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USB4, The Royalty Free Thunderbolt from Intel

In the news, Intel has given their specification for its high-speed Thunderbolt technology to the USB-IF implementers forum.  This is the group which creates and manages USB technology.

The USB4 specification will follow the current USB 3.2 specification, yet an exact date of release has not been defined.

USB4 will double the bandwidth of USB 3.2 and provide transfer rates at a theoretical maximum of 40Gb/s. 

USB4 Flash Drive

USB4 will also enable the use of multiple data and display protocols simultaneously.  This implies you will be able to transfer data, run your monitor and power your devices through a single connection.

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TiSTICK – The Over Kill USB Flash Drive

The TiSTICK is currently available on Kickstarter. Here is your summary update if interested:

The flash drive has a titanium case, made of very durable material, has 256AES hardware encryption, available in several large GB capacities and is getting near full funding on Kickstarter.

We like the shape, we like the magnet on the tail of the drive, and we like the look. Great marketing and certainly sets itself apart from the rest of the “durable” flash drives. So well done Jörg Lingg.

In our humble opinion a bit over kill, but that is only our opinion. The following drive is made of aluminum, has been ran over multiple times with a car, and still works fine with it’s Alcor controller with encryption functionality.

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Harmonization Code for USB Flash Drives

HS Code for USB Flash Drives

When importing or exporting USB flash drives in the United States you will want to use this Harmonization Code to help with customs paperwork.

The Harmonization Code is tariff nomenclature for internationally trade which defines names and numbers assigned to traded products. The HS Code System came into effect in 1988 and has since been developed and maintained by the World Customs Organization (WCO), based in Brussels, Belgium. There are over 200 countries which participate in this program.

The HS Code for a USB flash drive is: 8523.51.0000

In the event your freight forwarder or delivery service tells you that an ECCN is needed to ship USB flash drives and is required to complete the Automated Export System (AES) or other documentation then please give them the above information and it should all work out.

ECCN stands for Export Control Classification Number. An ECCN is an alpha-numeric classification used in the Commerce Control List to identify items for export control purposes.

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Look What 10 Years Does for Lexar and SD Cards

Almost ten years ago Lexar announced it’s first 1GB SD card. Today Lexar announces their first 1TB SD card. My, how times have changed. A one GB card ten years ago cost about $125 and difficult to find at that capacity. The 1TB card announced today is $499. Doing a quick calculation means the price per Megabyte went from $0.12 cents all the way down to $0.0005 per Megabyte. Awesome!

If the price difference isn’t a big enough shock to you, consider the storage capacity increased this much, yet the form factor of the SD card has not changed.

Lexard 1TB SD Card

This new Lexar card is a Class 10 device with transfer speeds over 95MB per second. Ideal for newer cameras capturing video in 4K.
Lexard 1TB SD Card

About Lexar:

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Pocket Sized USB DNA Reader

I won’t claim to be a science expert, but found this article very interesting about a DNA Reader just a little larger than a USB drive.

For years, Illumina Technology has the lead in genome sequencing. Their gear is good and from what I understand their gear is expensive. The MinION (from Oxford Nanopore ) is an inexpensive alternative with some great upsides.

The DNA sequencer is just over $1,000 at the time of this post. Traditionally, a DNA sequencer could only read about 200 basis. A “basis” is a nucleobasis which is a collection of biologicial compounds that make up the basic building blocks of nucleic acid… or DNA.

The MinION is impressive with the ability to read 900,000 basis. Also called “long reads.” With the long reads you get a better idea of the compounds making up the DNA. Although the longer reads are not as accurate as short reads, the trade-off isn’t bad. The amount of time and effort to construct a long read from a collection of short reads is considerable. The less accurate long reads from MinION and not that far off base, thus a bit of a break through.

It is simply amazing that 15 years ago the human genome was a global effort, yet today it can be done in a device no larger than a flash drive.

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