For Plugable’s USB 2.0 products with DisplayLink chips, however, we’re still recommending earlier DisplayLink Windows driver version 5.6 M1 (5.6.31870.0), because of its proven stability. For now, Windows Update will still deliver 5.6 M1 automatically when you plug a Plugable device in.

Here’s a little background on why:

DisplayLink’s newest 6.x drivers work with all DisplayLink chips (USB 2.0 and the coming USB 3.0 generation), but the primary development focus of version 6.x has been on enabling the coming USB 3.0 generation of products. Perhaps as a result, there are some minor tradeoffs for USB 2.0 generation devices.

Here are the tradeoffs we’re following:

1) On a few systems, screens may go blank after returning from a reboot or power event. The cause appears to be changes in the way display configuration information is stored with the 6.0 and 6.1 drivers – Windows and the drivers can get confused, and that confusion will persist across unplugs, reboots, etc (going back to 5.6 M1 is the solution in these cases)
2) The uninstaller on version 6.1 fails to uninstall from Windows’ Programs and Features (as a workaround, you can use the DisplayLink “cleaner” utility).
3) 5.6 M1 is the last release where DisplayLink’s logs are readable. When we hit any strange problems on a customer’s system, our ability to analyze the logs to find the underlying problems (and solutions) is one of the ways we try to provide better support for Plugable brand devices.

All that said, we run the latest drivers on nearly all of our own systems (so we can stay up to date with the latest developments), and generally they’re great. So if there are any 6.x features or fixes that are relevant to you, feel free to download and install 6.1 M0 or later to give it a try. You can always download the latest DisplayLink driver here. And we expect that with one of the coming releases, we’ll push forward our recommendation to the latest version.

For those considering the latest versions, here’s the features and fixes DisplayLink has delivered since 5.6 M1 (as of version 6.1 M0). We’ve cut down the list to just those appear to be relevant to USB 2.0 devices.

New features since 5.6 M1 (as of 6.1 M0):

- Improved video smoothness for DL-1×0, DL-1×5 and DL-3×00 series
- Improved frame rate
- Reduced CPU utilization
- DisplayLink Tray applet enhancements

(Note these are generally subtle improvements)

New fixes since 5.6 M1 (as of 6.1 M0):

Sometimes the DisplayLink screen will remain blank when the device is
re-plugged after having been disconnected during power save. (11708)

Moving a mouse over full-screen video playback causes quality to drop. (12409)

Sometimes DisplayLink screen comes on in clone mode instead of extending when
connecting the device for the very first time. (10217)

Sometimes video may freeze on DisplayLink monitor. (11333)

Other miscellaneous fixes

• It’s shocking to see a keyboard projected onto any table, and be able to type in thin air (that was also true of its predecessor, the Celluon LaserKey CL850)
• You can connect to any PC or mobile with either with USB or Bluetooth. It uses a battery in wireless mode. That battery charges via its included USB cable
• It now has a mouse mode with multi-touch support for Windows 7 (Doesn’t support Mac or iOS multitouch)

But the really important thing about the new Magic Cube is it’s now driverless: It uses the standard Bluetooth HID profile and standard USB HID class, so for whatever you connect it to, it just sees a standard USB keyboard or mouse (which have always used HID). No drivers, no fuss.

That makes the new Magic Cube work with nearly all devices out there that can use a standard Bluetooth or USB keyboard: iPad, iPod, iPhone, Windows, Mac, Linux, and lots of other mobiles and devices.

iOS devices, in particular, are well-matched because the built-in auto-correct is a great help for improving accuracy (which is the main remaining downside of a projection keyboard — it takes getting used to).

If you’ve never had the chance to try a laser keyboard, take a look at this video to see it in action.

Celluon Magic Cube Laser Projection Keyboard and Touchpad

Product Details

$169.99

It’s amazing how few people know about the possibilities of turning one computer into many with simple USB terminals. We’re hoping more stories like this will get the word out!

To Whom It May Concern:

I want to take a second and thank you for the support you have given me. It is not often I find such good people that take time out of their busy day to help! Thank you so much!

I voluntarily single handedly support a small non-profit K-12 school. A little IT history on that school was that as of early 2009, I started getting involved with the IT Infrastructure. In reviewing their systems, I noted that they were running a Microsoft Small Business Server 2000 to which was only used to serve IP address and keep some files in a fileshare. The server had been installed in 2000 to which had not been maintained since then except for the occasional reboot and update.

In 2009, Microsoft announced that they would discontinue the support of Microsoft Server 2000 in July. Knowing this, I began having meetings communicating to the staff of the impacts of running a server without having support for major things like updates. I helped them decide that we should upgrade the infrastructure to Microsoft Small Business Server 2008 as well as source a new server to run the software.

While the server was on order, we began updating the entire wiring infrastructure of the network cabling to consistently possess at least Cat 5 cable.

I installed the new server as well as setup the ability to use Microsoft Exchange Server, Sharepoint Server, and a file Server. Also, I made sure to install a raid system as well as a nightly backup system. For the first time, the staff had email addresses with the school name! The staff we all very excited to use the new system.

Noting that there were many old computers that were at least 7-10 yrs old, we sourced and installed Microsoft Server 2008 in a Hyper-V session in order to use Terminal Server, now called Remote Desktop Services. On that Terminal Server, I installed all of Microsoft Office 2010 as well as other pertinent programs needed for the school. This allowed a repurposing of all the older computers as well as combining the old computers with new flatscreen monitors. The speed of the Terminal Server made the staff feel like they all had brand new computers!

I had been using the Comcast Modem as a firewall and knew that the firewall needed to be upgraded. The school needed a way to track everyone on the internet as well as the capability to filter the internet. I sourced a smaller used HP DL380 server to run an all-encompassing web filter, spam filter, firewall, routing, etc., named Untangle. This also sped up the internet experience as Untangle has the ability to cache websites.

Next on the list was to revive a computer lab that had not been run in over 2 years. There were several questions to be answered in order to ascertain how the lab was going to be built with these criteria in mind:

· Cost Effective

· Ease of maintenance

· As Energy Efficient as Possible(green)

· Reliable

· Ease of use

With that in mind, we came up with a few options. The first option was to utilize the computers from the old lab with a Terminal Server session. Because the base software of the computers was Windows 2000, they would have to at least be upgraded to Windows XP for security and Microsoft support reasons. Because of the expense and support needed, we decided against doing that option. Specifically we did not meet the goals of:

· Ease of maintenance

· Reliable

· Ease of use

The next option was to utilize “nettop” computers, specifically the Foxconn NetBox-nT525 nt525-0H0W-B-A-NA-BOX that we could mount to the back of a monitor. We then sourced 10 refurbished Dell 19″ monitors. I purchase one of the mini computers for test. I installed both Linux Edubuntu as well as Windows 7. The problems with this route are that it did not meet our objectives because:

· Not as cost effective because of the need for 10 computers

· Increased maintenance need

· Having to learn Linux by the staff therefore not easy to use

· No ability to use Remote Desktop into the computers (would have had to install VNC)

The third option was to install a dumb terminal system. Two systems were looked at including Linux Userful and Microsoft Multipoint Server 2011.

I admit that I am not near as intelligent on Linux as I am Microsoft products. For Linux, I know just enough to get me into trouble I think. I can do almost anything I want with any Microsoft OS and almost all software. With Linux, I have to struggle and look up internet blogs to help me with basic functionality. This is the second main reason I chose Microsoft over Linux.

We ultimately chose Microsoft Multipoint Server 2011 and here is why: I guess I could really boil it down to be selfish. Because I need to be able to support the school, I want the capability to remotely connect to any user computer either interfaced with the user or totally without the user in order to solve issues. Also would like to remote to apply updates and normal/general server maintenance.

The server we purchased to run the environment was a Dell R210. It is a 2.93 ghz Xeon Hyperthreaded Quad Core with 16 gb 1333mhz ram. It should be able to do whatever we want in this situation, right? Wrong. I also sourced 5 DC-125 units from Plugable to test the server for the needs of the school.

I then installed Microsoft Multipoint onto the server as well as all the displaylink software required. I tried plugging in a DC-125 to which did not work as expected. I then began troubleshooting.

After 3 weeks of troubleshooting with Dell and Microsoft, I got nowhere near making the system run. I then began consulting with Plugable. They had absolutely phenomenal support. Very quickly we determined the situation was caused by the 1998 technology used by Dell for the video card.

I then sourced an ATI 2270 video card and placed it in the only open slot. It worked! Yeah! If it wasn’t for Plugable’s awesome support, I would have had a very expensive paperweight as well as the need to go out an purchase 10 computers with Operating Systems!

Let’s talk about GREEN! The lab is only running one computer instead of 11. The server is running an LED monitor which is 1/10th the power requirements of LCD. The ATI 2270 video card only uses max 17.5 watts of power. All combined, the lab requires very little power requirements than what would have been.

As for the rest of the criteria, it was all met.

So, this is where we stand in the school, an operating lab based on Microsoft Multipoint OS connected to Active Directory and the internet. Have tested the system with 2 workstations running full screen Hulu and one running full screen YouTube and the frame rates never dropped as well as sound/video never got out of sync. I am extremely happy with this setup!

About me, I am an “old” computer guy I guess. Sometimes I still prefer DOS over windows. My favorite computer language is Assembler. 95% of everything I have learned has been on my own eventhough I do have a degree in CIS. I don’t admit readily to others that I know anything but I normally get tasked to fix everyone’s computer. (I gotta stop doing that or at least charge.) In my home, I am running a full server with exchange, IIS (I can run Apache just fine), and other network technologies which is where I have learned the most and have been doing this for more than 10 yrs. My entire family, internal and extended, all syncs their phones to my exchange server for email, for free.

As you can see, I love computing platforms as well as the social aspect. I also love to be on the bleeding edge. Companies like Plugable really go the extra mile to help everyone, especially to support the needs of a non-profit school. I love Plugable and their DC-125!

Get the driver from: http://plugable.com/drivers/prolific/

You’ll want to download the driver and unzip it anywhere on your desktop. Once you have, double click on it to start the installation.

The installation is relatively simple and no questions are asked. When it’s done you should see something like this:

Now go ahead and connect the adapter. You should get a pop-up looking like this:

Finally Windows should report that the device has been installed:

On Device Manager you should be looking at something like this:

• Now, If you want to change the COM port assignment, here’s how to change the COM port for a USB Serial adapter on Windows 7

This update is compatible with and applies to all Plugable USB graphics adapters and docks.

This is great news, as this new version includes a few important fixes and features, and many small ones. Details below.

Notes

• Windows 7 makes Windows Update for hardware automatic, but it can be enabled for Vista and XP also
• The update will automatically be triggered by Windows when it sees a new device. Or for an existing device, you can trigger Windows Update manually, and look for DisplayLink’s drivers among the “Optional” updates.

Important Features/Fixes from 5.5 to 5.6 M1

• Fix for software-triggered screen freezes (which required system reboot or service restart)
• Support for Windows Server SKUs (with Aero installed and enabled)
• Better compatibility with nVidia and ATI GPUs
• Improved compatibility with newer DirectX apps

Full changelist from DisplayLink

C1. Fixed issues between R5.6 (5.6.31721.0) and R5.6 M1 (5.6.31854.0)
—————————————

If the reboot prompt after install is ignored on Windows XP, then the
DisplayLink monitor set to mirror may display corrupted data. (10953)

After installing DisplayLink software on some systems with switchable graphics
architectures, the main monitor may be dimmed and not responsive until reboot.
(10534)

Monitor details were not being updated in “Devices and Printers” folder when
changing the monitors connected to DisplayLink device. (9917)

DisplayLink monitors may flash occasionally when playing fullscreen videos on
several stations. (11173)

On Windows XP after installing DisplayLink drivers several reboot cycles may be
requested. (11079)

C1. Fixed issues between R5.5 (5.5.27797) and R5.6 (5.6.31721.0)
—————————————
DisplayLink Software upgraded through Windows Update will not work correctly
after rebooting the system (issue affecting releases R5.3 to R5.4 on Windows
update). (9658)

Blue screen on Windows 7 on some platforms when rebooting after having applied
layout changes. (9631)

The DisplayLink GUI stops functioning correctly after switching GPU on some
ATI/Intel hybrid systems. (10065, 10106)

Sometimes there are two DisplayLink icons present in the system tray. (9807)

Sometimes the DisplayLink icon is missing in the system tray. (9545, 9837)

Video in Basic Mode not working with the latest Windows updates on both Windows
Vista and Windows 7. (1609)

Video playback issues on Microsoft Windows 7 with the latest NVIDIA Drivers.
(10061)

A DisplayLink USB monitor could occasionally remain blank after a PC reboot.
(9622)

DirectX 9 games could crash when running on a primary, non DisplayLink, screen.
(10027)

DisplayLink software fails to install on NVidia Quadro FX 880M graphics card.
(9637)

On Windows 7 Windows Photo Viewer may show corruption when a DisplayLink
monitor is mirroring the main screen. (9612)

On some systems with switchable graphics architectures disconnecting
a DisplayLink monitor may cause main monitor to be switched off. (9750, 9747)

Screen corruption while performing the Aero 3D flip (Windows+tab) interface
effect. (10425)

Blue screen when restarting with a connected DisplayLink screen in Projector
Only mode. (10457)

After a series of layout changes the DisplayLink screens can sometimes freeze
while the DisplayLink GUI loses functionality. (10489)

2 DisplayLink GUIs are shown in the system tray after installation. (10504)

Blue screen when using a DisplayLink device for the first time on some Optimus
configurations. (10700)

On some Optimus configurations, rebooting with a DisplayLink device connected
causes the DisplayLink screens to remain black with a blinking mouse pointer.
(10701, 10702)

Screen corruption when using 3D GUI effects on DisplayLink screens in some
display configurations. (9611, 10425)

Screen corruption on DisplayLink screens while using some applications after a
transition from projector mode to duplicate. (9612)

Video in Basic Mode not working with the latest Windows updates on both Windows
Vista and Windows 7. (1609)

In rare scenarios a DisplayLink monitor may freeze. (10230)

DisplayLink USB monitor could occasionally remain blank after a PC reboot.
(9622)

Blue screen when playing video on multiple clients. (6309, 9442)

SRC Shell application crashed when playing video clip. (10212)

When the logon screen is displayed, occasionally the DisplayLink displays are
frozen and only updated by the mouse pointer. (10044)

On some switchable systems the main screen flashes continuously after
installing the DisplayLink driver or after connecting the DisplayLink device.
(10653)

Corruption is shown while moving the cursor near the edge of a window on top of
a Windows Media Player window. (10752)

Incorrect/missing Windows Update error reporting from the DisplayLink GUI.
(10523)

Sometimes a Windows XP computer with DisplayLink drivers installed will hang
while starting. (9607)

On some nVidia Optimus systems the DisplayLink display will remain black
immediately after installing the DisplayLink drivers. A reboot recovers from
this issue. (10785)

On some machines Windows falls into endless reboot loop after installation of
DisplayLink drivers. (10918)

Timing not compliant with the CEA861D specification. (10952)

Through July 4th 2011, we’re temporarily lowering the price of our Plugable UGA-2K-A USB Graphics Adapter to $57.50 (normally $64.50).

If you know how great 2 or 3 monitors are, and have wanted to add another (up to 6 on Windows; 4 on Mac), this is a great time to do it.

More independent USB-attached displays for Independence Day. Yea!

How to determine your firmware version

Go to Windows start menu and search for Windows’ “Device Manager” utility. Expand the “Universal Serial Bus controllers” section.

The Plugable SATA dock will be one of potentially several “USB Mass Storage Device”s. They all share a common name, because it’s actually Microsoft’s own built-in USB Mass Storage driver that controls the device (which is why no driver disk is needed for the Plugable SATA drive docking station).

So we need to open each one to check which is actually the Plugable SATA dock. To check the ids on each one, right click “USB Mass Storage Device”, selecting “Properties”, then selecting the “Details” tab, and then finally selecting “Hardware IDs” from the dropdown list (it’s the 2nd item on the list).

The Plugable Docking Station will be the one with VID_1759 (which is the identifier of LucidPort, Inc). The PID is usually 5000 or 5002. And the REV_ shows the firmware version currently flashed on the dock. In the case of the screenshot above, it’s verison 2580.

If you don’t find the Plugable device, try connecting with USB 2.0 (instead of USB 3) and make sure both power and USB are connected.

Our most recent update is to upgrade all older Plugable USB3-SATA-U3 docking stations to firmware version 2580, to improve USB 3.0 error tolerance and support 3TB+ drives.

Newer Plugable USB3-SATA-U3 docking stations (those purchased now) are already up to date with this firmware version.

You can see the fixes and features introduced in each LucidPort firmware version in their USB300 firmware change history.

And please contact us at http://support.plugable.com/ or support@plugable.com anytime for help. Thanks!

Today we’re benchmarking the Plugable USB 3.0 HDD Docking Station, which is capable of running on either USB 2.0 and USB 3.0 systems, to show what to expect in terms of performance.

While the low-level Windows drivers are different for USB 2.0 (Microsoft EHCI) and USB 3.0 (NEC/Renesas XHCI), above that layer, everything is common, using the drivers already present in Windows. This includes the existing Microsoft USB Mass Storage class driver that does much of the heavy lifting for USB-attached disks.

About the test platform:

• Windows 7 Professional 64-bit
• Intel Core i3 CPU 530 @ 2.93 GHz
• 6GB RAM
• Plugable PCI Express to SuperSpeed USB 3.0 2-Port Expansion Card (NEC/Renesas Chipset)
• Provided USB 3.0 cable from the Plugable USB 3.0 HDD Docking Station with the updated 24.47 firmware.
• Western Digital Hard Drive WD1002FAEX 7200RPM SATA (1 TB)

Programs used:

• HD Tune 2.55 / 512KB Block Size
• CrystalDiskMark 3.0.1 64-bit / 9 Test Runs / All Tests
• ATTO Disk Benchmark / Direct I/O /  Overlapped I/O / Transfer Size: 0.5 to 8192 KB / Total Length: 256MB / Queue Depth: 4

HDTune (USB 2.0)

HDTune (USB 3.0)

CrystalDiskMark (USB 2.0)

CrystalDiskMark (USB 3.0)

ATTO Disk Benchmark (USB 2.0)

ATTO Disk Benchmark (USB 3.0)

Conclusion:

HDTune reports an Average Transfer Rate increase from 36.4MB/sec to 97.9MB/sec. This is about 168% faster than USB 2.0

CrystalDiskMark reports a sequential Read increase from 38.43MB/s to 107.6MB/s and a Write increase from 36.61MB/s to 88.75MB/s. That’s a 179.9% increase for Reading and a 149.2% increase for Writing.

ATTO Disk Benchmark reports a Read increase from 38402 to 105268 (KBytes/sec) and a Write increase from 35696 to 85762 (KBytes/sec) . Those are  174.12% increases for Reading and 140.25% increases for Writing accordingly.

Summary of Results

If we were to get the average of the 3 tests we would get an average speed increase of 162.2%. A transfer that would take about 5 minutes on USB 2.0, would complete in roughly 2 minutes on USB 3.0.

These numbers may increase slightly in the future with USB-attached SCSI support, USB 3.0 streams, and other driver/firmware updates. But 2-3 times faster in practice is a good baseline for expectations.

We welcome any comments, corrections, or your own benchmark results.

Plugable USB 3.0/2.0 SATA Hard Drive Docking Station (LucidPort chipset)

Product Details

$28.95

We’re really excited about this product. It has a clean, simple design. Power-sipping, so it can be powered by a standard USB 2.0 connection alone. Because it’s “just” a collection of USB 2.0 devices, it’s enormously flexible. And because of the simplicity, we’ve been able to hit the $64.95 price point, available now with next day shipping on Amazon.

The most common uses for a USB dock like the DC-125 are:

• You have a laptop, but would like to use it “like a desktop” when you’re at your desk. The DC-125 gives you quick dock/undock with a single USB cable driving an extra full-sized monitor (driven by DispayLink DL-125 chip, capable up to 1280×1024 / 1440×900), speakers, keyboard, and mouse already on your desk. The extra monitor can either mirror or extend what’s on your laptop screen.
• You want to save time, money, and power by leveraging one PC to support many users. The DC-125 is supported out of the box by Userful’s Multiseat Linux 2011™ and with available drivers on Windows Multipoint Server 2011™

If you’ve never heard of Userful or WMS2011, take a look at those links. Both require a software license (not included with the DC-125). But it’s amazing what’s possible with the enormous processing power of today’s PCs and the flexible and simple connectivity of USB 2.0 devices like this. It’s possible to realize huge cost savings with a similarly large power/environmental savings.

But most of our users will probably start with the simple benefits of laptop docking via USB. So here’s a video for a quick walkthrough of what the DC-125 offers in terms of functions:

Check out http://plugable.com/products/dc-125/ for much more detail. And if you have any questions, we’d be glad to answer them at http://support.plugable.com/