiny USB board with an ARM processor. The design for the board is available with single-sided artwork suitable for production using simple methods like toner transfer.
The STM device has a built-in USB bootloader. It can also act as a serial port, which makes the project very simple and a bit more flexible. The only external parts are a speaker and an opt-oisolator.
The program provides a command line interface over the serial port that you can use to program the message and set other options like speed and the delay between messages.
CES, 2016. Sony releases a USB turntable, named HX500. Sony will provide backup- software for the Mac and PC and it connects via USB. From there, you can send the DSD (Direct Stream Digital) copies to your computer or device. Of course Sony would prefer you to play them back on their Hi-Res-playing Sony Walkmans.
The DSD audio is a lossless audio quality that will sound more full and rich than your downloaded MP3 file. Andy why not, vinyl records have been making a big comeback the last couple of years.
USB write protected means the USB cannot be written to. But why?
There are really only two reasons why a USB stick is write protected.
#1 The USB is corrupted in some way and is no longer working properly. It’s actually very easy to destroy a USB stick and the most common way is sending multiple write threads to the device. So for example, you decide to copy a bunch of files form your computer to your USB stick. While that data transfer is going on, you give another request to write data to the flash drive. If the second request doesn’t write protect the USB, then try sending a third command, all at the same time of course, and this will certainly write protect the drive.
#2 The USB is write protected by design. Meaning the content owner (person who put data on the drive) made the stick read only. Read only is another way of saying write protected.
How you make a working USB stick write protected is sending a
Can I connect a USB Type C cable to an older USB 2.0 port?
No you cannot.
The USB type C socket is a backward compatible technology with respect to the protocol but it is not backward compatible in the physical connection. Meaning, the sockets wont fit, but with an adapter you will have no problem charge devices or trasnfering data.
The USB-C connection was design for several reasons. Of course a new specification will always be developed to increase data transfer rates or introduce new features, such as increased power across the buss to charge or power connected devices. The main reason for USB-C connectors is size. With USB being the world’s most popular technology for peripheral devices, the Implementers Forum (with members such as Intel, Acer, AData, SanDisk, Lexar, Micron and many others) they wanted to insure the USB specification continued to be the #1 method for connecting the ever decreasing size of digital devices.
Lake Forest, CA — July, 2015 — Nexcopy Inc., introduces a new software suite which supports data locking content to secure digital media. The software function supports both full size Secure Digital card media and microSD card media. The data locking feature will turn the SD card into a read only card so data cannot be deleted or formatted off the device.
Write protecting, or data locking content to flash memory is an important security feature. With the Nexcopy software and duplicator, data can be copied to the memory card and as a final step the device will be write protected at the controller level. Performing the data lock at the controller level blocks any third party from manipulating, hacking or tampering with the original content.
With the Nexcopy duplication software and hardware solution, a content owner has the following benefits:
Infinite USB is a concept which dates back five years. The concept is brilliantly simple. The USB cable design allows multiple devices to be charge from an extending USB plug, and at the same time, allow data transfer through that one original USB port.
Today, Infinite USB has released a new version for the Mac computer. One which supports Apple’s Type C connector. This is a really smart move on Infinite USB’s part because the Mac computer only has one USB port. So additional sockets is very important.
Like the original design from years back, the connection is simple and straight forward.
Using the original USB port of the computer, the Infinite USB creates a pass through, or extended USB port. They do this so that once the Infinite USB cable is connected, you still have access to the data transfer ability of that original Mac USB port. However, Infinite USB was ultra-clever and created a design to steam off some power form the USB buss so you can charge additional devices.
The USB connector builds upon this concept with module cables and connectors so you may continue to high-jack power off the original USB socket, while still having the original USB port with data transfer capabilities.
To be perfectly clear, the Infinite USB will only transfer data to one USB device… it will not transfer data to all the devices connected. It is important to understand the Infinity USB concepts is a creative charging station, not a USB hub.
The product can be found on Kickstarter for $20. There is only one day left at the time of this writing, after that you can order product through the company website.
Good luck guys, we love the product!