The Universal Serial Buss Implementers Forum or USB-IF has released their new specification, USB 3.1.Â The full spec will be available for download off the USB-IF website on Friday Aug 2, 2013.Â The new specification allows for 10Gb/s transfer rate.Â Of course this is optimal transfer speed without the incurrence of operating system resources trying to regulate bandwidth for multi device transfers, but none-the-less it’s a huge jump in speed for USB.
USB 3.1 cable
USB is the most versatile connector type in the computer market.Â Universal Serial Bus (USB) is an industry standard developed in the mid-1990s that defines the cables, connectors and communications protocols used in a bus for connection, communication, and power supply between computers and electronic devices.
Originally USB was specific to connect computer peripherals such as keyboards, pointing devices, digital cameras, printers and network adapters.Â With the increased need for bandwidth with digital content and the faster speeds of portable storage devices and smartphones the need to increase the speed of USB has been significant.
In addition the USB specification incorporated a Power Delivery or PD protocol which can deliver up to 100watts of power over a USB cable.Â The PD technology must use a certified cable with the Power Delivery wiring so not all USB cables will have the PD ability.Â The intent is to permit uniformly charging laptops, tablets, USB-powered disks and similarly higher power consumer electronics, as a natural extension of existing European and Chinese mobile telephone charging standards.
With the increased 3.1 speeds and the power ability of 100watts per cable it appears USB has made a substantial gain in the cable of choice for manufacturers and consumers a like for connecting their peripherals to their host computers.
The USB 3.1 specification is just now in development and products should come to market in the next 8-10 months.
You can’t help to think Apple’s push for Thunderbolt has something to do with the latest announcement from the USB-IF…in that transfer speeds via USB will double what the USB 3.0 specification currently is.Â If development can stay on target, this increased speed should be seeing implementation by end of 2014.
The new specification will run with USB 3.0 sockets and connectors; however, will require new wire setup for the cables.
It is expected to see the faster USB spec in PCs, adapter cards and hard drives, but will take significantly longer to reach mobile devices and tablets.Â As it stands now, USB 3.0 is just gaining momentum as a standard socket in PCs and mobile devices should start seeing 3.0 connectors in late 2013. Â
USB devices and ports are now the most ubiquitous item one can related to a computer product other then maybe the VGA connector or Ethernet port.Â With that said, it’s now the mainstream bus used to power and recharge most computer devices and gadgets.Â However, just because it will charge of USB doesn’t mean it’s all that easy and efficient.Â There is a lot more into charging via USB then you’d ever imagine.
With some devices you get a fast charge.Â With other devices you get a slow charge.Â So what’s the deal?
In most cases when you see a slow charging device it means the manufacturer made a digital signature that is compatible with the power charger which came with the device.Â Any other USB port used to charge the product simply isn’t as efficient…and that’s by design!
This post is just an appetizer for all the dirty little secrets related to USB charging devices, to get a little deeper into the details click over to
Doing anything to make your product stand out is the only way to get your company ahead.Â Over the past 3 years, going green has been a very popular theme with many companies.Â Qmadix is another company you can add to the list.Â Qmadix introduces a biodegradable USB cable.
The biodegradable USB cable works like any typical USB cable.Â It is USB-IF certified to guarantee performance speed.Â It comes in Type A and Type B connector styles.Â Qmadix also includes HDMI and 30 pin Apple connectors.
The big difference is the coating put on the cable.Â The USB biodegradable cable uses a plant-based by-product to protect the internal copper.Â The cable will remain stable during use in the home or office, but once put into a landfill, the degrading begins.
We suspect is has to do with moisture levels, but not 100% sure.Â The plant-based coating will biodegrade the cable in about
These iPhones run out of juice so quickly.Â I’m not saying it’s a battery issue, I’m saying the devices are so adictive I use them all day long and drain the battery.Â From getting directions, to checking status updates, to email, facetime and photo shots, it’s in constent use.
I’ve definitely spent extra money getting Apple 30 pin cables for charging at both home and work.Â Caseinity has solved the consumer problem of over spending with the cord-on-board product.Â The product is simple as you can see from this image.
The product is a case with the USB to 30-pin connector attached to the underside of the case.Â Now we don’t see a width dimension of the picture, but it must be at least 7mm thick to handle the USB connector.
What I like most about this product is the
NUREMBERG, Germany – TE Connectivity (TE) has expanded its portfolio of industrial USB 2.0 connectors to include latching and circular sealed USB connectors.
The latching version adds retention force to USB connections and features a latching plug and receptacle with standard IP 20 protection. This USB connector adds 40 Newtons of locking strength with an integrated, positive latching mechanism and offers 1,500 mating and unmating cycles. The latching mechanism helps to avoid downtime caused by accidental unplugging and an audible and tactile feedback confirms to the user that the connector is fully engaged. Typical applications are in the mobile segment, such as hand-held devices with a controller-to-peripheral interconnection.
The latching USB connector’s high-speed standard allows the transmission of up to 480 Mb/s data plus up to 5 volts/500 milliamps over one cable. Cable assemblies of 1 to 5 meters in length make it easy to use the latching feature without having to assemble cables. Customers simply need to design-in the latching receptacle to the board side of their product. If more than one USB port is required, a double-row latching receptacle can be used. Versions are available in standard Type A configurations.
Ruggedized USB connections