USB 4-Port Extender via Ethernet Cable The IOGEAR USB 2.0 4-Port BoostLinq Ethernet combines a USB extender and a USB hub to allow connecting as many as four USB 2.0 (and/or USB 1.1) devices from up to 164 feet away from your computer. Connected devices still maintain a high-speed data transfer rate of up to 480Mbps, while operating from a more convenient location. The USB 2.0 4-Port BoostLinq Ethernet converts a USB 2.0 or USB 1.1 connection to RJ-45, and sends the USB data over a common Cat5, Cat5e or Cat 6 Ethernet cable up to a distance of 164 feet (50 meters). The USB 2.0 4-Port BoostLinq Ethernet is considered an active repeater, using a small power supply to amplify the USB signal and preserve the integrity of the data over long distances. The power supply also helps maintain enough current to power any connected USB devices such as webcams, hard drives, etc. How it works The USB 2.0 4-Port BoostLinq Ethernet kit includes a local unit, a remote unit and a power supply. ![]() BLUETOOTH TRANSMITTER - Add to your computer or stereo, select TX mode and transmit your music wirelessly to Bluetooth headphones or speakers. Enjoy crystal clear audio with CD-like quality sound. Far past 33ft, 65ft, or 100ft! Where are chrome bookmarks stored. Up to 160ft thru walls yet! BLUETOOTH RECEIVER - Make your speakers wireless. Convert your home stereo system or receiver. Norton utilities for mac free trial. Wahoo USB ANT+ dongle Kit connects KICKR, KICKR SNAP and other ANT+ enabled devices to a Mac or PC. The 3’ extension cord extends the USB ANT+ transmitter away from the computer and towards the connected device to avoid signal interference. The local unit connects directly to your computer while the remote unit connects with up to four USB devices. The local and remote units are connected to each other with Cat5, Cat5e, or Cat6 Ethernet cabling (not included) up to a maximum length of 164 feet (50 meters). The GUCE64 is simple to set up and requires no additional drivers to install. Why you need it Designed with classrooms, labs, offices and conference rooms in mind, the USB 2.0 4-Port BoostLinq Ethernet offers an easy means of operating USB devices at an extended distance from your computer. Typical USB devices are limited to a maximum distance of 16ft before signal loss causes significant problems. ![]() Unlike ordinary passive USB extension cables, the GUCE64 uses active amplification so you can place devices on the other side of your office, or even the other side of the building (up to 164ft distance). The USB 2.0 4-Port BoostLinq Ethernet makes it easy to connect your USB 2.0 peripherals such as scanners, printers, cameras, electronic whiteboards, etc. And is backward compatible with most USB 1.1 devices. Please note that maximum transfer rate drops to 12Mbps with USB 1.1 devices connected. This modification is something I came up with after struggling to get a reasonable range from my Nokia N82 to my computer in another room. The victim was a $8 USB Bluetooth dongle, with a usable range of about 10 metres (less through walls). Note: most external drives you buy will automatically be formatted in NTFS which is a Windows file system. Macs can only read but not write to a ntfs file system. My passport for mac not working. So if you want your external hard drive to be backward compatible with both OS's then you need to reformat it with fat32 or exfat. Being a radio ham, I am familiar with antennas, and know how critical it is to get the CORRECT antenna length, if your signal is going to be efficient. I was surprised to find other 'range extender' mods on the net, which did not mention this important fact! (One site had someone who had attached a 'foot long piece of wire' onto his USB dongle and was wondering why it didn't work very well!!!) There is a recognised formula for calculating antenna length/frequency, which is (without going into detail) 300/frequency - i.e. 300/150(MHz) will give you 2 metres. As Bluetooth devices work at frequencies of around 2450MHz, the formula will give you an antenna length of +/- 12cm. This figure then has to be divided by 4 to give us a quarter wave antenna, which will be 30mm in length - THIS LENGTH IS CRITICAL!!! 25mm or 35mm will just make it less efficient (Lower range). Your old CB antenna WILL NOT WORK! So - if you are happy to try something (at your own risk), and want to get a significant increase in usable range for you dongle, go to the next step, but remember, the end result doesn't look pretty, but performs brilliantly! OK, so now we're inside, and you should be looking at a small PCB (printed circuit board). Having second thoughts now? If you aren't confident with a soldering iron, simply pop everything back together again, and forget this mod. If you are ok to continue (a small glass of whiskey will help!), then we'll move to the next stage. On the side of the PCB with the 2 chips and a 13MHz crystal, you will see a hook-shaped silver line at the top of the board (I've marked this in YELLOW on the picture).
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